id sid tid token lemma pos work_4rxlr3j4qvdyhi3rrq6c57rs74 1 1 How how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 1 2 We -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 1 3 Came come VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 1 4 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 1 5 Understand understand VB work_4rxlr3j4qvdyhi3rrq6c57rs74 1 6 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 1 7 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 1 8 Tumultuous Tumultuous NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 1 9 Chemical Chemical NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 1 10 Heterogeneity heterogeneity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 1 11 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 1 12 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 1 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 1 14 Lipid Lipid NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 1 15 Bilayer Bilayer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 1 16 Membrane Membrane NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 1 17 Vol Vol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 1 18 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 2 1 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 2 2 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 2 3 0123456789)1 0123456789)1 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 4 3 3 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 5 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 2 6 Journal Journal NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 7 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 8 Membrane Membrane NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 9 Biology Biology NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 10 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 2 11 2020 2020 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 12 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 2 13 253:185–190 253:185–190 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 14 https://doi.org/10.1007/s00232-020-00126-1 https://doi.org/10.1007/s00232-020-00126-1 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 15 TO to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 16 P p NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 17 I i NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 18 C c NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 19 A a NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 20 L l NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 21 R r NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 22 E e NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 23 V v NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 24 I i NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 25 E e NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 26 W w NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 27 How how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 2 28 We -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 29 Came come VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 30 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 2 31   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 32 Understand understand VB work_4rxlr3j4qvdyhi3rrq6c57rs74 2 33 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 2 34   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 35 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 2 36 Tumultuous Tumultuous NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 37 Chemical Chemical NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 38 Heterogeneity Heterogeneity NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 39 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 2 40 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 41   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 42 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 2 43   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 44 Lipid Lipid NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 45 Bilayer Bilayer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 46 Membrane Membrane NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 47 William William NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 48   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 49 C. C. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 50   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 51 Wimley1 Wimley1 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 52 Received receive VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 53 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 2 54 7 7 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 55 May May NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 56 2020 2020 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 57 / / SYM work_4rxlr3j4qvdyhi3rrq6c57rs74 2 58 Accepted accept VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 59 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 2 60 29 29 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 61 May May NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 62 2020 2020 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 63 / / SYM work_4rxlr3j4qvdyhi3rrq6c57rs74 2 64 Published publish VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 65 online online RB work_4rxlr3j4qvdyhi3rrq6c57rs74 2 66 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 2 67 3 3 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 68 June June NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 69 2020 2020 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 70 © © NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 71 Springer Springer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 72 Science+Business Science+Business NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 73 Media Media NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 74 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 2 75 LLC LLC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 76 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 2 77 part part NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 78 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 79 Springer Springer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 80 Nature Nature NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 81 2020 2020 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 82 Abstract Abstract NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 83 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 2 84 path path NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 85 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 86 our -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 2 87 modern modern JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 2 88 understanding understanding NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 89 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 90 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 2 91 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 92 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 93 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 2 94 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 95 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 96 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 97 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 2 98 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 2 99 long long JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 2 100 one one NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 101 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 2 102 can can MD work_4rxlr3j4qvdyhi3rrq6c57rs74 2 103 be be VB work_4rxlr3j4qvdyhi3rrq6c57rs74 2 104 traced trace VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 105 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 106 today today NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 107 perhaps perhaps RB work_4rxlr3j4qvdyhi3rrq6c57rs74 2 108 as as RB work_4rxlr3j4qvdyhi3rrq6c57rs74 2 109 far far RB work_4rxlr3j4qvdyhi3rrq6c57rs74 2 110 back back RB work_4rxlr3j4qvdyhi3rrq6c57rs74 2 111 as as IN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 112 Benjamin Benjamin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 113 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 2 114 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 115 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 2 116 eighteenth eighteenth JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 2 117 century century NN work_4rxlr3j4qvdyhi3rrq6c57rs74 2 118 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 3 1 Here here RB work_4rxlr3j4qvdyhi3rrq6c57rs74 3 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 3 3 I -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 3 4 provide provide VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 3 5 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 3 6 personal personal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 3 7 account account NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 8 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 9 one one CD work_4rxlr3j4qvdyhi3rrq6c57rs74 3 10 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 11 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 3 12 important important JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 3 13 steps step NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 3 14 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 15 that that DT work_4rxlr3j4qvdyhi3rrq6c57rs74 3 16 path path NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 17 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 3 18 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 3 19 description description NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 20 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 21 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 3 22 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 3 23 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 3 24 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 25 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 3 26 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 27 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 3 28 hydrated hydrated JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 3 29 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 3 30 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 3 31 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 32 dioleoyl dioleoyl NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 3 33 phosphatidyl- phosphatidyl- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 3 34 choline choline NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 3 35 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 36 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 37 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 3 38 joint joint JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 3 39 refinement refinement NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 40 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 41 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 42 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 3 43 X X NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 3 44 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 45 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 46 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 47 data datum NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 3 48 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 3 49 Stephen Stephen NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 3 50 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 3 51 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 3 52 his -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 3 53 colleagues colleague NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 3 54 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 4 1 Graphic Graphic NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 2 Abstract Abstract NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 3 Keywords Keywords NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 4 Membrane Membrane NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 5 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 6   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 7 · · NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 8 Diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 9   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 10 · · NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 11 Neutron Neutron NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 12 Introduction introduction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 13 Some some DT work_4rxlr3j4qvdyhi3rrq6c57rs74 4 14 authors author NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 4 15 contend contend VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 16 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 17 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 4 18 path path NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 19 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 20 our -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 4 21 modern modern JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 4 22 under- under- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 4 23 standing standing NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 24 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 25 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 26 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 27 began begin VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 4 28 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 29 1774 1774 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 4 30 when when WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 4 31 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 4 32 American american JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 4 33 polymath polymath NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 34 Benjamin Benjamin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 35 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 36 had have VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 4 37 an an DT work_4rxlr3j4qvdyhi3rrq6c57rs74 4 38 opportunity opportunity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 39 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 4 40 become become VB work_4rxlr3j4qvdyhi3rrq6c57rs74 4 41 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 4 42 first first JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 4 43 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 44 biophysicist biophysicist NN work_4rxlr3j4qvdyhi3rrq6c57rs74 4 45 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 4 46 Tanford Tanford NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 47 1989 1989 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 4 48 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 4 49 Wang Wang NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 50 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 51   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 52 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 4 53 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 5 1 2013 2013 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 5 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 5 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 6 1 However however RB work_4rxlr3j4qvdyhi3rrq6c57rs74 6 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 6 3 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 6 4 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 6 5 his -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 6 6 contempo- contempo- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 6 7 raries rarie NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 6 8 let let VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 6 9 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 6 10 opportunity opportunity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 6 11 slip slip VB work_4rxlr3j4qvdyhi3rrq6c57rs74 6 12 away away RB work_4rxlr3j4qvdyhi3rrq6c57rs74 6 13 — — : work_4rxlr3j4qvdyhi3rrq6c57rs74 6 14 essentially essentially RB work_4rxlr3j4qvdyhi3rrq6c57rs74 6 15 unnoticed unnoticed JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 6 16 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 7 1 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 7 2 poured pour VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 7 3 oil oil NN work_4rxlr3j4qvdyhi3rrq6c57rs74 7 4 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 7 5 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 7 6 small small JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 7 7 pond pond NN work_4rxlr3j4qvdyhi3rrq6c57rs74 7 8 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 7 9 England England NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 7 10 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 7 11 test test VB work_4rxlr3j4qvdyhi3rrq6c57rs74 7 12 its -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 7 13 ability ability NN work_4rxlr3j4qvdyhi3rrq6c57rs74 7 14 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 7 15 calm calm VB work_4rxlr3j4qvdyhi3rrq6c57rs74 7 16 waves wave NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 7 17 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 8 1 He -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 8 2 wrote write VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 8 3 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 8 4 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 5 oil oil NN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 8 7 though though IN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 8 not not RB work_4rxlr3j4qvdyhi3rrq6c57rs74 8 9 more more JJR work_4rxlr3j4qvdyhi3rrq6c57rs74 8 10 than than IN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 11 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 12 teaspoonful teaspoonful JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 8 13 produced produce VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 8 14 an an DT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 15 instant instant JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 8 16 calm calm NN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 17 over over IN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 18 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 19 space space NN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 20 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 21 several several JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 8 22 yards yard NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 8 23 square square NN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 24 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 8 25 which which WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 26 spread spread VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 8 27 amazingly amazingly RB work_4rxlr3j4qvdyhi3rrq6c57rs74 8 28 … … NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 8 29 making make VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 8 30 all all PDT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 31 that that DT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 32 quarter quarter NN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 33 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 34 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 35 pond pond NN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 36 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 8 37 perhaps perhaps RB work_4rxlr3j4qvdyhi3rrq6c57rs74 8 38 half half PDT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 39 an an DT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 40 acre acre NN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 41 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 8 42 as as RB work_4rxlr3j4qvdyhi3rrq6c57rs74 8 43 smooth smooth JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 8 44 as as IN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 45 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 8 46 looking looking JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 8 47 glass glass NN work_4rxlr3j4qvdyhi3rrq6c57rs74 8 48 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 8 49 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 9 1 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 9 2 noted note VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 9 3 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 9 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 9 5 spreading spread VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 9 6 oil oil NN work_4rxlr3j4qvdyhi3rrq6c57rs74 9 7 pushed push VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 9 8 away away RB work_4rxlr3j4qvdyhi3rrq6c57rs74 9 9 objects object NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 9 10 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 9 11 were be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 9 12 floating float VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 9 13 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 9 14 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 9 15 surface surface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 9 16 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 9 17 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 9 18 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 9 19 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 10 1 He -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 10 2 concluded conclude VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 10 3 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 10 4 I -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 10 5 think think VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 10 6 it -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 10 7 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 10 8 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 10 9 curious curious JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 10 10 enquiry enquiry NN work_4rxlr3j4qvdyhi3rrq6c57rs74 10 11 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 10 12 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 10 13 I -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 10 14 wish wish VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 10 15 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 10 16 know know VB work_4rxlr3j4qvdyhi3rrq6c57rs74 10 17 whence whence NN work_4rxlr3j4qvdyhi3rrq6c57rs74 10 18 it -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 10 19 arises arise VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 10 20 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 10 21 Brownrigg Brownrigg NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 10 22 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 10 23 Far- Far- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 10 24 ish ish NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 10 25 1774 1774 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 10 26 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 10 27 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 10 28 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 11 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 11 2 concept concept NN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 3 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 11 5 molecule molecule NN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 6 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 11 7 more more JJR work_4rxlr3j4qvdyhi3rrq6c57rs74 11 8 than than IN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 9 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 11 10 century century NN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 11 old old JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 11 12 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 13 1774 1774 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 11 14 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 11 15 yet yet CC work_4rxlr3j4qvdyhi3rrq6c57rs74 11 16 no no DT work_4rxlr3j4qvdyhi3rrq6c57rs74 11 17 one one NN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 18 reasoned reason VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 11 19 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 20 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 11 21 had have VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 11 22 created create VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 23 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 11 24 molecular molecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 11 25 monolayer monolayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 26 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 27 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 11 28 surface surface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 29 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 30 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 11 31 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 11 32 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 12 1 Thus thus RB work_4rxlr3j4qvdyhi3rrq6c57rs74 12 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 12 3 no no DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 4 one one NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 5 at at IN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 6 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 7 time time NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 8 made make VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 12 9 what what WP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 10 would would MD work_4rxlr3j4qvdyhi3rrq6c57rs74 12 11 have have VB work_4rxlr3j4qvdyhi3rrq6c57rs74 12 12 been be VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 14 first first JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 12 15 measurement measurement NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 16 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 17 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 18 thickness thickness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 19 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 20 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 21 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 22 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 12 23 like like JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 12 24 film film NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 25 — — : work_4rxlr3j4qvdyhi3rrq6c57rs74 12 26 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 27 teaspoonful teaspoonful JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 12 28 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 12 29 ~ ~ NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 30 5 5 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 12 31   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 32 ml ml NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 33 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 12 34 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 35 oil oil NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 36 spread spread VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 37 over over IN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 38 half half PDT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 39 an an DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 40 acre acre NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 41 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 12 42 ~ ~ NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 43 2000 2000 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 12 44 m2 m2 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 45 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 12 46 has have VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 12 47 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 48 thickness thickness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 49 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 50 2.5 2.5 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 12 51   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 52 nm nm NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 53 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 12 54 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 55 value value NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 56 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 57 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 12 58 remarkably remarkably RB work_4rxlr3j4qvdyhi3rrq6c57rs74 12 59 close close JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 12 60 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 61 half half NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 62 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 63 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 64 ~ ~ NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 65 5 5 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 12 66   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 67 nm nm IN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 68 thickness thickness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 69 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 70 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 12 71 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 72 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 12 73 mem- mem- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 74 brane brane NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 12 75 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 13 1 In in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 2 fact fact NN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 3 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 13 4 had have VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 13 5 this this DT work_4rxlr3j4qvdyhi3rrq6c57rs74 13 6 calculation calculation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 7 been be VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 8 done do VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 9 at at IN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 10 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 13 11 time time NN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 12 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 13 13 it -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 14 * * NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 15 William William NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 16 C. C. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 17 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 18 wwimley@tulane.edu wwimley@tulane.edu NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 19 1 1 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 13 20 Department Department NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 22   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 23 Biochemistry Biochemistry NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 24 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 13 25   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 26 Molecular Molecular NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 27 Biology Biology NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 28 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 13 29 Tulane Tulane NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 30 University University NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 31 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 13 32 New New NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 33   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 34 Orleans Orleans NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 35 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 13 36 LA LA NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 37   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 38 70112 70112 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 13 39 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 13 40 USA USA NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 41 http://orcid.org/0000-0003-2967-5186 http://orcid.org/0000-0003-2967-5186 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 42 http://crossmark.crossref.org/dialog/?doi=10.1007/s00232-020-00126-1&domain=pdf http://crossmark.crossref.org/dialog/?doi=10.1007/s00232-020-00126-1&domain=pdf NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 43 186 186 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 13 44 W. W. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 45   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 46 C. C. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 47   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 48 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 13 49 1 1 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 13 50 3 3 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 13 51 would would MD work_4rxlr3j4qvdyhi3rrq6c57rs74 13 52 have have VB work_4rxlr3j4qvdyhi3rrq6c57rs74 13 53 been be VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 54 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 13 55 first first JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 13 56 measurement measurement NN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 57 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 58 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 13 59 size size NN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 60 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 61 any any DT work_4rxlr3j4qvdyhi3rrq6c57rs74 13 62 molecule molecule NN work_4rxlr3j4qvdyhi3rrq6c57rs74 13 63 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 14 1 To to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 14 2 my -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 14 3 knowledge knowledge NN work_4rxlr3j4qvdyhi3rrq6c57rs74 14 4 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 14 5 no no DT work_4rxlr3j4qvdyhi3rrq6c57rs74 14 6 calculation calculation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 14 7 like like IN work_4rxlr3j4qvdyhi3rrq6c57rs74 14 8 this this DT work_4rxlr3j4qvdyhi3rrq6c57rs74 14 9 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 14 10 done do VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 14 11 until until IN work_4rxlr3j4qvdyhi3rrq6c57rs74 14 12 more more JJR work_4rxlr3j4qvdyhi3rrq6c57rs74 14 13 than than IN work_4rxlr3j4qvdyhi3rrq6c57rs74 14 14 100 100 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 14 15   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 16 years year NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 14 17 later later RB work_4rxlr3j4qvdyhi3rrq6c57rs74 14 18 when when WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 14 19 researchers researcher NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 14 20 including include VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 14 21 Lord Lord NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 22 Rayleigh Rayleigh NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 23 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 14 24 Agnes Agnes NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 25 Pockels Pockels NNPS work_4rxlr3j4qvdyhi3rrq6c57rs74 14 26 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 14 27 Irving Irving NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 28 Langmuir Langmuir NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 29 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 14 30 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 14 31 many many JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 14 32 others other NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 14 33 began begin VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 14 34 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 14 35 study study VB work_4rxlr3j4qvdyhi3rrq6c57rs74 14 36 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 14 37 films film NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 14 38 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 14 39 earnest earnest NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 40 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 14 41 Rayleigh Rayleigh NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 42 1890 1890 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 14 43 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 14 44 Pockels pockels NN work_4rxlr3j4qvdyhi3rrq6c57rs74 14 45 1891 1891 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 14 46 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 14 47 Langmuir Langmuir NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 48 1917 1917 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 14 49 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 14 50 Tanford Tanford NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 51 1989 1989 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 14 52 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 14 53 Maget Maget NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 54 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 14 55 Dana Dana NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 14 56 1999 1999 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 14 57 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 14 58 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 15 1 Rayleigh Rayleigh NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 15 2 performed perform VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 15 3 his -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 15 4 famous famous JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 15 5 oil oil NN work_4rxlr3j4qvdyhi3rrq6c57rs74 15 6 film film NN work_4rxlr3j4qvdyhi3rrq6c57rs74 15 7 experiment experiment NN work_4rxlr3j4qvdyhi3rrq6c57rs74 15 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 15 9 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 15 10 care- care- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 15 11 fully fully RB work_4rxlr3j4qvdyhi3rrq6c57rs74 15 12 controlled control VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 15 13 laboratory laboratory NN work_4rxlr3j4qvdyhi3rrq6c57rs74 15 14 version version NN work_4rxlr3j4qvdyhi3rrq6c57rs74 15 15 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 15 16 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 15 17 ’s ’s POS work_4rxlr3j4qvdyhi3rrq6c57rs74 15 18 experiment experiment NN work_4rxlr3j4qvdyhi3rrq6c57rs74 15 19 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 15 20 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 15 21 1890 1890 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 15 22 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 16 1 He -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 16 2 specifically specifically RB work_4rxlr3j4qvdyhi3rrq6c57rs74 16 3 designed design VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 16 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 16 5 experiment experiment NN work_4rxlr3j4qvdyhi3rrq6c57rs74 16 6 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 16 7 enable enable VB work_4rxlr3j4qvdyhi3rrq6c57rs74 16 8 measurement measurement NN work_4rxlr3j4qvdyhi3rrq6c57rs74 16 9 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 16 10 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 16 11 thickness thickness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 16 12 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 16 13 an an DT work_4rxlr3j4qvdyhi3rrq6c57rs74 16 14 oil oil NN work_4rxlr3j4qvdyhi3rrq6c57rs74 16 15 film film NN work_4rxlr3j4qvdyhi3rrq6c57rs74 16 16 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 16 17 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 16 18 reported report VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 16 19 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 16 20 thickness thickness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 16 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 16 22 1.6 1.6 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 16 23   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 16 24 nm nm IN work_4rxlr3j4qvdyhi3rrq6c57rs74 16 25 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 16 26 Rayleigh Rayleigh NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 16 27 1890 1890 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 16 28 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 16 29 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 17 1 Ultimately ultimately RB work_4rxlr3j4qvdyhi3rrq6c57rs74 17 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 17 3 soap soap NN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 4 film film NN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 5 work work NN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 6 combined combine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 7 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 8 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 17 9 work work NN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 10 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 11 Meyer Meyer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 17 12 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 17 13 Overton Overton NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 17 14 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 15 general general JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 17 16 anesthetics anesthetic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 17 17 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 17 18 Overton Overton NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 17 19 1901 1901 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 17 20 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 17 21 Meyer Meyer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 17 22 1901 1901 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 17 23 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 17 24 around around IN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 25 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 17 26 turn turn NN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 27 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 28 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 17 29 century century NN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 30 helped help VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 17 31 lead lead VB work_4rxlr3j4qvdyhi3rrq6c57rs74 17 32 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 33 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 17 34 realization realization NN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 35 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 36 living live VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 17 37 cells cell NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 17 38 were be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 17 39 bounded bound VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 40 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 41 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 17 42 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 43 film film NN work_4rxlr3j4qvdyhi3rrq6c57rs74 17 44 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 18 1 Here here RB work_4rxlr3j4qvdyhi3rrq6c57rs74 18 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 18 3 I -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 18 4 recount recount VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 18 5 how how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 18 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 18 7 two two CD work_4rxlr3j4qvdyhi3rrq6c57rs74 18 8 centuries century NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 18 9 after after IN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 10 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 18 11 stilled still VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 18 12 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 18 13 waves wave NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 18 14 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 15 Clapham Clapham NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 18 16 Common Common NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 18 17 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 18 18 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 18 19 one one CD work_4rxlr3j4qvdyhi3rrq6c57rs74 18 20 century century NN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 21 after after IN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 22 Lord Lord NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 18 23 Rayleigh Rayleigh NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 18 24 stilled still VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 18 25 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 18 26 movement movement NN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 27 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 28 camphor camphor NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 18 29 chips chip NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 18 30 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 31 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 18 32 surface surface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 33 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 34 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 35 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 36 his -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 18 37 laboratory laboratory NN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 38 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 18 39 waves wave NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 18 40 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 41 another another DT work_4rxlr3j4qvdyhi3rrq6c57rs74 18 42 sort sort NN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 43 were be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 18 44 used use VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 45 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 18 46 describe describe VB work_4rxlr3j4qvdyhi3rrq6c57rs74 18 47 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 18 48 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 18 49 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 18 50 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 51 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 18 52 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 53 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 18 54 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 55 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 56 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 18 57 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 18 58 Wie- Wie- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 18 59 ner ner JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 18 60 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 18 61 White white JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 18 62 1992a 1992a NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 18 63 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 18 64 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 19 1 I -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 19 2 discuss discuss VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 19 3 how how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 19 4 this this DT work_4rxlr3j4qvdyhi3rrq6c57rs74 19 5 new new JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 19 6 image image NN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 7 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 8 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 19 9 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 19 10 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 19 11 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 12 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 19 13 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 14 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 19 15 acquired acquire VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 16 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 19 17 how how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 19 18 it -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 19 19 trans- trans- VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 19 20 formed form VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 19 21 our -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 19 22 understanding understanding NN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 23 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 24 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 25 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 26 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 27 delineating delineate VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 19 28 how how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 19 29 matter matter NN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 30 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 19 31 thermal thermal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 19 32 motions motion NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 19 33 are be VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 19 34 distributed distribute VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 35 across across IN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 36 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 19 37 thickness thickness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 38 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 39 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 19 40 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 41 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 19 42 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 19 43 how how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 19 44 it -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 19 45 catalyzed catalyze VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 19 46 new new JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 19 47 insights insight NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 19 48 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 49 areas area NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 19 50 such such JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 19 51 as as IN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 52 molecular molecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 19 53 dynamics dynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 19 54 simulations simulation NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 19 55 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 19 56 mem- mem- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 19 57 brane brane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 58 protein protein NN work_4rxlr3j4qvdyhi3rrq6c57rs74 19 59 folding fold VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 19 60 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 20 1 In in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 2 this this DT work_4rxlr3j4qvdyhi3rrq6c57rs74 20 3 short short JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 20 4 account account NN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 5 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 20 6 I -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 20 7 can can MD work_4rxlr3j4qvdyhi3rrq6c57rs74 20 8 mention mention VB work_4rxlr3j4qvdyhi3rrq6c57rs74 20 9 or or CC work_4rxlr3j4qvdyhi3rrq6c57rs74 20 10 cite cite VB work_4rxlr3j4qvdyhi3rrq6c57rs74 20 11 only only RB work_4rxlr3j4qvdyhi3rrq6c57rs74 20 12 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 20 13 few few JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 20 14 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 15 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 20 16 scientists scientist NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 20 17 who who WP work_4rxlr3j4qvdyhi3rrq6c57rs74 20 18 contributed contribute VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 20 19 across across IN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 20 several several JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 20 21 centuries century NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 20 22 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 20 23 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 24 our -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 20 25 understanding understanding NN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 26 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 27 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 20 28 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 29 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 30 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 20 31 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 32 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 20 33 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 21 1 But but CC work_4rxlr3j4qvdyhi3rrq6c57rs74 21 2 clearly clearly RB work_4rxlr3j4qvdyhi3rrq6c57rs74 21 3 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 21 4 this this DT work_4rxlr3j4qvdyhi3rrq6c57rs74 21 5 long long JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 21 6 evolution evolution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 21 7 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 21 8 ideas idea NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 21 9 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 21 10 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 21 11 collective collective JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 21 12 effort effort NN work_4rxlr3j4qvdyhi3rrq6c57rs74 21 13 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 21 14 many many JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 21 15 exceptional exceptional JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 21 16 scientists scientist NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 21 17 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 22 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 22 2 long long JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 22 3 combined combined JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 22 4 efforts effort NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 22 5 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 6 some some DT work_4rxlr3j4qvdyhi3rrq6c57rs74 22 7 led lead VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 22 8 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 9 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 22 10 consensus consensus NN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 11 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 22 12 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 22 14 mid mid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 22 15 - - JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 22 16 twentieth twentieth JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 22 17 cen- cen- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 18 tury tury NN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 19 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 22 20 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 21 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 22 22 cell cell NN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 23 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 24 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 22 25 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 22 26 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 22 27 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 28 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 22 29 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 30 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 31 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 22 32 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 23 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 23 2 combined combined JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 23 3 efforts effort NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 23 4 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 23 5 others other NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 23 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 23 7 including include VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 23 8 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 23 9 researchers researcher NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 23 10 discussed discuss VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 23 11 here here RB work_4rxlr3j4qvdyhi3rrq6c57rs74 23 12 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 23 13 led lead VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 23 14 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 23 15 our -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 23 16 modern modern JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 23 17 understand- understand- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 23 18 ing ing NN work_4rxlr3j4qvdyhi3rrq6c57rs74 23 19 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 23 20 lipid lipid NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 23 21 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 23 22 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 23 23 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 23 24 dynamics dynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 23 25 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 24 1 Some some DT work_4rxlr3j4qvdyhi3rrq6c57rs74 24 2 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 3 that that DT work_4rxlr3j4qvdyhi3rrq6c57rs74 24 4 rich rich JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 24 5 history history NN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 6 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 24 7 described describe VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 8 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 9 two two CD work_4rxlr3j4qvdyhi3rrq6c57rs74 24 10 publications publication NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 24 11 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 24 12 Tanford Tanford NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 24 13 1989 1989 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 24 14 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 24 15 Singer singer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 16 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 24 17 Nicolson Nicolson NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 24 18 1972 1972 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 24 19 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 24 20 which which WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 24 21 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 24 22 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 23 my -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 24 24 opinion opinion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 25 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 24 26 should should MD work_4rxlr3j4qvdyhi3rrq6c57rs74 24 27 be be VB work_4rxlr3j4qvdyhi3rrq6c57rs74 24 28 read read VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 29 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 30 any any DT work_4rxlr3j4qvdyhi3rrq6c57rs74 24 31 student student NN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 32 or or CC work_4rxlr3j4qvdyhi3rrq6c57rs74 24 33 researcher researcher NN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 34 who who WP work_4rxlr3j4qvdyhi3rrq6c57rs74 24 35 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 24 36 serious serious JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 24 37 about about IN work_4rxlr3j4qvdyhi3rrq6c57rs74 24 38 studying study VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 24 39 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 24 40 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 25 1 How how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 25 2 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 25 3   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 25 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 25 5   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 25 6 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 25 7 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 25 8 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 25 9 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 25 10 Obtained obtain VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 25 11 ? ? . work_4rxlr3j4qvdyhi3rrq6c57rs74 26 1 In in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 26 2 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 26 3 biologically biologically RB work_4rxlr3j4qvdyhi3rrq6c57rs74 26 4 relevant relevant JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 26 5 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 26 6 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 26 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 26 8 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 26 9 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 26 10 are be VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 26 11 two- two- RB work_4rxlr3j4qvdyhi3rrq6c57rs74 26 12 dimensional dimensional JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 26 13 fluids fluid NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 26 14 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 26 15 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 26 16 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 26 17 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 26 18 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 26 19 can can MD work_4rxlr3j4qvdyhi3rrq6c57rs74 26 20 not not RB work_4rxlr3j4qvdyhi3rrq6c57rs74 26 21 be be VB work_4rxlr3j4qvdyhi3rrq6c57rs74 26 22 determined determine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 26 23 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 26 24 atomic atomic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 26 25 resolution resolution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 26 26 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 27 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 27 2 story story NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 3 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 27 5 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 27 6 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 27 7 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 8 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 27 9 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 10 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 11 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 27 12 about about IN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 27 14 development development NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 15 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 16 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 27 17 liquid liquid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 27 18 crystallog- crystallog- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 19 raphy raphy NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 20 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 27 21 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 22 Stephen Stephen NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 27 23 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 27 24 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 27 25 postdocs postdocs NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 27 26 Glen Glen NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 27 27 King King NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 27 28 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 27 29 Michael Michael NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 27 30 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 27 31 which which WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 27 32 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 27 33 used use VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 34 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 27 35 extract extract VB work_4rxlr3j4qvdyhi3rrq6c57rs74 27 36 maximum maximum JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 27 37 structural structural JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 27 38 insight insight NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 39 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 40 available available JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 27 41 lamellar lamellar JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 27 42 X X NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 27 43 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 44 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 45 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 27 46 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 47 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 27 48 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 28 1 These these DT work_4rxlr3j4qvdyhi3rrq6c57rs74 28 2 authors author NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 28 3 published publish VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 28 4 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 28 5 series series NN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 6 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 7 papers paper NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 28 8 culminating culminate VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 28 9 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 10 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 28 11 1992 1992 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 28 12 paper paper NN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 13 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 28 14 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 15 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 16 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 28 17 Fluid Fluid NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 28 18 Phase Phase NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 28 19 DOPC dopc NN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 20 Bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 21 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 22 Joint Joint NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 28 23 Refinement Refinement NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 28 24 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 25 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 26 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 28 27 ray ray NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 28 28 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 28 29 Neutron Neutron NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 28 30 Diffraction Diffraction NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 28 31 Data Data NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 28 32 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 29 1 III iii CD work_4rxlr3j4qvdyhi3rrq6c57rs74 29 2 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 29 3 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 29 4 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 29 5 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 29 6 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 29 7 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 29 8 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 29 9 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 29 10 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 29 11 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 29 12 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 29 13 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 29 14 1992a 1992a NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 29 15 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 29 16 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 30 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 30 2 first first JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 30 3 paper paper NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 4 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 5 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 30 6 series series NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 30 8 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 9 King King NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 30 10 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 30 11 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 30 12 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 30 13 King King NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 30 14 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 30 15 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 30 16 1986 1986 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 30 17 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 30 18 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 30 19 established establish VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 30 20 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 30 21 framework framework NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 22 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 23 analyzing analyze VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 30 24 neu- neu- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 25 tron tron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 26 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 30 27 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 30 28 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 29 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 30 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 31 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 30 32 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 33 data datum NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 30 34 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 35 using use VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 30 36 strip strip NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 37 function function NN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 38 models model NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 30 39 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 30 40 Worthington Worthington NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 30 41 1969 1969 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 30 42 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 30 43 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 44 quasimolecular quasimolecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 30 45 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 30 46 ; ; , work_4rxlr3j4qvdyhi3rrq6c57rs74 30 47 bonded bond VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 48 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 30 49 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 50 atoms atom NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 30 51 expected expect VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 30 52 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 30 53 behave behave VB work_4rxlr3j4qvdyhi3rrq6c57rs74 30 54 coherently coherently RB work_4rxlr3j4qvdyhi3rrq6c57rs74 30 55 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 31 1 Examples example NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 31 2 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 3 natu- natu- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 31 4 ral ral JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 31 5 quasimolecular quasimolecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 31 6 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 31 7 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 8 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 31 9 phosphatidylcholine phosphatidylcholine NN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 10 molecule molecule NN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 11 include include VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 31 12 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 31 13 choline choline NN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 14 headgroup headgroup NN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 15 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 31 16 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 31 17 phosphate phosphate NN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 18 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 31 19 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 31 20 glycerol glycerol NN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 21 backbone backbone NN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 22 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 31 23 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 31 24 carbonyls carbonyls NN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 25 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 31 26 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 31 27 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 31 28 terminal terminal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 31 29 methyl methyl NN work_4rxlr3j4qvdyhi3rrq6c57rs74 31 30 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 31 31 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 32 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 32 2 second second JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 32 3 paper paper NN work_4rxlr3j4qvdyhi3rrq6c57rs74 32 4 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 32 5 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 32 6 series series NN work_4rxlr3j4qvdyhi3rrq6c57rs74 32 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 32 8 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 32 9 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 32 10 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 32 11 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 32 12 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 32 13 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 32 14 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 32 15 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 32 16 1991a 1991a NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 32 17 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 32 18 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 32 19 built build VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 32 20 upon upon IN work_4rxlr3j4qvdyhi3rrq6c57rs74 32 21 previous previous JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 32 22 work work NN work_4rxlr3j4qvdyhi3rrq6c57rs74 32 23 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 32 24 Mitsui Mitsui NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 32 25 1978 1978 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 32 26 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 32 27 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 32 28 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 32 29   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 32 30 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 32 31 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 33 1 1989 1989 LS work_4rxlr3j4qvdyhi3rrq6c57rs74 33 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 33 3 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 33 4 demonstrate demonstrate VB work_4rxlr3j4qvdyhi3rrq6c57rs74 33 5 how how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 33 6 Gaussian gaussian JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 33 7 functions function NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 33 8 can can MD work_4rxlr3j4qvdyhi3rrq6c57rs74 33 9 be be VB work_4rxlr3j4qvdyhi3rrq6c57rs74 33 10 used use VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 33 11 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 33 12 describe describe VB work_4rxlr3j4qvdyhi3rrq6c57rs74 33 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 33 14 distributions distribution NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 33 15 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 33 16 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 33 17 quasimolecu- quasimolecu- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 33 18 lar lar NN work_4rxlr3j4qvdyhi3rrq6c57rs74 33 19 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 33 20 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 34 1 In in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 34 2 this this DT work_4rxlr3j4qvdyhi3rrq6c57rs74 34 3 paper paper NN work_4rxlr3j4qvdyhi3rrq6c57rs74 34 4 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 34 5 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 34 6 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 34 7 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 34 8 also also RB work_4rxlr3j4qvdyhi3rrq6c57rs74 34 9 established establish VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 34 10 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 34 11 way way NN work_4rxlr3j4qvdyhi3rrq6c57rs74 34 12 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 34 13 think think VB work_4rxlr3j4qvdyhi3rrq6c57rs74 34 14 about about IN work_4rxlr3j4qvdyhi3rrq6c57rs74 34 15 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 34 16 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 34 17 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 35 1 A a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 35 2 stack stack NN work_4rxlr3j4qvdyhi3rrq6c57rs74 35 3 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 35 4 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 35 5 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 35 6 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 35 7 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 35 8 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 35 9 near near JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 35 10 perfect perfect JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 35 11 one one CD work_4rxlr3j4qvdyhi3rrq6c57rs74 35 12 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 35 13 dimensional dimensional JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 35 14 crystal crystal NN work_4rxlr3j4qvdyhi3rrq6c57rs74 35 15 along along IN work_4rxlr3j4qvdyhi3rrq6c57rs74 35 16 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 35 17 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 35 18 normal normal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 35 19 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 35 20 Franks Franks NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 35 21 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 35 22 Lieb Lieb NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 35 23 1979 1979 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 35 24 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 35 25 Smith Smith NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 35 26 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 35 27   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 35 28 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 35 29 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 36 1 1987 1987 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 36 2 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 36 3 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 36 4 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 36 5 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 36 6 1991a 1991a NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 36 7 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 36 8 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 37 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 37 2 small small JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 37 3 number number NN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 4 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 5 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 6 orders order NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 37 7 observed observe VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 37 9 usually usually RB work_4rxlr3j4qvdyhi3rrq6c57rs74 37 10 4–8 4–8 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 37 11 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 37 12 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 37 13 not not RB work_4rxlr3j4qvdyhi3rrq6c57rs74 37 14 due due JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 37 15 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 16 stacking stack VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 37 17 / / SYM work_4rxlr3j4qvdyhi3rrq6c57rs74 37 18 lattice lattice NN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 19 disorder disorder NN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 20 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 37 21 but but CC work_4rxlr3j4qvdyhi3rrq6c57rs74 37 22 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 23 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 37 24 inherent inherent JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 37 25 length length NN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 26 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 37 27 scale scale NN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 28 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 37 29 best well RBS work_4rxlr3j4qvdyhi3rrq6c57rs74 37 30 describes describe VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 37 31 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 37 32 system system NN work_4rxlr3j4qvdyhi3rrq6c57rs74 37 33 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 38 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 38 2 third third JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 38 3 paper paper NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 4 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 5 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 38 6 series series NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 7 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 38 8 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 38 9 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 38 10 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 38 11 1991b 1991b NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 38 12 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 38 13 established establish VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 38 14 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 38 15 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 38 16 joint joint JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 38 17 refinement refinement NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 18 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 38 19 method method NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 20 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 21 which which WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 38 22 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 38 23 significant significant JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 38 24 differences difference NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 38 25 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 26 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 27 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 28 ray ray NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 38 29 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 38 30 neutron neutron NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 38 31 atomic atomic NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 38 32 scatter- scatter- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 38 33 ing ing NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 38 34 cross cross NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 35 - - NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 38 36 sections section NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 38 37 can can MD work_4rxlr3j4qvdyhi3rrq6c57rs74 38 38 be be VB work_4rxlr3j4qvdyhi3rrq6c57rs74 38 39 exploited exploit VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 40 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 38 41 form form VB work_4rxlr3j4qvdyhi3rrq6c57rs74 38 42 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 38 43 detailed detailed JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 38 44 image image NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 45 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 46 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 38 47 transbilayer transbilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 48 distribution distribution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 49 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 50 quasimolecular quasimolecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 38 51 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 38 52 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 53 global global JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 38 54 fitting fitting NN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 55 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 56 data datum NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 38 57 sets set NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 38 58 acquired acquire VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 38 59 using use VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 38 60 both both DT work_4rxlr3j4qvdyhi3rrq6c57rs74 38 61 techniques technique NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 38 62 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 39 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 39 2 fourth fourth JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 39 3 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 39 4 fifth fifth JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 39 5 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 39 6 sixth sixth JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 39 7 papers paper NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 39 8 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 39 9 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 39 10 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 39 11 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 39 12 1991c 1991c NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 39 13 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 39 14 1992b 1992b CD work_4rxlr3j4qvdyhi3rrq6c57rs74 39 15 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 39 16 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 39 17 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 39 18   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 39 19 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 39 20 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 40 1 1991 1991 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 40 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 40 3 described describe VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 40 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 40 5 distribution distribution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 40 6 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 40 7 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 40 8 fatty fatty NN work_4rxlr3j4qvdyhi3rrq6c57rs74 40 9 acid acid VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 40 10 double double JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 40 11 bonds bond NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 40 12 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 40 13 terminal terminal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 40 14 methyl methyl NN work_4rxlr3j4qvdyhi3rrq6c57rs74 40 15 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 40 16 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 40 17 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 40 18 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 40 19 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 41 1 These these DT work_4rxlr3j4qvdyhi3rrq6c57rs74 41 2 papers paper NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 41 3 also also RB work_4rxlr3j4qvdyhi3rrq6c57rs74 41 4 addressed address VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 41 5 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 41 6 critical critical JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 41 7 issue issue NN work_4rxlr3j4qvdyhi3rrq6c57rs74 41 8 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 41 9 scaling scale VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 41 10 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 41 11 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 41 12 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 41 13 X X NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 41 14 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 41 15 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 41 16 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 41 17 data datum NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 41 18 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 41 19 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 41 20 joint joint JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 41 21 refinement refinement NN work_4rxlr3j4qvdyhi3rrq6c57rs74 41 22 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 42 1 This this DT work_4rxlr3j4qvdyhi3rrq6c57rs74 42 2 body body NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 3 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 4 work work NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 5 led lead VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 42 6 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 7 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 42 8 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 42 9 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 42 10 paper paper NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 11 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 12 which which WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 42 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 42 14 distribution distribution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 15 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 16 all all DT work_4rxlr3j4qvdyhi3rrq6c57rs74 42 17 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 18 quasimolecular quasimolecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 42 19 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 42 20 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 42 21 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 22 were be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 42 23 determined determine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 24 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 25 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 42 26 global global JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 42 27 fit fit NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 28 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 29 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 30 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 31 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 32 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 42 33 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 34 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 35 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 36 scat- scat- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 42 37 tering tering NN work_4rxlr3j4qvdyhi3rrq6c57rs74 42 38 factors factor NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 42 39 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 43 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 43 2 global global JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 43 3 fit fit NN work_4rxlr3j4qvdyhi3rrq6c57rs74 43 4 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 43 5 unconstrained unconstrained JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 43 6 except except IN work_4rxlr3j4qvdyhi3rrq6c57rs74 43 7 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 43 8 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 43 9 positions position NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 43 10 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 43 11 widths width NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 43 12 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 43 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 43 14 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 43 15 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 43 16 double double JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 43 17 bonds bond NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 43 18 which which WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 43 19 had have VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 43 20 been be VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 43 21 measured measure VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 43 22 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 43 23 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 43 24 previous previous JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 43 25 papers paper NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 43 26 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 44 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 44 2 center center NN work_4rxlr3j4qvdyhi3rrq6c57rs74 44 3 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 44 4 mass mass NN work_4rxlr3j4qvdyhi3rrq6c57rs74 44 5 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 44 6 1 1 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 44 7 / / SYM work_4rxlr3j4qvdyhi3rrq6c57rs74 44 8 e e NN work_4rxlr3j4qvdyhi3rrq6c57rs74 44 9 Gaussian gaussian JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 44 10 half half NN work_4rxlr3j4qvdyhi3rrq6c57rs74 44 11 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 44 12 widths width NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 44 13 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 44 14 each each DT work_4rxlr3j4qvdyhi3rrq6c57rs74 44 15 quasimolecular quasimolecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 44 16 group group NN work_4rxlr3j4qvdyhi3rrq6c57rs74 44 17 were be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 44 18 individually individually RB work_4rxlr3j4qvdyhi3rrq6c57rs74 44 19 allowed allow VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 44 20 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 44 21 vary vary VB work_4rxlr3j4qvdyhi3rrq6c57rs74 44 22 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 45 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 45 2 result result NN work_4rxlr3j4qvdyhi3rrq6c57rs74 45 3 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 45 4 Fig fig NN work_4rxlr3j4qvdyhi3rrq6c57rs74 45 5 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 46 1 1a 1a NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 46 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 46 3 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 46 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 46 5 time time NN work_4rxlr3j4qvdyhi3rrq6c57rs74 46 6 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 46 7 averaged average VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 46 8 distribution distribution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 46 9 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 46 10 i.e. i.e. FW work_4rxlr3j4qvdyhi3rrq6c57rs74 47 1 position position NN work_4rxlr3j4qvdyhi3rrq6c57rs74 47 2 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 47 3 width width NN work_4rxlr3j4qvdyhi3rrq6c57rs74 47 4 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 47 5 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 47 6 each each DT work_4rxlr3j4qvdyhi3rrq6c57rs74 47 7 quasimolecular quasimolecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 47 8 group group NN work_4rxlr3j4qvdyhi3rrq6c57rs74 47 9 along along IN work_4rxlr3j4qvdyhi3rrq6c57rs74 47 10 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 47 11 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 47 12 normal normal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 47 13 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 48 1 What what WP work_4rxlr3j4qvdyhi3rrq6c57rs74 48 2 Did do VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 48 3 We -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 48 4 Learn learn VB work_4rxlr3j4qvdyhi3rrq6c57rs74 48 5 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 48 6   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 48 7 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 48 8   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 48 9 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 48 10 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 48 11 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 48 12 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 48 13 ? ? . work_4rxlr3j4qvdyhi3rrq6c57rs74 49 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 49 2 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 49 3 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 49 4 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 5 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 49 6 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 7 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 49 8 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 49 9 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 10 DOPC DOPC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 11 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 12 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 49 13 built build VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 14 upon upon IN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 15 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 49 16 work work NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 17 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 18 many many JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 49 19 researchers researcher NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 49 20 who who WP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 21 had have VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 49 22 pre- pre- RB work_4rxlr3j4qvdyhi3rrq6c57rs74 49 23 viously viously RB work_4rxlr3j4qvdyhi3rrq6c57rs74 49 24 studied study VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 25 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 26 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 27 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 49 28 dynamics dynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 49 29 using use VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 49 30 tech- tech- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 49 31 niques nique NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 49 32 such such JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 49 33 as as IN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 34 electron electron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 35 microscopy microscopy JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 49 36 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 49 37 NMR NMR NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 38 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 39 addition addition NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 40 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 41 187How 187How NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 42 We -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 43 Came come VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 49 44 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 49 45   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 46 Understand understand VB work_4rxlr3j4qvdyhi3rrq6c57rs74 49 47 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 49 48   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 49 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 49 50 Tumultuous Tumultuous NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 51 Chemical Chemical NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 52 Heterogeneity Heterogeneity NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 53 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 49 54 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 55   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 56 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 49 57   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 58 Lipid Lipid NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 59 Bilayer Bilayer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 60 … … NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 49 61 1 1 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 49 62 3 3 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 49 63 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 64 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 65 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 66 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 49 67 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 68 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 49 69 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 50 1 For for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 50 2 example example NN work_4rxlr3j4qvdyhi3rrq6c57rs74 50 3 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 50 4 see see VB work_4rxlr3j4qvdyhi3rrq6c57rs74 50 5 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 50 6 Luzzati Luzzati NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 50 7 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 50 8 Husson Husson NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 50 9 1962 1962 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 50 10 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 50 11 Stoeckenius Stoeckenius NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 50 12 1962 1962 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 50 13 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 50 14 Stoeckenius Stoeckenius NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 50 15 1962 1962 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 50 16 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 50 17 Luzzati Luzzati NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 50 18 1968 1968 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 50 19 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 50 20 Fettiplace Fettiplace NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 50 21 et et FW work_4rxlr3j4qvdyhi3rrq6c57rs74 50 22   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 50 23 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 50 24 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 51 1 1971 1971 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 51 2 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 51 3 Wilkins Wilkins NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 51 4 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 51 5   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 51 6 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 51 7 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 52 1 1971 1971 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 52 2 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 52 3 Levine Levine NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 52 4 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 52 5 Wilkins Wilkins NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 52 6 1971 1971 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 52 7 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 52 8 Hitchcock Hitchcock NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 52 9 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 52 10   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 52 11 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 52 12 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 53 1 1974 1974 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 53 2 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 53 3 Worcester Worcester NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 53 4 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 53 5 Franks Franks NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 53 6 1976 1976 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 53 7 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 53 8 Büldt Büldt NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 53 9 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 53 10   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 53 11 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 53 12 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 54 1 1978 1978 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 54 2 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 54 3 Zaccai Zaccai NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 54 4 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 54 5   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 54 6 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 54 7 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 55 1 1979 1979 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 55 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 55 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 56 1 Many many JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 56 2 aspects aspect NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 56 3 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 56 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 56 5 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 56 6 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 56 7 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 56 8 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 56 9 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 56 10 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 56 11 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 56 12 had have VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 56 13 previously previously RB work_4rxlr3j4qvdyhi3rrq6c57rs74 56 14 been be VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 56 15 glimpsed glimpse VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 56 16 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 56 17 these these DT work_4rxlr3j4qvdyhi3rrq6c57rs74 56 18 influential influential JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 56 19 prior prior JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 56 20 studies study NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 56 21 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 57 1 However however RB work_4rxlr3j4qvdyhi3rrq6c57rs74 57 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 57 3 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 57 4 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 57 5 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 57 6 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 57 7 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 57 8 hydrated hydrated JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 57 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 57 10 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 57 11 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 57 12 DOPC DOPC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 57 13 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 57 14 provided provide VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 57 15 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 57 16 holistic holistic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 57 17 image image NN work_4rxlr3j4qvdyhi3rrq6c57rs74 57 18 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 57 19 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 57 20 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 57 21 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 57 22 dynamics dynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 57 23 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 58 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 58 2 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 58 3 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 58 4 shows show VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 58 5 substantial substantial JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 58 6 thermal thermal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 58 7 disorder disorder NN work_4rxlr3j4qvdyhi3rrq6c57rs74 58 8 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 58 9 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 58 10 transbilayer transbilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 58 11 distributions distribution NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 58 12 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 58 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 58 14 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 58 15 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 58 16 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 59 1 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 59 2 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 59 3 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 59 4 showed show VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 59 5 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 59 6 Gaussian gaussian JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 59 7 distributions distribution NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 59 8 accu- accu- VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 59 9 rately rately RB work_4rxlr3j4qvdyhi3rrq6c57rs74 59 10 describe describe VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 59 11 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 59 12 time time NN work_4rxlr3j4qvdyhi3rrq6c57rs74 59 13 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 59 14 averaged average VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 59 15 positions position NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 59 16 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 59 17 quasimolecu- quasimolecu- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 59 18 lar lar NN work_4rxlr3j4qvdyhi3rrq6c57rs74 59 19 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 59 20 along along IN work_4rxlr3j4qvdyhi3rrq6c57rs74 59 21 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 59 22 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 59 23 normal normal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 59 24 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 60 1 Comparison comparison NN work_4rxlr3j4qvdyhi3rrq6c57rs74 60 2 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 60 3 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 60 4 hard hard JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 60 5 sphere sphere NN work_4rxlr3j4qvdyhi3rrq6c57rs74 60 6 widths width NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 60 7 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 60 8 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 60 9 experimentally experimentally RB work_4rxlr3j4qvdyhi3rrq6c57rs74 60 10 determined determine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 60 11 widths width NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 60 12 showed show VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 60 13 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 60 14 there there EX work_4rxlr3j4qvdyhi3rrq6c57rs74 60 15 are be VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 60 16 motional motional JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 60 17 gradients gradient NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 60 18 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 61 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 61 2 glycerol glycerol NN work_4rxlr3j4qvdyhi3rrq6c57rs74 61 3 back- back- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 61 4 bone bone NN work_4rxlr3j4qvdyhi3rrq6c57rs74 61 5 moiety moiety NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 61 6 has have VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 61 7 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 61 8 lowest low JJS work_4rxlr3j4qvdyhi3rrq6c57rs74 61 9 thermal thermal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 61 10 motion motion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 61 11 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 61 12 but but CC work_4rxlr3j4qvdyhi3rrq6c57rs74 61 13 thermal thermal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 61 14 motion motion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 61 15 increases increase NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 61 16 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 61 17 both both DT work_4rxlr3j4qvdyhi3rrq6c57rs74 61 18 directions direction NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 61 19 ; ; , work_4rxlr3j4qvdyhi3rrq6c57rs74 61 20 toward toward IN work_4rxlr3j4qvdyhi3rrq6c57rs74 61 21 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 61 22 headgroup headgroup NN work_4rxlr3j4qvdyhi3rrq6c57rs74 61 23 moieties moiety NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 61 24 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 61 25 toward toward IN work_4rxlr3j4qvdyhi3rrq6c57rs74 61 26 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 61 27 acyl acyl NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 61 28 chains chain NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 61 29 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 62 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 62 2 greatest great JJS work_4rxlr3j4qvdyhi3rrq6c57rs74 62 3 thermal thermal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 62 4 disorder disorder NN work_4rxlr3j4qvdyhi3rrq6c57rs74 62 5 occurs occur VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 62 6 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 62 7 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 62 8 terminal terminal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 62 9 methyl methyl NN work_4rxlr3j4qvdyhi3rrq6c57rs74 62 10 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 62 11 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 62 12 Mihailescu Mihailescu NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 62 13 Fig Fig NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 62 14 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 63 1 1 1 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 63 2 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 63 3 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 63 4 tumultuous tumultuous JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 63 5 chemical chemical NN work_4rxlr3j4qvdyhi3rrq6c57rs74 63 6 heterogeneity heterogeneity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 63 7 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 63 8 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 63 9 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 63 10 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 63 11 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 63 12 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 63 13 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 63 14 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 63 15 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 64 1 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 64 2 Number Number NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 64 3 density density NN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 4 distributions distribution NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 64 5 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 6 quasimo- quasimo- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 64 7 lecular lecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 64 8 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 64 9 determined determine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 10 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 11 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 64 12 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 64 13 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 14 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 15 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 64 16 dioleoyl dioleoyl NN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 17 phosphatidylcholine phosphatidylcholine NN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 18 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 64 19 DOPC DOPC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 64 20 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 64 21 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 22 determined determine VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 64 23 using use VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 64 24 joint joint JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 64 25 refine- refine- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 64 26 ment ment NN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 27 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 28 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 29 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 30 ray ray NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 64 31 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 64 32 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 33 lamellar lamellar JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 64 34 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 64 35 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 64 36 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 64 37 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 64 38 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 64 39 1992a 1992a NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 64 40 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 64 41 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 65 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 65 2 5.4 5.4 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 65 3 waters water NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 65 4 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 65 5 28 28 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 65 6 – – : work_4rxlr3j4qvdyhi3rrq6c57rs74 65 7 CH2 ch2 NN work_4rxlr3j4qvdyhi3rrq6c57rs74 65 8 – – : work_4rxlr3j4qvdyhi3rrq6c57rs74 65 9 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 65 10 have have VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 65 11 been be VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 65 12 scaled scale VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 65 13 down down RP work_4rxlr3j4qvdyhi3rrq6c57rs74 65 14 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 65 15 display display NN work_4rxlr3j4qvdyhi3rrq6c57rs74 65 16 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 66 1 b b LS work_4rxlr3j4qvdyhi3rrq6c57rs74 66 2 Number number NN work_4rxlr3j4qvdyhi3rrq6c57rs74 66 3 densities density NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 66 4 enable enable VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 66 5 calculation calculation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 66 6 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 66 7 partial partial JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 66 8 charge charge NN work_4rxlr3j4qvdyhi3rrq6c57rs74 66 9 density density NN work_4rxlr3j4qvdyhi3rrq6c57rs74 66 10 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 66 11 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 66 12 reasonable reasonable JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 66 13 surrogate surrogate JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 66 14 measure measure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 66 15 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 66 16 polarity polarity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 66 17 across across IN work_4rxlr3j4qvdyhi3rrq6c57rs74 66 18 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 66 19 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 66 20 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 67 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 2 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 67 3 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 67 4 showed show VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 67 5 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 6 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 7 interfacial interfacial JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 67 8 zone zone NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 9 occupies occupy VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 67 10 fully fully RB work_4rxlr3j4qvdyhi3rrq6c57rs74 67 11 half half PDT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 12 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 13 thickness thickness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 14 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 15 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 16 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 17 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 67 18 bridging bridge VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 67 19 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 20 bulk bulk JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 67 21 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 22 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 67 23 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 24 core core NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 25 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 26 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 27 continuous continuous JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 67 28 gradient gradient NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 29 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 30 polarity polarity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 31 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 32 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 67 33 wide wide JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 67 34 enough enough RB work_4rxlr3j4qvdyhi3rrq6c57rs74 67 35 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 67 36 fully fully RB work_4rxlr3j4qvdyhi3rrq6c57rs74 67 37 accommodate accommodate VB work_4rxlr3j4qvdyhi3rrq6c57rs74 67 38 folded fold VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 39 α α CD work_4rxlr3j4qvdyhi3rrq6c57rs74 67 40 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 67 41 helices helix NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 67 42 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 67 43 β β NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 67 44 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 67 45 hairpin hairpin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 67 46 struc- struc- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 67 47 tures ture NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 67 48 which which WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 49 may may MD work_4rxlr3j4qvdyhi3rrq6c57rs74 67 50 sample sample VB work_4rxlr3j4qvdyhi3rrq6c57rs74 67 51 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 52 edge edge NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 53 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 54 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 67 55 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 56 core core NN work_4rxlr3j4qvdyhi3rrq6c57rs74 67 57 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 68 1 c c LS work_4rxlr3j4qvdyhi3rrq6c57rs74 68 2 DOPC DOPC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 68 3 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 68 4 deconstructed deconstruct VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 68 5 into into IN work_4rxlr3j4qvdyhi3rrq6c57rs74 68 6 individual individual JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 68 7 quasimolecular quasimolecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 68 8 parts part NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 68 9 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 69 1 Validated validated JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 69 2 molecular molecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 69 3 dynamics dynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 69 4 simulations simulation NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 69 5 show show VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 69 6 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 69 7 distributions distribution NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 69 8 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 69 9 these these DT work_4rxlr3j4qvdyhi3rrq6c57rs74 69 10 quasimolecular quasimolecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 69 11 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 69 12 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 69 13 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 69 14 hydrated hydrated JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 69 15 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 69 16 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 69 17 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 69 18 DOPC DOPC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 69 19 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 69 20 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 70 1 d d LS work_4rxlr3j4qvdyhi3rrq6c57rs74 70 2 Snapshots Snapshots NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 70 3 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 70 4 individual individual JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 70 5 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 70 6 conformers conformer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 70 7 separated separate VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 70 8 out out RP work_4rxlr3j4qvdyhi3rrq6c57rs74 70 9 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 70 10 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 70 11 real- real- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 70 12 istic istic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 70 13 simulation simulation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 70 14 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 70 15 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 70 16 DOPC DOPC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 70 17 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 70 18 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 70 19 Benz Benz NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 70 20 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 70 21     _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 70 22 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 70 23 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 71 1 2005 2005 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 71 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 71 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 72 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 72 2 thermal thermal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 72 3 motion motion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 72 4 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 72 5 individual individual JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 72 6 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 72 7 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 72 8 whole whole JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 72 9 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 72 10 molecules molecule NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 72 11 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 72 12 revealed reveal VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 72 13 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 73 1 Coloring color VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 73 2 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 73 3 atoms atom NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 73 4 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 73 5 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 73 6 same same JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 73 7 as as IN work_4rxlr3j4qvdyhi3rrq6c57rs74 73 8 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 73 9 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 73 10 c c NN work_4rxlr3j4qvdyhi3rrq6c57rs74 73 11 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 73 12 188 188 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 73 13 W. 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NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 73 16   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 73 17 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 73 18 1 1 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 73 19 3 3 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 73 20 et et NN work_4rxlr3j4qvdyhi3rrq6c57rs74 73 21   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 73 22 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 73 23 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 74 1 2011 2011 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 74 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 74 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 75 1 A a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 75 2 few few JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 75 3 years year NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 75 4 after after IN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 5 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 75 6 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 75 7 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 75 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 75 9 Post- Post- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 75 10 doc doc NN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 11 Kalina Kalina NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 75 12 Hristova Hristova NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 75 13 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 75 14 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 75 15 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 75 16 Hristova Hristova NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 75 17 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 75 18 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 75 19 1998 1998 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 75 20 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 75 21 made make VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 75 22 critical critical JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 75 23 measurements measurement NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 75 24 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 25 how how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 75 26 bilayer bilayer JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 75 27 thermal thermal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 75 28 motions motion NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 75 29 change change VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 75 30 as as IN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 31 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 75 32 function function NN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 33 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 34 hydration hydration NN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 35 level level NN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 36 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 75 37 enabling enable VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 75 38 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 75 39 descrip- descrip- NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 75 40 tion tion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 41 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 42 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 75 43 more more RBR work_4rxlr3j4qvdyhi3rrq6c57rs74 75 44 biologically biologically RB work_4rxlr3j4qvdyhi3rrq6c57rs74 75 45 relevant relevant JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 75 46 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 75 47 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 48 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 49 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 50 excess excess JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 75 51 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 75 52 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 76 1 Paradoxically paradoxically RB work_4rxlr3j4qvdyhi3rrq6c57rs74 76 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 76 3 although although IN work_4rxlr3j4qvdyhi3rrq6c57rs74 76 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 76 5 transbilayer transbilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 76 6 Gaussian gaussian JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 76 7 dis- dis- IN work_4rxlr3j4qvdyhi3rrq6c57rs74 76 8 tributions tribution NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 76 9 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 76 10 quasimolecular quasimolecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 76 11 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 76 12 are be VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 76 13 broad broad JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 76 14 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 76 15 their -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 76 16 cent- cent- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 76 17 ers er NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 76 18 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 76 19 widths width NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 76 20 are be VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 76 21 each each DT work_4rxlr3j4qvdyhi3rrq6c57rs74 76 22 determined determine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 76 23 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 76 24 high high JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 76 25 precision precision NN work_4rxlr3j4qvdyhi3rrq6c57rs74 76 26 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 76 27 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 76 28 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 76 29 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 76 30 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 77 1 Thus thus RB work_4rxlr3j4qvdyhi3rrq6c57rs74 77 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 77 3 these these DT work_4rxlr3j4qvdyhi3rrq6c57rs74 77 4 experimentally experimentally RB work_4rxlr3j4qvdyhi3rrq6c57rs74 77 5 deter- deter- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 77 6 mined mined JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 77 7 transbilayer transbilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 77 8 distributions distribution NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 77 9 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 77 10 atomic atomic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 77 11 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 77 12 can can MD work_4rxlr3j4qvdyhi3rrq6c57rs74 77 13 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 77 14 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 77 15 should should MD work_4rxlr3j4qvdyhi3rrq6c57rs74 77 16 ! ! . work_4rxlr3j4qvdyhi3rrq6c57rs74 77 17 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 78 1 be be VB work_4rxlr3j4qvdyhi3rrq6c57rs74 78 2 used use VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 78 3 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 78 4 validate validate VB work_4rxlr3j4qvdyhi3rrq6c57rs74 78 5 molecular molecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 78 6 dynamics dynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 78 7 simulations simulation NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 78 8 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 78 9 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 78 10 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 78 11 as as IN work_4rxlr3j4qvdyhi3rrq6c57rs74 78 12 White white JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 78 13 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 78 14 colleagues colleague NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 78 15 have have VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 78 16 done do VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 78 17 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 78 18 Benz Benz NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 78 19 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 78 20   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 78 21 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 78 22 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 79 1 2005 2005 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 79 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 79 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 80 1 Experimentally experimentally RB work_4rxlr3j4qvdyhi3rrq6c57rs74 80 2 validated validate VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 80 3 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 80 4 i.e. i.e. FW work_4rxlr3j4qvdyhi3rrq6c57rs74 81 1 realistic realistic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 81 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 81 3 thermal thermal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 81 4 motions motion NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 81 5 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 81 6 Fig fig NN work_4rxlr3j4qvdyhi3rrq6c57rs74 81 7 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 82 1 1c 1c NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 82 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 82 3 d d NN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 4 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 82 5 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 82 6 subsequent subsequent JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 82 7 lateral lateral JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 82 8 pressure pressure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 9 profiles profile NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 82 10 across across IN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 11 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 82 12 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 13 remain remain VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 82 14 critical critical JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 82 15 parameters parameter NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 82 16 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 17 correctly correctly RB work_4rxlr3j4qvdyhi3rrq6c57rs74 82 18 modelling model VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 82 19 peptide peptide NN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 20 / / SYM work_4rxlr3j4qvdyhi3rrq6c57rs74 82 21 protein protein NN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 22 insertion insertion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 23 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 82 24 folding folding NN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 25 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 82 26 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 27 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 28 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 82 29 simulations simulation NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 82 30 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 83 1 Another another DT work_4rxlr3j4qvdyhi3rrq6c57rs74 83 2 significant significant JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 83 3 revelation revelation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 83 4 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 83 5 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 83 6 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 83 7 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 83 8 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 83 9 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 83 10 true true JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 83 11 nature nature NN work_4rxlr3j4qvdyhi3rrq6c57rs74 83 12 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 83 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 83 14 interface interface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 83 15 between between IN work_4rxlr3j4qvdyhi3rrq6c57rs74 83 16 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 83 17 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 83 18 core core NN work_4rxlr3j4qvdyhi3rrq6c57rs74 83 19 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 83 20 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 83 21 bulk bulk JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 83 22 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 83 23 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 84 1 Memorably memorably RB work_4rxlr3j4qvdyhi3rrq6c57rs74 84 2 described describe VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 3 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 84 5 Com- Com- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 84 6 plete plete NN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 7 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 84 8 as as IN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 9 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 84 10 region region NN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 11 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 12 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 84 13 tumultuous tumultuous JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 84 14 chemical chemical NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 84 15 hetero- hetero- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 84 16 geneity geneity NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 84 17 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 84 18 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 84 19 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 84 20 interfaces interface NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 84 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 22 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 84 23 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 84 24 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 25 occupy occupy NN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 26 fully fully RB work_4rxlr3j4qvdyhi3rrq6c57rs74 84 27 half half PDT work_4rxlr3j4qvdyhi3rrq6c57rs74 84 28 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 84 29 total total JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 84 30 thickness thickness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 31 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 32 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 84 33 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 84 34 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 85 1 All all DT work_4rxlr3j4qvdyhi3rrq6c57rs74 85 2 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 85 3 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 85 4 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 85 5 including include VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 85 6 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 85 7 terminal terminal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 85 8 methyl methyl NN work_4rxlr3j4qvdyhi3rrq6c57rs74 85 9 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 85 10 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 85 11 Mihailescu Mihailescu NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 85 12 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 85 13   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 85 14 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 85 15 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 86 1 2011 2011 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 86 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 86 3 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 86 4 spend spend VB work_4rxlr3j4qvdyhi3rrq6c57rs74 86 5 some some DT work_4rxlr3j4qvdyhi3rrq6c57rs74 86 6 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 86 7 their -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 86 8 time time NN work_4rxlr3j4qvdyhi3rrq6c57rs74 86 9 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 86 10 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 86 11 interface interface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 86 12 due due IN work_4rxlr3j4qvdyhi3rrq6c57rs74 86 13 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 86 14 their -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 86 15 thermal thermal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 86 16 motion motion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 86 17 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 87 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 87 2 interface interface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 87 3 also also RB work_4rxlr3j4qvdyhi3rrq6c57rs74 87 4 contains contain VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 87 5 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 87 6 significant significant JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 87 7 amount amount NN work_4rxlr3j4qvdyhi3rrq6c57rs74 87 8 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 87 9 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 87 10 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 88 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 88 2 time time NN work_4rxlr3j4qvdyhi3rrq6c57rs74 88 3 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 88 4 averaged average VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 88 5 density density NN work_4rxlr3j4qvdyhi3rrq6c57rs74 88 6 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 88 7 these these DT work_4rxlr3j4qvdyhi3rrq6c57rs74 88 8 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 88 9 creates create VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 88 10 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 88 11 gradient gradient NN work_4rxlr3j4qvdyhi3rrq6c57rs74 88 12 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 88 13 polarity polarity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 88 14 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 88 15 Fig Fig NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 88 16 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 89 1 1b 1b NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 89 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 89 3 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 89 4 forms form VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 89 5 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 89 6 broad broad JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 89 7 zone zone NN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 8 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 9 transition transition NN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 10 between between IN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 11 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 89 12 very very RB work_4rxlr3j4qvdyhi3rrq6c57rs74 89 13 polar polar JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 89 14 bulk bulk JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 89 15 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 16 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 17 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 89 18 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 89 19 very very RB work_4rxlr3j4qvdyhi3rrq6c57rs74 89 20 non non JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 89 21 - - JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 89 22 polar polar JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 89 23 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 24 core core NN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 25 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 89 26 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 27 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 89 28 center center NN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 29 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 30 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 89 31 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 89 32 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 90 1 Importantly importantly RB work_4rxlr3j4qvdyhi3rrq6c57rs74 90 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 90 3 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 90 4 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 90 5 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 90 6 showed show VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 90 7 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 90 8 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 90 9 inter- inter- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 90 10 facial facial JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 90 11 zones zone NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 90 12 each each DT work_4rxlr3j4qvdyhi3rrq6c57rs74 90 13 occupy occupy NN work_4rxlr3j4qvdyhi3rrq6c57rs74 90 14 ~ ~ NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 90 15 15 15 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 90 16   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 90 17 Å å NN work_4rxlr3j4qvdyhi3rrq6c57rs74 90 18 along along IN work_4rxlr3j4qvdyhi3rrq6c57rs74 90 19 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 90 20 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 90 21 normal normal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 90 22 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 90 23 more more RBR work_4rxlr3j4qvdyhi3rrq6c57rs74 90 24 than than IN work_4rxlr3j4qvdyhi3rrq6c57rs74 90 25 wide wide JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 90 26 enough enough RB work_4rxlr3j4qvdyhi3rrq6c57rs74 90 27 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 90 28 encompass encompass VB work_4rxlr3j4qvdyhi3rrq6c57rs74 90 29 whole whole JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 90 30 elements element NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 90 31 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 90 32 protein protein NN work_4rxlr3j4qvdyhi3rrq6c57rs74 90 33 secondary secondary JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 90 34 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 90 35 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 90 36 Fig fig NN work_4rxlr3j4qvdyhi3rrq6c57rs74 90 37 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 91 1 1b 1b NN work_4rxlr3j4qvdyhi3rrq6c57rs74 91 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 91 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 92 1 Hristova Hristova NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 92 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 92 3 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 92 4 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 92 5 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 92 6 others other NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 92 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 92 8 demonstrated demonstrate VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 92 9 experimentally experimentally RB work_4rxlr3j4qvdyhi3rrq6c57rs74 92 10 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 92 11 amphipathic amphipathic NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 92 12 α α XX work_4rxlr3j4qvdyhi3rrq6c57rs74 92 13 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 92 14 helical helical JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 92 15 peptides peptide NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 92 16 are be VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 92 17 readily readily RB work_4rxlr3j4qvdyhi3rrq6c57rs74 92 18 accommodated accommodate VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 92 19 within within IN work_4rxlr3j4qvdyhi3rrq6c57rs74 92 20 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 92 21 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 92 22 interfacial interfacial NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 92 23 zone zone NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 92 24 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 92 25 Hristova Hristova NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 92 26 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 92 27   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 92 28 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 92 29 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 93 1 1999 1999 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 93 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 93 3 2001 2001 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 93 4 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 93 5 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 94 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 94 2 existence existence NN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 3 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 4 these these DT work_4rxlr3j4qvdyhi3rrq6c57rs74 94 5 broad broad JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 94 6 interfacial interfacial JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 94 7 zones zone NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 94 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 94 9 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 10 physical physical JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 94 11 properties property NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 94 12 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 94 13 are be VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 94 14 very very RB work_4rxlr3j4qvdyhi3rrq6c57rs74 94 15 different different JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 94 16 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 17 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 94 18 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 19 core core NN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 20 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 94 21 means mean VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 94 22 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 23 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 94 24 minimum minimum NN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 25 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 26 two two CD work_4rxlr3j4qvdyhi3rrq6c57rs74 94 27 hydrophobicity hydrophobicity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 28 scales scale NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 94 29 are be VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 94 30 needed need VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 31 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 94 32 describe describe VB work_4rxlr3j4qvdyhi3rrq6c57rs74 94 33 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 94 34 thermodynamics thermodynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 94 35 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 36 peptides peptide NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 94 37 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 94 38 proteins protein NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 94 39 partitioning partition VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 94 40 into into IN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 41 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 94 42 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 43 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 44 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 94 45 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 94 46 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 94 47 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 94 48 1999 1999 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 94 49 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 94 50 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 94 51 at at RB work_4rxlr3j4qvdyhi3rrq6c57rs74 94 52 least least JJS work_4rxlr3j4qvdyhi3rrq6c57rs74 94 53 one one CD work_4rxlr3j4qvdyhi3rrq6c57rs74 94 54 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 55 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 94 56 interface(Wimley interface(wimley CD work_4rxlr3j4qvdyhi3rrq6c57rs74 94 57 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 94 58 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 94 59 1996 1996 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 94 60 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 94 61 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 94 62 one one CD work_4rxlr3j4qvdyhi3rrq6c57rs74 94 63 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 64 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 94 65 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 66 core core NN work_4rxlr3j4qvdyhi3rrq6c57rs74 94 67 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 94 68 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 94 69 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 94 70   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 94 71 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 94 72 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 95 1 1996 1996 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 95 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 95 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 96 1 Fur- fur- VB work_4rxlr3j4qvdyhi3rrq6c57rs74 96 2 ther ther RB work_4rxlr3j4qvdyhi3rrq6c57rs74 96 3 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 96 4 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 96 5 broad broad JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 96 6 interfacial interfacial JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 96 7 zones zone NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 96 8 mean mean VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 96 9 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 96 10 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 96 11 thermody- thermody- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 96 12 namic namic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 96 13 cost cost NN work_4rxlr3j4qvdyhi3rrq6c57rs74 96 14 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 96 15 partitioning partition VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 96 16 charged charge VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 96 17 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 96 18 polar polar JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 96 19 molecules molecule NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 96 20 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 96 21 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 96 22 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 96 23 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 96 24 much much RB work_4rxlr3j4qvdyhi3rrq6c57rs74 96 25 lower low JJR work_4rxlr3j4qvdyhi3rrq6c57rs74 96 26 than than IN work_4rxlr3j4qvdyhi3rrq6c57rs74 96 27 previously previously RB work_4rxlr3j4qvdyhi3rrq6c57rs74 96 28 thought think VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 96 29 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 96 30 Hessa Hessa NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 96 31 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 96 32   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 96 33 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 96 34 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 97 1 2005 2005 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 97 2 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 97 3 Schow Schow NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 97 4 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 97 5   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 97 6 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 97 7 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 98 1 2010 2010 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 98 2 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 98 3 Hristova Hristova NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 98 4 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 98 5 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 98 6 2010 2010 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 98 7 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 98 8 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 99 1 Nonetheless nonetheless RB work_4rxlr3j4qvdyhi3rrq6c57rs74 99 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 99 3 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 4 peptides peptide NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 99 5 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 99 6 proteins protein NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 99 7 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 99 8 partition partition NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 9 into into IN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 10 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 99 11 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 12 interface interface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 13 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 99 14 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 99 15 reduced reduced JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 16 polarity polarity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 17 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 99 18 compared compare VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 19 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 20 bulk bulk JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 21 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 22 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 99 23 greatly greatly RB work_4rxlr3j4qvdyhi3rrq6c57rs74 99 24 increases increase VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 25 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 99 26 thermodynamic thermodynamic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 27 favora- favora- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 28 bility bility NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 29 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 30 hydrogen hydrogen NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 99 31 bonded bond VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 32 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 99 33 secondary secondary JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 34 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 35 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 99 36 giving give VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 99 37 rise rise NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 38 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 39 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 99 40 very very RB work_4rxlr3j4qvdyhi3rrq6c57rs74 99 41 strong strong JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 42 coupling coupling NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 43 between between IN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 44 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 45 binding bind VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 99 46 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 99 47 folding fold VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 99 48 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 99 49 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 99 50 concept concept NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 51 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 99 52 has have VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 53 been be VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 54 useful useful JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 55 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 56 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 99 57 understand- understand- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 58 ing ing NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 59 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 60 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 61 active active JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 99 62 peptides peptide NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 99 63 as as RB work_4rxlr3j4qvdyhi3rrq6c57rs74 99 64 well well RB work_4rxlr3j4qvdyhi3rrq6c57rs74 99 65 as as IN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 66 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 67 pro- pro- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 99 68 teins tein NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 99 69 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 99 70 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 99 71 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 99 72 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 99 73 1999 1999 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 99 74 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 99 75 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 100 1 Although although IN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 2 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 100 3 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 4 core core NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 5 occupies occupy VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 100 6 only only RB work_4rxlr3j4qvdyhi3rrq6c57rs74 100 7 half half PDT work_4rxlr3j4qvdyhi3rrq6c57rs74 100 8 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 100 9 total total JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 100 10 thickness thickness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 11 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 12 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 100 13 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 14 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 100 15 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 100 16 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 100 17 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 100 18 verified verify VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 100 19 what what WP work_4rxlr3j4qvdyhi3rrq6c57rs74 100 20 many many JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 100 21 other other JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 100 22 researchers researcher NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 100 23 had have VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 100 24 previously previously RB work_4rxlr3j4qvdyhi3rrq6c57rs74 100 25 con- con- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 26 cluded clude VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 27 ; ; : work_4rxlr3j4qvdyhi3rrq6c57rs74 100 28 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 100 29 ~ ~ NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 100 30 25–30 25–30 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 100 31   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 100 32 Å Å NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 100 33 thick thick JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 100 34 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 35 core core NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 36 has have VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 100 37 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 100 38 low low JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 100 39 abundance abundance NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 40 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 41 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 42 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 100 43 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 44 polar polar JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 100 45 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 100 46 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 100 47 making make VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 100 48 it -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 100 49 one one CD work_4rxlr3j4qvdyhi3rrq6c57rs74 100 50 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 51 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 100 52 most most RBS work_4rxlr3j4qvdyhi3rrq6c57rs74 100 53 hydrophobic hydrophobic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 100 54 micro micro JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 100 55 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 100 56 environments environment NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 100 57 known know VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 58 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 59 biology biology NN work_4rxlr3j4qvdyhi3rrq6c57rs74 100 60 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 101 1 Gunnar Gunnar NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 101 2 von von NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 101 3 Heijne Heijne NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 101 4 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 101 5 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 6 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 101 7 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 101 8 others other NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 101 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 101 10 later later RB work_4rxlr3j4qvdyhi3rrq6c57rs74 101 11 showed show VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 101 12 that that IN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 101 14 translocon translocon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 15 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 101 16 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 101 17 protein protein NN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 18 machinery machinery NN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 19 that that WDT work_4rxlr3j4qvdyhi3rrq6c57rs74 101 20 folds fold VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 101 21 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 101 22 inserts insert VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 101 23 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 24 proteins protein NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 101 25 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 26 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 101 27 endoplasmic endoplasmic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 101 28 reticulum reticulum NN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 29 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 101 30 acts act VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 101 31 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 32 accordance accordance NN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 33 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 34 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 101 35 transmembrane transmembrane JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 101 36 distribution distribution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 37 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 38 polarity polarity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 39 first first RB work_4rxlr3j4qvdyhi3rrq6c57rs74 101 40 revealed reveal VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 41 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 42 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 101 43 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 101 44 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 45 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 101 46 DOPC DOPC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 101 47 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 101 48 Ojemalm Ojemalm NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 101 49 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 101 50   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 101 51 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 101 52 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 102 1 2011 2011 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 102 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 102 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 103 1 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 103 2 effective effective JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 103 3 hydrophobicity hydrophobicity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 4 sensed sense VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 5 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 6 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 103 7 amino amino JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 103 8 acids acid NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 103 9 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 10 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 103 11 potential potential JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 103 12 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 13 spanning span VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 103 14 helix helix NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 15 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 103 16 highest high JJS work_4rxlr3j4qvdyhi3rrq6c57rs74 103 17 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 18 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 103 19 center center NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 20 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 21 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 103 22 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 23 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 103 24 becoming become VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 103 25 lower lower RBR work_4rxlr3j4qvdyhi3rrq6c57rs74 103 26 as as IN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 27 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 103 28 amino amino NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 29 acid acid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 30 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 31 ques- ques- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 103 32 tion tion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 33 is be VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 103 34 moved move VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 35 away away RB work_4rxlr3j4qvdyhi3rrq6c57rs74 103 36 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 37 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 103 38 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 39 core core NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 40 towards towards IN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 41 either either CC work_4rxlr3j4qvdyhi3rrq6c57rs74 103 42 interfacial interfacial JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 103 43 zone zone NN work_4rxlr3j4qvdyhi3rrq6c57rs74 103 44 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 104 1 While while IN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 2 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 104 3 mechanistic mechanistic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 104 4 details detail NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 104 5 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 6 translocon translocon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 7 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 104 8 mediated mediate VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 9 insertion insertion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 10 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 104 11 folding folding NN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 12 are be VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 104 13 still still RB work_4rxlr3j4qvdyhi3rrq6c57rs74 104 14 being be VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 104 15 investigated investigate VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 16 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 104 17 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 104 18 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 104 19 Structure Structure NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 104 20 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 21 DOPC DOPC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 104 22 set set VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 104 23 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 104 24 stage stage NN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 25 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 26 understanding understand VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 104 27 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 104 28 role role NN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 29 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 30 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 104 31 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 32 physical physical JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 104 33 proper- proper- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 34 ties tie NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 104 35 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 36 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 104 37 process process NN work_4rxlr3j4qvdyhi3rrq6c57rs74 104 38 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 105 1 Conclusion Conclusion NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 105 2 Although although IN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 3 Benjamin Benjamin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 105 4 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 105 5 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 105 6 his -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 105 7 contemporaries contemporary NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 105 8 missed miss VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 105 9 their -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 105 10 chance chance NN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 11 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 12 1774 1774 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 105 13 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 105 14 be be VB work_4rxlr3j4qvdyhi3rrq6c57rs74 105 15 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 105 16 first first JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 105 17 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 18 biophysicists biophysicist NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 105 19 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 105 20 many many JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 105 21 other other JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 105 22 great great JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 105 23 scientists scientist NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 105 24 helped help VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 105 25 evolve evolve VB work_4rxlr3j4qvdyhi3rrq6c57rs74 105 26 our -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 105 27 view view NN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 28 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 29 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 105 30 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 31 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 32 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 105 33 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 34 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 35 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 105 36 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 106 1 For for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 2 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 106 3 long long JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 106 4 time time NN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 5 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 106 6 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 106 7 prevailing prevail VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 106 8 cartoon cartoon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 9 image image NN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 10 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 11 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 106 12 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 13 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 14 had have VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 106 15 been be VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 16 that that DT work_4rxlr3j4qvdyhi3rrq6c57rs74 106 17 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 18 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 106 19 hard hard RB work_4rxlr3j4qvdyhi3rrq6c57rs74 106 20 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 106 21 edged edged JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 106 22 slab slab NN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 23 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 24 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 25 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 106 26 created create VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 27 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 28 lipids lipid NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 106 29 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 30 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 106 31 thin thin JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 106 32 interface interface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 33 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 106 34 little little JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 106 35 or or CC work_4rxlr3j4qvdyhi3rrq6c57rs74 106 36 no no DT work_4rxlr3j4qvdyhi3rrq6c57rs74 106 37 thermal thermal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 106 38 motion motion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 39 along along IN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 40 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 106 41 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 106 42 normal normal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 106 43 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 107 1 Such such JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 107 2 simplistic simplistic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 107 3 cartoons cartoon NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 107 4 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 107 5 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 107 6 not not RB work_4rxlr3j4qvdyhi3rrq6c57rs74 107 7 only only RB work_4rxlr3j4qvdyhi3rrq6c57rs74 107 8 imply imply VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 107 9 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 107 10 wrong wrong JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 107 11 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 107 12 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 107 13 dynamics dynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 107 14 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 107 15 but but CC work_4rxlr3j4qvdyhi3rrq6c57rs74 107 16 also also RB work_4rxlr3j4qvdyhi3rrq6c57rs74 107 17 ignore ignore VB work_4rxlr3j4qvdyhi3rrq6c57rs74 107 18 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 107 19 immense immense JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 107 20 compositional compositional JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 107 21 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 107 22 spatial spatial JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 107 23 complexity complexity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 107 24 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 107 25 cellular cellular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 107 26 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 107 27 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 107 28 Lorent Lorent NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 107 29 et et NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 107 30   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 107 31 al al NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 107 32 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 108 1 2020 2020 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 108 2 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 108 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 109 1 Here here RB work_4rxlr3j4qvdyhi3rrq6c57rs74 109 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 109 3 I -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 109 4 have have VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 109 5 highlighted highlight VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 6 how how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 109 7 Stephen Stephen NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 109 8 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 109 9 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 109 10 colleagues colleague NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 109 11 contributed contribute VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 109 12 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 13 our -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 109 14 mod- mod- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 109 15 ern ern JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 109 16 view view NN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 17 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 18 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 109 19 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 20 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 21 giving give VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 109 22 us -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 109 23 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 109 24 Complete Complete NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 109 25 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 26 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 27 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 109 28 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 109 29 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 30 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 31 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 32 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 109 33 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 110 1 They -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 110 2 helped help VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 110 3 us -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 110 4 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 110 5 see see VB work_4rxlr3j4qvdyhi3rrq6c57rs74 110 6 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 110 7 whole whole JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 110 8 structural structural JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 110 9 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 110 10 dynamic dynamic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 110 11 complexity complexity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 110 12 previously previously RB work_4rxlr3j4qvdyhi3rrq6c57rs74 110 13 reported report VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 110 14 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 110 15 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 110 16 part part NN work_4rxlr3j4qvdyhi3rrq6c57rs74 110 17 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 110 18 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 110 19 many many JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 110 20 others other NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 110 21 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 111 1 Unfortunately unfortunately RB work_4rxlr3j4qvdyhi3rrq6c57rs74 111 2 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 111 3 old old JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 111 4 ideas idea NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 111 5 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 111 6 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 111 7 simplistic simplistic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 111 8 cartoons cartoon NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 111 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 111 10 die die VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 111 11 only only RB work_4rxlr3j4qvdyhi3rrq6c57rs74 111 12 very very RB work_4rxlr3j4qvdyhi3rrq6c57rs74 111 13 slowly slowly RB work_4rxlr3j4qvdyhi3rrq6c57rs74 111 14 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 112 1 Incorrect incorrect JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 112 2 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 112 3 unrealistic unrealistic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 112 4 depictions depiction NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 112 5 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 112 6 static static JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 112 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 112 8 rigid rigid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 112 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 112 10 uniform uniform JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 112 11 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 112 12 structures structure NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 112 13 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 112 14 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 112 15 thin thin JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 112 16 interfaces interface NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 112 17 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 112 18 have have VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 112 19 not not RB work_4rxlr3j4qvdyhi3rrq6c57rs74 112 20 yet yet RB work_4rxlr3j4qvdyhi3rrq6c57rs74 112 21 been be VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 112 22 eradicated eradicate VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 112 23 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 112 24 textbooks textbook NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 112 25 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 112 26 scientific scientific JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 112 27 papers paper NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 112 28 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 112 29 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 112 30 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 112 31 internet internet NN work_4rxlr3j4qvdyhi3rrq6c57rs74 112 32 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 113 1 Such such JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 113 2 images image NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 113 3 may may MD work_4rxlr3j4qvdyhi3rrq6c57rs74 113 4 adversely adversely RB work_4rxlr3j4qvdyhi3rrq6c57rs74 113 5 affect affect VB work_4rxlr3j4qvdyhi3rrq6c57rs74 113 6 how how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 113 7 scientists scientist NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 113 8 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 113 9 students student NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 113 10 think think VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 113 11 about about IN work_4rxlr3j4qvdyhi3rrq6c57rs74 113 12 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 113 13 biology biology NN work_4rxlr3j4qvdyhi3rrq6c57rs74 113 14 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 113 15 so so IN work_4rxlr3j4qvdyhi3rrq6c57rs74 113 16 we -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 113 17 should should MD work_4rxlr3j4qvdyhi3rrq6c57rs74 113 18 do do VB work_4rxlr3j4qvdyhi3rrq6c57rs74 113 19 our -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 113 20 best good JJS work_4rxlr3j4qvdyhi3rrq6c57rs74 113 21 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 113 22 present present VB work_4rxlr3j4qvdyhi3rrq6c57rs74 113 23 realistic realistic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 113 24 images image NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 113 25 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 113 26 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 113 27 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 113 28 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 113 29 dynamics dynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 113 30 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 114 1 189How 189how LS work_4rxlr3j4qvdyhi3rrq6c57rs74 114 2 We -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 3 Came come VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 114 4 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 114 5   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 6 Understand understand VB work_4rxlr3j4qvdyhi3rrq6c57rs74 114 7 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 114 8   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 9 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 114 10 Tumultuous Tumultuous NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 11 Chemical Chemical NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 12 Heterogeneity Heterogeneity NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 13 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 114 14 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 114 15   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 16 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 114 17   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 18 Lipid Lipid NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 19 Bilayer Bilayer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 20 … … NFP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 21 1 1 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 114 22 3 3 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 114 23 References References NNPS work_4rxlr3j4qvdyhi3rrq6c57rs74 114 24 Benz Benz NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 25 RW RW NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 26 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 114 27 Castro Castro NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 28 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 114 29 Roman Roman NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 30 F F NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 31 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 114 32 Tobias Tobias NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 33 DJ DJ NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 34 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 114 35 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 36 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 114 37 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 114 38 2005 2005 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 114 39 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 114 40 Experimental experimental JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 114 41 validation validation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 114 42 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 114 43 molecular molecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 114 44 dynamics dynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 114 45 simulations simulation NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 114 46 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 114 47 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 114 48 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 114 49 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 114 50 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 114 51 new new JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 114 52 approach approach NN work_4rxlr3j4qvdyhi3rrq6c57rs74 114 53 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 115 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 115 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 115 3 88:805–817 88:805–817 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 115 4 Brownrigg Brownrigg NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 115 5 W W NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 115 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 115 7 Farish Farish NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 115 8 M M NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 115 9 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 115 10 1774 1774 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 115 11 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 115 12 Of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 115 13 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 115 14 stilling stilling NN work_4rxlr3j4qvdyhi3rrq6c57rs74 115 15 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 115 16 waves wave NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 115 17 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 115 18 means mean NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 115 19 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 115 20 oil oil NN work_4rxlr3j4qvdyhi3rrq6c57rs74 115 21 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 116 1 Extracted extract VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 116 2 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 116 3 Sundry sundry JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 116 4 letters letter NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 116 5 between between IN work_4rxlr3j4qvdyhi3rrq6c57rs74 116 6 Benjamin Benjamin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 116 7 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 116 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 116 9 LL LL NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 116 10 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 117 1 D. D. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 2 F. F. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 3 R. R. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 4 S. S. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 5 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 117 6 William William NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 7 Brownrigg Brownrigg NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 117 9 M. M. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 10 D. D. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 11 F. F. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 12 R. R. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 13 S. S. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 14 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 117 15 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 117 16 Reverend Reverend NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 17 Mr. Mr. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 18 Farish Farish NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 117 19 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 118 1 Philos Philos NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 2 Trans Trans NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 3 64:445–460 64:445–460 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 4 Büldt Büldt NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 5 G G NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 118 7 Gally Gally NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 8 HU HU NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 118 10 Seelig Seelig NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 11 A A NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 12 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 118 13 Seelig Seelig NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 14 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 15 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 118 16 Zaccai Zaccai NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 17 G G NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 18 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 118 19 1978 1978 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 118 20 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 118 21 Neutron Neutron NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 118 22 dif- dif- IN work_4rxlr3j4qvdyhi3rrq6c57rs74 118 23 fraction fraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 118 24 studies study NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 118 25 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 118 26 selectively selectively RB work_4rxlr3j4qvdyhi3rrq6c57rs74 118 27 deuterated deuterate VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 118 28 phospholipid phospholipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 118 29 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 118 30 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 119 1 Nature Nature NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 119 2 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 119 3 London London NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 119 4 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 119 5 271:182–184 271:182–184 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 119 6 Fettiplace Fettiplace NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 119 7 R R NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 119 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 119 9 Andrews Andrews NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 119 10 DM DM NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 119 11 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 119 12 Haydon Haydon NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 119 13 DA DA NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 119 14 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 119 15 1971 1971 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 119 16 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 119 17 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 119 18 thickness thickness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 119 19 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 119 20 compo- compo- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 119 21 sition sition NN work_4rxlr3j4qvdyhi3rrq6c57rs74 119 22 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 119 23 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 119 24 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 119 25 some some DT work_4rxlr3j4qvdyhi3rrq6c57rs74 119 26 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 119 27 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 119 28 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 119 29 natural natural JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 119 30 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 119 31 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 120 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 120 2 Membr Membr NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 120 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 120 4 5:277–296 5:277–296 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 120 5 Franks Franks NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 120 6 NP NP NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 120 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 120 8 Lieb Lieb NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 120 9 WR WR NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 120 10 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 120 11 1979 1979 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 120 12 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 120 13 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 120 14 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 120 15 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 120 16 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 120 17 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 120 18 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 120 19 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 120 20 effects effect NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 120 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 120 22 general general JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 120 23 anesthetics anesthetic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 120 24 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 120 25 an an DT work_4rxlr3j4qvdyhi3rrq6c57rs74 120 26 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 120 27 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 120 28 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 120 29 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 120 30 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 120 31 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 120 32 study study NN work_4rxlr3j4qvdyhi3rrq6c57rs74 120 33 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 121 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 2 Mol Mol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 4 133:469–500 133:469–500 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 121 5 Hessa Hessa NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 6 T T NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 121 8 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 9 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 10 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 121 11 Von Von NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 12 HG HG NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 13 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 121 14 2005 2005 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 121 15 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 121 16 Membrane Membrane NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 17 insertion insertion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 121 18 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 121 19 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 121 20 potas- potas- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 21 sium sium NN work_4rxlr3j4qvdyhi3rrq6c57rs74 121 22 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 121 23 channel channel NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 121 24 voltage voltage NN work_4rxlr3j4qvdyhi3rrq6c57rs74 121 25 sensor sensor NN work_4rxlr3j4qvdyhi3rrq6c57rs74 121 26 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 122 1 Science science NN work_4rxlr3j4qvdyhi3rrq6c57rs74 122 2 307:1427 307:1427 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 3 Hitchcock Hitchcock NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 4 PB PB NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 5 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 122 6 Mason Mason NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 7 R R NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 122 9 Thomas Thomas NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 10 KM KM NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 11 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 122 12 Shipley Shipley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 13 GG GG NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 14 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 122 15 1974 1974 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 122 16 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 122 17 Structural structural JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 122 18 chemistry chemistry NN work_4rxlr3j4qvdyhi3rrq6c57rs74 122 19 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 122 20 1,2 1,2 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 122 21 dilauroyl dilauroyl NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 22 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 122 23 dl dl NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 24 - - NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 25 Phosphatidylethanolamine Phosphatidylethanolamine NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 26 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 122 27 Molecu- Molecu- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 122 28 lar lar NN work_4rxlr3j4qvdyhi3rrq6c57rs74 122 29 conformation conformation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 122 30 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 122 31 intermolecular intermolecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 122 32 packing packing NN work_4rxlr3j4qvdyhi3rrq6c57rs74 122 33 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 122 34 phospholipids phospholipid NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 122 35 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 123 1 Proc Proc NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 123 2 Natl Natl NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 123 3 Acad Acad NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 123 4 Sci Sci NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 123 5 USA USA NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 123 6 71:3036–3040 71:3036–3040 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 123 7 Hristova Hristova NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 123 8 K K NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 123 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 123 10 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 123 11 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 123 12 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 123 13 1998 1998 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 123 14 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 123 15 Determination determination NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 16 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 17 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 123 18 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 19 core core NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 20 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 22 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 123 23 dioleoylphosphocholine dioleoylphosphocholine NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 24 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 123 25 DOPC dopc NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 26 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 123 27 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 123 28 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 29 x x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 30 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 31 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 32 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 33 using use VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 123 34 specific specific JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 123 35 bromination bromination NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 36 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 37 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 123 38 double double JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 123 39 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 123 40 bonds bond NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 123 41 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 123 42 Effect effect NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 43 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 44 hydration hydration NN work_4rxlr3j4qvdyhi3rrq6c57rs74 123 45 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 124 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 124 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 124 3 74:2419–2433 74:2419–2433 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 124 4 Hristova Hristova NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 124 5 K K NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 124 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 124 7 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 124 8 WC WC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 124 9 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 124 10 2010 2010 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 124 11 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 124 12 A a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 124 13 look look NN work_4rxlr3j4qvdyhi3rrq6c57rs74 124 14 at at IN work_4rxlr3j4qvdyhi3rrq6c57rs74 124 15 arginine arginine NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 124 16 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 124 17 membranes membranes NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 124 18 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 125 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 2 Membr Membr NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 4 239:49–56 239:49–56 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 125 5 Hristova Hristova NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 6 K K NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 125 8 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 9 WC WC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 10 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 125 11 Mishra Mishra NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 12 VK VK NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 13 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 125 14 Anantharamiah Anantharamiah NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 15 GM GM NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 16 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 125 17 Segrest Segrest NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 18 JP JP NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 19 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 125 20 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 21 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 125 22 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 125 23 1999 1999 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 125 24 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 125 25 An an DT work_4rxlr3j4qvdyhi3rrq6c57rs74 125 26 amphipathic amphipathic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 125 27 α α JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 125 28 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 125 29 helix helix NN work_4rxlr3j4qvdyhi3rrq6c57rs74 125 30 at at IN work_4rxlr3j4qvdyhi3rrq6c57rs74 125 31 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 125 32 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 125 33 inter- inter- FW work_4rxlr3j4qvdyhi3rrq6c57rs74 125 34 face face NN work_4rxlr3j4qvdyhi3rrq6c57rs74 125 35 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 125 36 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 125 37 structural structural JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 125 38 study study NN work_4rxlr3j4qvdyhi3rrq6c57rs74 125 39 using use VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 125 40 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 125 41 novel novel JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 125 42 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 125 43 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 125 44 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 125 45 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 125 46 method method NN work_4rxlr3j4qvdyhi3rrq6c57rs74 125 47 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 126 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 126 2 Mol Mol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 126 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 126 4 290:99–117 290:99–117 NN work_4rxlr3j4qvdyhi3rrq6c57rs74 126 5 Hristova Hristova NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 126 6 K K NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 126 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 126 8 Dempsey Dempsey NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 126 9 CE CE NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 126 10 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 126 11 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 126 12 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 126 13 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 126 14 2001 2001 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 126 15 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 126 16 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 126 17 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 126 18 location location NN work_4rxlr3j4qvdyhi3rrq6c57rs74 126 19 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 126 20 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 126 21 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 126 22 perturbations perturbation NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 126 23 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 126 24 melittin melittin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 126 25 at at IN work_4rxlr3j4qvdyhi3rrq6c57rs74 126 26 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 126 27 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 126 28 interface interface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 126 29 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 127 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 127 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 127 3 80:801–811 80:801–811 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 127 4 King King NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 127 5 GI GI NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 127 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 127 7 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 127 8 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 127 9 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 127 10 1986 1986 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 127 11 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 127 12 Determining determine VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 127 13 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 127 14 hydrocarbon hydrocarbon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 127 15 thick- thick- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 127 16 ness ness NN work_4rxlr3j4qvdyhi3rrq6c57rs74 127 17 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 127 18 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 127 19 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 127 20 measurements measurement NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 127 21 using use VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 127 22 strip strip NN work_4rxlr3j4qvdyhi3rrq6c57rs74 127 23 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 127 24 function function NN work_4rxlr3j4qvdyhi3rrq6c57rs74 127 25 models model NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 127 26 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 128 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 128 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 128 3 49:1047–1054 49:1047–1054 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 128 4 Langmuir Langmuir NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 128 5 I I NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 128 6 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 128 7 1917 1917 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 128 8 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 128 9 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 128 10 constitution constitution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 128 11 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 128 12 fundamental fundamental JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 128 13 properties property NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 128 14 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 128 15 liquids liquid NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 128 16 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 128 17 solids solid NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 128 18 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 129 1 II ii CD work_4rxlr3j4qvdyhi3rrq6c57rs74 129 2 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 130 1 Liquids liquid NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 130 2 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 131 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 131 2 Am Am NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 131 3 Chem Chem NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 131 4 Soc Soc NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 131 5 39:1848–1906 39:1848–1906 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 131 6 Levine Levine NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 131 7 YK YK NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 131 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 131 9 Wilkins Wilkins NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 131 10 MHF MHF NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 131 11 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 131 12 1971 1971 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 131 13 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 131 14 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 131 15 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 131 16 oriented oriented JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 131 17 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 131 18 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 131 19 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 132 1 Nat Nat NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 2 New New NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 4 230:69–72 230:69–72 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 132 5 Lorent Lorent NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 6 JH JH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 132 8 Levental Levental NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 9 KR KR NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 10 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 132 11 Ganesan Ganesan NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 12 L L NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 13 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 132 14 Rivera Rivera NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 15 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 132 16 Longsworth Longsworth NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 17 G G NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 18 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 132 19 Sezgin Sezgin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 20 E E NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 21 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 132 22 Doktorova Doktorova NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 23 MD MD NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 24 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 132 25 Lyman lyman NN work_4rxlr3j4qvdyhi3rrq6c57rs74 132 26 E E NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 27 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 132 28 Levental Levental NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 29 I -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 30 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 132 31 2020 2020 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 132 32 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 132 33 Plasma Plasma NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 34 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 132 35 are be VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 132 36 asymmetric asymmetric JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 132 37 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 132 38 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 132 39 unsaturation unsaturation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 132 40 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 132 41 packing packing NN work_4rxlr3j4qvdyhi3rrq6c57rs74 132 42 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 132 43 protein protein NN work_4rxlr3j4qvdyhi3rrq6c57rs74 132 44 shape shape NN work_4rxlr3j4qvdyhi3rrq6c57rs74 132 45 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 133 1 Nat Nat NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 133 2 Chem Chem NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 133 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 133 4 16:710 16:710 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 133 5 Luzzati Luzzati NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 133 6 V V NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 133 7 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 133 8 1968 1968 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 133 9 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 133 10 Biological biological JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 133 11 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 133 12 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 134 1 In in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 134 2 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 134 3 Chapman Chapman NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 134 4 D D NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 134 5 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 134 6 ed ed NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 134 7 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 134 8 Mem- Mem- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 134 9 brane brane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 134 10 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 135 1 Academic Academic NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 135 2 Press Press NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 135 3 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 135 4 New New NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 135 5 York York NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 135 6 Luzzati Luzzati NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 135 7 V V NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 135 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 135 9 Husson Husson NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 135 10 F F NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 135 11 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 135 12 1962 1962 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 135 13 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 135 14 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 135 15 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 135 16 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 135 17 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 135 18 liquid liquid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 135 19 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 135 20 crystalline crystalline NN work_4rxlr3j4qvdyhi3rrq6c57rs74 135 21 phases phase NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 135 22 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 135 23 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 135 24 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 135 25 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 135 26 systems system NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 135 27 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 136 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 136 2 Cell Cell NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 136 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 136 4 12:207–219 12:207–219 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 136 5 Maget Maget NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 136 6 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 136 7 Dana Dana NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 136 8 R r NN work_4rxlr3j4qvdyhi3rrq6c57rs74 136 9 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 136 10 1999 1999 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 136 11 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 136 12 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 136 13 monolayer monolayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 136 14 technique technique NN work_4rxlr3j4qvdyhi3rrq6c57rs74 136 15 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 136 16 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 136 17 potent potent JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 136 18 tool tool NN work_4rxlr3j4qvdyhi3rrq6c57rs74 136 19 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 136 20 stud- stud- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 136 21 ying ying NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 136 22 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 136 23 interfacial interfacial JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 136 24 properties property NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 136 25 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 136 26 antimicrobial antimicrobial JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 136 27 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 136 28 membrane- membrane- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 136 29 lytic lytic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 136 30 peptides peptide NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 136 31 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 136 32 their -PRON- PRP$ work_4rxlr3j4qvdyhi3rrq6c57rs74 136 33 interactions interaction NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 136 34 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 136 35 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 136 36 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 136 37 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 137 1 Bio- bio- LS work_4rxlr3j4qvdyhi3rrq6c57rs74 137 2 chim chim NN work_4rxlr3j4qvdyhi3rrq6c57rs74 137 3 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 4 Acta Acta NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 5 1462:109–140 1462:109–140 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 6 Meyer Meyer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 7 H h NN work_4rxlr3j4qvdyhi3rrq6c57rs74 137 8 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 137 9 1901 1901 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 137 10 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 137 11 Zur Zur NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 12 theorie theorie VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 137 13 der der XX work_4rxlr3j4qvdyhi3rrq6c57rs74 137 14 alkolnarkose alkolnarkose NN work_4rxlr3j4qvdyhi3rrq6c57rs74 137 15 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 137 16 Der Der NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 17 einfluss einfluss NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 18 wechselnder wechselnder NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 19 temperatur temperatur NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 20 sur sur -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 137 21 wirkungsstarke wirkungsstarke NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 22 und und JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 137 23 theilungscoefficient theilungscoefficient NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 24 dar dar NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 25 nar- nar- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 26 cotica cotica NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 137 27 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 138 1 Naunyn Naunyn NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 2 Schiedebergs Schiedebergs NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 3 Arch Arch NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 4 Pharmacol Pharmacol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 5 46:388–396 46:388–396 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 138 6 Mihailescu Mihailescu NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 7 M M NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 138 9 Vaswani Vaswani NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 10 RG RG NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 11 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 138 12 Jardon Jardon NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 13 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 138 14 Valadez Valadez NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 15 E E NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 16 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 138 17 Castro Castro NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 18 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 138 19 Roman Roman NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 20 F F NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 21 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 138 22 Fre- Fre- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 23 ites ite VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 138 24 JA JA NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 25 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 138 26 Worcester Worcester NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 27 DL DL NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 28 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 138 29 Chamberlin Chamberlin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 30 AR AR NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 31 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 138 32 Tobias Tobias NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 33 DJ DJ NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 34 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 138 35 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 36 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 138 37 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 138 38 2011 2011 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 138 39 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 138 40 Acyl acyl NN work_4rxlr3j4qvdyhi3rrq6c57rs74 138 41 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 138 42 chain chain NN work_4rxlr3j4qvdyhi3rrq6c57rs74 138 43 methyl methyl NN work_4rxlr3j4qvdyhi3rrq6c57rs74 138 44 distributions distribution NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 138 45 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 138 46 liquid liquid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 138 47 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 138 48 ordered order VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 138 49 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 138 50 -dis- -dis- HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 138 51 ordered order VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 138 52 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 138 53 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 139 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 139 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 139 3 100:1455–1462 100:1455–1462 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 139 4 Mitsui Mitsui NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 139 5 T T NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 139 6 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 139 7 1978 1978 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 139 8 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 139 9 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 139 10 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 139 11 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 139 12 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 139 13 studies study NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 139 14 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 139 15 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 139 16 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 140 1 Adv Adv NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 2 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 3 10:97–135 10:97–135 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 140 4 Ojemalm Ojemalm NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 5 K K NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 140 7 Higuchi Higuchi NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 8 T T NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 140 10 Jiang Jiang NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 11 Y Y NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 12 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 140 13 Langel Langel NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 14 U U NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 15 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 140 16 Nilsson Nilsson NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 17 I I NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 18 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 140 19 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 20 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 21 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 140 22 Suga Suga NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 23 H H NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 24 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 140 25 von von NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 26 Heijne Heijne NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 27 G G NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 28 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 140 29 2011 2011 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 140 30 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 140 31 A a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 140 32 polar polar JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 140 33 surface surface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 34 area area NN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 35 determines determine VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 140 36 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 140 37 efficiency efficiency NN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 38 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 39 translocon translocon NN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 40 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 140 41 mediated mediate VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 42 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 43 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 140 44 protein protein NN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 45 inte- inte- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 140 46 gration gration NN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 47 into into IN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 48 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 140 49 endoplasmic endoplasmic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 140 50 reticulum reticulum NN work_4rxlr3j4qvdyhi3rrq6c57rs74 140 51 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 141 1 Proc Proc NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 2 Natl Natl NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 3 Acad Acad NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 4 Sci Sci NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 5 USA USA NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 6 108 108 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 141 7 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 141 8 E359–364 E359–364 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 9 Overton Overton NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 10 E e NN work_4rxlr3j4qvdyhi3rrq6c57rs74 141 11 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 141 12 1901 1901 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 141 13 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 141 14 Studien Studien NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 15 uber uber NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 16 die die VBP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 17 Narkose Narkose NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 141 18 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 142 1 Gustav Gustav NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 142 2 Fischer Fischer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 142 3 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 142 4 Jena Jena NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 142 5 Pockels Pockels NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 142 6 A a NN work_4rxlr3j4qvdyhi3rrq6c57rs74 142 7 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 142 8 1891 1891 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 142 9 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 142 10 Surface surface NN work_4rxlr3j4qvdyhi3rrq6c57rs74 142 11 tension tension NN work_4rxlr3j4qvdyhi3rrq6c57rs74 142 12 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 143 1 Nature nature NN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 2 43:437–441 43:437–441 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 143 3 Rayleigh Rayleigh NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 143 4 L l NN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 5 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 143 6 1890 1890 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 143 7 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 143 8 Measurements measurement NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 143 9 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 10 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 143 11 amount amount NN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 12 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 13 oil oil NN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 14 necessary necessary JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 143 15 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 16 order order NN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 17 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 143 18 check check VB work_4rxlr3j4qvdyhi3rrq6c57rs74 143 19 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 143 20 motions motion NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 143 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 22 camphor camphor NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 143 23 upon upon IN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 24 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 143 25 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 144 1 Proc Proc NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 2 R R NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 3 Soc Soc NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 4 Lond Lond NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 5 47:364–367 47:364–367 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 144 6 Schow Schow NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 7 EV EV NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 144 9 Freites Freites NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 10 JA JA NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 11 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 144 12 Cheng Cheng NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 13 P P NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 14 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 144 15 Bernsel Bernsel NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 16 A A NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 17 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 144 18 Von Von NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 19 HG HG NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 20 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 144 21 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 22 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 23 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 144 24 Tobias Tobias NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 25 DJ DJ NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 26 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 144 27 2010 2010 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 144 28 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 144 29 Arginine Arginine NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 30 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 144 31 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 144 32 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 144 33 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 144 34 connection connection NN work_4rxlr3j4qvdyhi3rrq6c57rs74 144 35 between between IN work_4rxlr3j4qvdyhi3rrq6c57rs74 144 36 molecular molecular JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 144 37 dynamics dynamic NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 144 38 simulations simulation NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 144 39 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 144 40 translocon translocon NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 41 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 144 42 medi- medi- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 144 43 ated ated JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 144 44 insertion insertion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 144 45 experiments experiment NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 144 46 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 145 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 145 2 Membr Membr NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 145 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 145 4 239:35–48 239:35–48 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 145 5 Singer Singer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 145 6 SJ SJ NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 145 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 145 8 Nicolson Nicolson NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 145 9 GL GL NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 145 10 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 145 11 1972 1972 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 145 12 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 145 13 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 145 14 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 145 15 mosaic mosaic JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 145 16 model model NN work_4rxlr3j4qvdyhi3rrq6c57rs74 145 17 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 145 18 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 145 19 struc- struc- JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 145 20 ture ture NN work_4rxlr3j4qvdyhi3rrq6c57rs74 145 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 145 22 cell cell NN work_4rxlr3j4qvdyhi3rrq6c57rs74 145 23 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 145 24 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 146 1 Science science NN work_4rxlr3j4qvdyhi3rrq6c57rs74 146 2 175:720–731 175:720–731 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 146 3 Smith Smith NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 146 4 GS GS NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 146 5 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 146 6 Safinya Safinya NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 146 7 CR CR NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 146 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 146 9 Roux Roux NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 146 10 D D NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 146 11 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 146 12 Clark Clark NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 146 13 NA NA NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 146 14 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 146 15 1987 1987 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 146 16 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 146 17 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 146 18 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 146 19 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 146 20 study study NN work_4rxlr3j4qvdyhi3rrq6c57rs74 146 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 146 22 freely freely RB work_4rxlr3j4qvdyhi3rrq6c57rs74 146 23 suspended suspend VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 146 24 films film NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 146 25 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 146 26 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 146 27 multilamellar multilamellar JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 146 28 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 146 29 system system NN work_4rxlr3j4qvdyhi3rrq6c57rs74 146 30 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 147 1 Mol Mol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 147 2 Cryst Cryst NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 147 3 Liq Liq NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 147 4 Cryst Cryst NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 147 5 144:235–255 144:235–255 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 147 6 Stoeckenius Stoeckenius NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 147 7 W W NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 147 8 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 147 9 1962a 1962a LS work_4rxlr3j4qvdyhi3rrq6c57rs74 147 10 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 147 11 Some some DT work_4rxlr3j4qvdyhi3rrq6c57rs74 147 12 electron electron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 147 13 microscopical microscopical JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 147 14 observations observation NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 147 15 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 147 16 liquid liquid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 147 17 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 147 18 crystalline crystalline NN work_4rxlr3j4qvdyhi3rrq6c57rs74 147 19 phases phase NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 147 20 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 147 21 lipid lipid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 147 22 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 147 23 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 147 24 systems system NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 147 25 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 148 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 148 2 Cell Cell NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 148 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 148 4 12:221–229 12:221–229 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 148 5 Stoeckenius Stoeckenius NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 148 6 W W NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 148 7 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 148 8 1962b 1962b CD work_4rxlr3j4qvdyhi3rrq6c57rs74 148 9 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 148 10 In in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 148 11 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 148 12 Harris Harris NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 148 13 RJC RJC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 148 14 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 148 15 ed ed NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 148 16 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 148 17 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 148 18 interpretation interpretation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 148 19 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 148 20 ultrastructure ultrastructure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 148 21 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 149 1 Academic Academic NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 149 2 Press Press NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 149 3 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 149 4 New New NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 149 5 York York NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 149 6 Tanford Tanford NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 149 7 C C NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 149 8 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 149 9 1989 1989 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 149 10 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 149 11 Ben Ben NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 149 12 Franklin Franklin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 149 13 stilled still VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 149 14 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 149 15 waves wave NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 149 16 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 150 1 An an DT work_4rxlr3j4qvdyhi3rrq6c57rs74 150 2 informal informal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 150 3 history history NN work_4rxlr3j4qvdyhi3rrq6c57rs74 150 4 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 150 5 pouring pour VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 150 6 oil oil NN work_4rxlr3j4qvdyhi3rrq6c57rs74 150 7 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 150 8 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 150 9 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 150 10 reflections reflection NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 150 11 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 150 12 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 150 13 ups up NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 150 14 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 150 15 downs down NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 150 16 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 150 17 scientific scientific JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 150 18 life life NN work_4rxlr3j4qvdyhi3rrq6c57rs74 150 19 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 150 20 general general JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 150 21 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 151 1 Duke Duke NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 2 Univesity Univesity NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 3 Press Press NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 4 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 151 5 Durham Durham NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 6 Wang Wang NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 7 DN DN NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 151 9 Stieglitz Stieglitz NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 10 H H NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 11 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 151 12 Marden Marden NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 13 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 14 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 151 15 Tamm Tamm NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 16 LK LK NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 17 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 151 18 2013 2013 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 151 19 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 151 20 Benjamin Benjamin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 21 Frank- Frank- NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 22 lin lin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 23 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 151 24 Philadelphia Philadelphia NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 151 25 ’s ’s POS work_4rxlr3j4qvdyhi3rrq6c57rs74 151 26 favorite favorite JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 151 27 son son NN work_4rxlr3j4qvdyhi3rrq6c57rs74 151 28 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 151 29 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 151 30 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 151 31 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 151 32 biophysicist biophysicist NN work_4rxlr3j4qvdyhi3rrq6c57rs74 151 33 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 152 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 152 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 152 3 104:287–291 104:287–291 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 152 4 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 152 5 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 152 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 152 7 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 152 8 WC WC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 152 9 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 152 10 1999 1999 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 152 11 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 152 12 Membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 152 13 protein protein NN work_4rxlr3j4qvdyhi3rrq6c57rs74 152 14 folding fold VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 152 15 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 152 16 sta- sta- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 152 17 bility bility NN work_4rxlr3j4qvdyhi3rrq6c57rs74 152 18 : : : work_4rxlr3j4qvdyhi3rrq6c57rs74 152 19 physical physical JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 152 20 principles principle NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 152 21 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 153 1 Annu Annu NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 153 2 Rev Rev NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 153 3 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 153 4 Biomol Biomol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 153 5 Struct Struct NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 153 6 28:319–365 28:319–365 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 153 7 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 153 8 MC MC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 153 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 153 10 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 153 11 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 153 12 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 153 13 1991a 1991a LS work_4rxlr3j4qvdyhi3rrq6c57rs74 153 14 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 153 15 Fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 153 16 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 17 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 18 determina- determina- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 19 tion tion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 20 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 21 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 153 22 combined combine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 23 use use NN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 24 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 25 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 26 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 27 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 28 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 153 29 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 30 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 153 31 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 154 1 I. I. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 154 2 Fluid Fluid NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 154 3 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 154 4 models model NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 154 5 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 154 6 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 154 7 limits limit NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 154 8 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 154 9 resolution resolution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 154 10 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 155 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 155 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 155 3 59:162–173 59:162–173 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 155 4 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 155 5 MC MC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 155 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 155 7 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 155 8 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 155 9 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 155 10 1991b 1991b NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 155 11 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 155 12 Fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 155 13 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 14 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 15 determina- determina- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 16 tion tion NN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 17 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 18 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 155 19 combined combine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 20 use use NN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 22 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 23 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 24 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 25 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 155 26 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 27 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 155 28 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 156 1 II ii CD work_4rxlr3j4qvdyhi3rrq6c57rs74 156 2 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 157 1 " " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 157 2 Composition composition NN work_4rxlr3j4qvdyhi3rrq6c57rs74 157 3 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 157 4 space space NN work_4rxlr3j4qvdyhi3rrq6c57rs74 157 5 " " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 157 6 refinement refinement JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 157 7 method method NN work_4rxlr3j4qvdyhi3rrq6c57rs74 157 8 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 158 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 158 2 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 159 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 159 2 59:174–185 59:174–185 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 159 3 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 159 4 MC MC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 159 5 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 159 6 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 159 7 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 159 8 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 159 9 1991c 1991c NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 159 10 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 159 11 Transbilayer Transbilayer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 159 12 distribution distribution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 159 13 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 159 14 bromine bromine NN work_4rxlr3j4qvdyhi3rrq6c57rs74 159 15 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 159 16 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 159 17 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 159 18 containing contain VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 159 19 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 159 20 specifically specifically RB work_4rxlr3j4qvdyhi3rrq6c57rs74 159 21 brominated brominate VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 159 22 analog analog NN work_4rxlr3j4qvdyhi3rrq6c57rs74 159 23 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 159 24 dioleoylphosphatidylcholine dioleoylphosphatidylcholine NN work_4rxlr3j4qvdyhi3rrq6c57rs74 159 25 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 160 1 Biochemistry Biochemistry NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 160 2 30:6997–7008 30:6997–7008 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 160 3 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 160 4 MC MC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 160 5 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 160 6 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 160 7 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 160 8 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 160 9 1992a 1992a LS work_4rxlr3j4qvdyhi3rrq6c57rs74 160 10 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 160 11 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 12 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 13 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 160 14 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 160 15 dioleoylphos- dioleoylphos- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 16 phatidylcholine phatidylcholine JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 160 17 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 18 determined determine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 19 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 20 joint joint JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 160 21 refinement refinement NN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 22 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 23 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 24 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 25 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 26 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 160 27 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 28 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 160 29 data datum NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 160 30 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 161 1 III iii CD work_4rxlr3j4qvdyhi3rrq6c57rs74 161 2 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 162 1 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 162 2 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 162 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 163 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 163 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 163 3 61:434–447 61:434–447 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 163 4 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 163 5 MC MC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 163 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 163 7 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 163 8 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 163 9 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 163 10 1992b 1992b LS work_4rxlr3j4qvdyhi3rrq6c57rs74 163 11 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 163 12 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 13 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 14 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 163 15 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 163 16 dioleoylphosphati- dioleoylphosphati- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 17 dylcholine dylcholine JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 163 18 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 19 determined determine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 20 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 21 joint joint JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 163 22 refinement refinement NN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 23 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 24 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 25 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 26 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 27 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 163 28 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 29 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 163 30 data datum NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 163 31 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 164 1 II ii CD work_4rxlr3j4qvdyhi3rrq6c57rs74 164 2 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 165 1 Distribution distribution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 165 2 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 165 3 packing packing NN work_4rxlr3j4qvdyhi3rrq6c57rs74 165 4 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 165 5 terminal terminal JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 165 6 methyl methyl NN work_4rxlr3j4qvdyhi3rrq6c57rs74 165 7 groups group NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 165 8 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 166 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 166 2 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 167 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 167 2 61:428–433 61:428–433 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 167 3 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 167 4 MC MC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 167 5 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 167 6 Suter Suter NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 167 7 RM RM NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 167 8 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 167 9 Nagle Nagle NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 167 10 JF JF NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 167 11 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 167 12 1989 1989 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 167 13 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 167 14 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 167 15 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 167 16 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 167 17 fully fully RB work_4rxlr3j4qvdyhi3rrq6c57rs74 167 18 hydrated hydrated JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 167 19 gel gel NN work_4rxlr3j4qvdyhi3rrq6c57rs74 167 20 phase phase NN work_4rxlr3j4qvdyhi3rrq6c57rs74 167 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 167 22 dipalmitoylphosphatidylcholine dipalmitoylphosphatidylcholine NN work_4rxlr3j4qvdyhi3rrq6c57rs74 167 23 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 168 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 168 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 168 3 55:315–325 55:315–325 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 168 4 Wiener Wiener NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 168 5 MC MC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 168 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 168 7 King King NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 168 8 GI GI NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 168 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 168 10 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 168 11 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 168 12 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 168 13 1991 1991 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 168 14 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 168 15 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 16 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 17 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 168 18 fluid fluid JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 168 19 diole- diole- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 20 oylphosphatidylcholine oylphosphatidylcholine NN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 21 bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 22 determined determine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 23 by by IN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 24 joint joint JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 168 25 refinement refinement NN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 26 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 27 x x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 28 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 29 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 30 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 168 31 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 32 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 168 33 data datum NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 168 34 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 169 1 I. I. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 170 1 Scaling scale VBG work_4rxlr3j4qvdyhi3rrq6c57rs74 170 2 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 170 3 neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 170 4 data datum NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 170 5 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 170 6 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 170 7 distribution distribution NN work_4rxlr3j4qvdyhi3rrq6c57rs74 170 8 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 170 9 double double JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 170 10 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 170 11 bonds bond NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 170 12 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 170 13 water water NN work_4rxlr3j4qvdyhi3rrq6c57rs74 170 14 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 171 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 171 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 171 3 60:568–576 60:568–576 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 171 4 Wilkins Wilkins NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 171 5 MHF MHF NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 171 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 171 7 Blaurock Blaurock NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 171 8 AE AE NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 171 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 171 10 Engelman Engelman NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 171 11 DM DM NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 171 12 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 171 13 1971 1971 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 171 14 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 171 15 Bilayer bilayer NN work_4rxlr3j4qvdyhi3rrq6c57rs74 171 16 structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 171 17 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 171 18 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 171 19 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 172 1 Nat Nat NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 172 2 New New NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 172 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 172 4 230:72–76 230:72–76 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 172 5 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 172 6 WC WC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 172 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 172 8 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 172 9 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 172 10 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 172 11 1996 1996 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 172 12 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 172 13 Experimentally experimentally RB work_4rxlr3j4qvdyhi3rrq6c57rs74 172 14 determined determine VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 172 15 hydropho- hydropho- NN work_4rxlr3j4qvdyhi3rrq6c57rs74 172 16 bicity bicity NN work_4rxlr3j4qvdyhi3rrq6c57rs74 172 17 scale scale NN work_4rxlr3j4qvdyhi3rrq6c57rs74 172 18 for for IN work_4rxlr3j4qvdyhi3rrq6c57rs74 172 19 proteins protein NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 172 20 at at IN work_4rxlr3j4qvdyhi3rrq6c57rs74 172 21 membrane membrane NN work_4rxlr3j4qvdyhi3rrq6c57rs74 172 22 interfaces interface NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 172 23 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 173 1 Nature Nature NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 173 2 Struct Struct NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 173 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 173 4 3:842–848 3:842–848 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 173 5 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 173 6 WC WC NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 173 7 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 173 8 Creamer Creamer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 173 9 TP TP NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 173 10 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 173 11 White White NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 173 12 SH SH NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 173 13 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 173 14 1996 1996 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 173 15 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 173 16 Solvation solvation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 173 17 energies energy NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 173 18 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 173 19 amino amino JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 173 20 acid acid NN work_4rxlr3j4qvdyhi3rrq6c57rs74 173 21 sidechains sidechain NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 173 22 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 173 23 backbone backbone NN work_4rxlr3j4qvdyhi3rrq6c57rs74 173 24 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 173 25 a a DT work_4rxlr3j4qvdyhi3rrq6c57rs74 173 26 family family NN work_4rxlr3j4qvdyhi3rrq6c57rs74 173 27 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 173 28 host host NN work_4rxlr3j4qvdyhi3rrq6c57rs74 173 29 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 173 30 guest guest JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 173 31 pentapeptides pentapeptide NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 173 32 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 174 1 Biochemistry Biochemistry NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 2 35:5109–5124 35:5109–5124 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 3 190 190 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 174 4 W. W. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 5   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 6 C. C. NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 7   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 8 Wimley Wimley NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 9 1 1 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 174 10 3 3 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 174 11 Worcester Worcester NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 12 DL DL NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 13 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 174 14 Franks Franks NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 15 NP NP NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 16 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 174 17 1976 1976 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 174 18 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 174 19 Structural structural JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 174 20 analysis analysis NN work_4rxlr3j4qvdyhi3rrq6c57rs74 174 21 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 174 22 hydrated hydrated JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 174 23 egg egg NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 24 lecithin lecithin NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 174 25 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 174 26 cholesterol cholesterol NN work_4rxlr3j4qvdyhi3rrq6c57rs74 174 27 bilayers bilayer NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 174 28 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 175 1 II ii CD work_4rxlr3j4qvdyhi3rrq6c57rs74 175 2 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 176 1 Neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 176 2 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 176 3 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 177 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 177 2 Mol Mol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 177 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 177 4 100:359–378 100:359–378 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 177 5 Worthington Worthington NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 177 6 CR CR NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 177 7 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 177 8 1969 1969 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 177 9 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 177 10 The the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 177 11 interpretation interpretation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 177 12 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 177 13 low low JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 177 14 - - HYPH work_4rxlr3j4qvdyhi3rrq6c57rs74 177 15 angle angle NN work_4rxlr3j4qvdyhi3rrq6c57rs74 177 16 X x NN work_4rxlr3j4qvdyhi3rrq6c57rs74 177 17 - - NN work_4rxlr3j4qvdyhi3rrq6c57rs74 177 18 ray ray NN work_4rxlr3j4qvdyhi3rrq6c57rs74 177 19 data datum NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 177 20 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 177 21 planar planar NN work_4rxlr3j4qvdyhi3rrq6c57rs74 177 22 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 177 23 concentric concentric JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 177 24 multilayered multilayere VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 177 25 structures structure NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 177 26 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 178 1 Biophys Biophys NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 178 2 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 178 3 9:222–234 9:222–234 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 178 4 Zaccai Zaccai NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 178 5 G G NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 178 6 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 178 7 Büldt Büldt NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 178 8 G G NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 178 9 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 178 10 Seelig Seelig NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 178 11 A A NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 178 12 , , , work_4rxlr3j4qvdyhi3rrq6c57rs74 178 13 Seelig Seelig NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 178 14 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 178 15 ( ( -LRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 178 16 1979 1979 CD work_4rxlr3j4qvdyhi3rrq6c57rs74 178 17 ) ) -RRB- work_4rxlr3j4qvdyhi3rrq6c57rs74 178 18 Neutron neutron NN work_4rxlr3j4qvdyhi3rrq6c57rs74 178 19 diffraction diffraction NN work_4rxlr3j4qvdyhi3rrq6c57rs74 178 20 studies study NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 178 21 on on IN work_4rxlr3j4qvdyhi3rrq6c57rs74 178 22 phosphatidylcholine phosphatidylcholine NN work_4rxlr3j4qvdyhi3rrq6c57rs74 178 23 model model NN work_4rxlr3j4qvdyhi3rrq6c57rs74 178 24 membranes membrane NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 178 25 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 179 1 II ii CD work_4rxlr3j4qvdyhi3rrq6c57rs74 179 2 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 180 1 Chain chain NN work_4rxlr3j4qvdyhi3rrq6c57rs74 180 2 conformation conformation NN work_4rxlr3j4qvdyhi3rrq6c57rs74 180 3 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 180 4 segmental segmental JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 180 5 disorder disorder NN work_4rxlr3j4qvdyhi3rrq6c57rs74 180 6 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 181 1 J J NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 181 2 Mol Mol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 181 3 Biol Biol NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 181 4 134:693–706 134:693–706 NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 181 5 Publisher Publisher NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 181 6 ’s ’s , work_4rxlr3j4qvdyhi3rrq6c57rs74 181 7 Note Note NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 181 8 Springer Springer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 181 9 Nature Nature NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 181 10 remains remain VBZ work_4rxlr3j4qvdyhi3rrq6c57rs74 181 11 neutral neutral JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 181 12 with with IN work_4rxlr3j4qvdyhi3rrq6c57rs74 181 13 regard regard NN work_4rxlr3j4qvdyhi3rrq6c57rs74 181 14 to to IN work_4rxlr3j4qvdyhi3rrq6c57rs74 181 15 jurisdictional jurisdictional JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 181 16 claims claim NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 181 17 in in IN work_4rxlr3j4qvdyhi3rrq6c57rs74 181 18 published publish VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 181 19 maps map NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 181 20 and and CC work_4rxlr3j4qvdyhi3rrq6c57rs74 181 21 institutional institutional JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 181 22 affiliations affiliation NNS work_4rxlr3j4qvdyhi3rrq6c57rs74 181 23 . . . work_4rxlr3j4qvdyhi3rrq6c57rs74 182 1 How how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 182 2 We -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 3 Came come VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 182 4 to to TO work_4rxlr3j4qvdyhi3rrq6c57rs74 182 5   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 6 Understand understand VB work_4rxlr3j4qvdyhi3rrq6c57rs74 182 7 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 182 8   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 9 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 182 10 Tumultuous Tumultuous NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 11 Chemical Chemical NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 12 Heterogeneity Heterogeneity NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 13 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 182 14 of of IN work_4rxlr3j4qvdyhi3rrq6c57rs74 182 15   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 16 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 182 17   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 18 Lipid Lipid NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 19 Bilayer Bilayer NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 20 Membrane Membrane NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 21 Abstract Abstract NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 22 Graphic Graphic NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 23 Abstract Abstract NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 24 Introduction Introduction NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 25 How how WRB work_4rxlr3j4qvdyhi3rrq6c57rs74 182 26 was be VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 182 27   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 28 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 182 29   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 182 30 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 182 31 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 182 32 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 182 33 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 182 34 Obtained obtain VBN work_4rxlr3j4qvdyhi3rrq6c57rs74 182 35 ? ? . work_4rxlr3j4qvdyhi3rrq6c57rs74 183 1 What what WP work_4rxlr3j4qvdyhi3rrq6c57rs74 183 2 Did do VBD work_4rxlr3j4qvdyhi3rrq6c57rs74 183 3 We -PRON- PRP work_4rxlr3j4qvdyhi3rrq6c57rs74 183 4 Learn learn VB work_4rxlr3j4qvdyhi3rrq6c57rs74 183 5 from from IN work_4rxlr3j4qvdyhi3rrq6c57rs74 183 6   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 183 7 the the DT work_4rxlr3j4qvdyhi3rrq6c57rs74 183 8   _SP work_4rxlr3j4qvdyhi3rrq6c57rs74 183 9 “ " `` work_4rxlr3j4qvdyhi3rrq6c57rs74 183 10 Complete complete JJ work_4rxlr3j4qvdyhi3rrq6c57rs74 183 11 Structure structure NN work_4rxlr3j4qvdyhi3rrq6c57rs74 183 12 ” " '' work_4rxlr3j4qvdyhi3rrq6c57rs74 183 13 ? ? . work_4rxlr3j4qvdyhi3rrq6c57rs74 184 1 Conclusion Conclusion NNP work_4rxlr3j4qvdyhi3rrq6c57rs74 184 2 References reference NNS