key: cord-0038673-gg7jkocf
authors: nan
title: Cumulative index of reviews for 1980–1985
date: 2004-04-28
journal: Cell
DOI: 10.1016/0092-8674(85)90259-4
sha: 6fd662a4dce8ebbf7e8326bf1b743237d640cea2
doc_id: 38673
cord_uid: gg7jkocf

nan

J. R. Roth Frameshift Suppression, 24, 601-602, 1981 U. Lagerkvist Unorthodox Codon Reading and the Evolution of the Genetic Code, 23, [305] [306] 1961 Collagen R. L. Trelstad Multistep Assembly of Type I Collagen Fibrils, 28, 197-196, 1982 Centriole F. Solomon Organizing Microtubules in the Cytoplasm, 22, 331-332, 1980 Centromere J. Carbon Yeast Centromeres: Structure and Function, 37, 351-353, 1984 Colony stimulating factors Cilia and Flagella, 41,341-342, 1984 Chi Hotspots of Generalized Recombination, 34, 709-710, 1983 Chlamydomonas, dyneln Chromosome movement J. D. Pickett-Heaps. D. H. Tippit, and K. R. Porter Rethinking Mitosis, 29, 729-744, 1982 Chromosome translocatlon G. Klein Specific Chromosomal Translocations and the Genesis of B-Cell-Derived Tumors in Mice and Men, 32, 311-315, 1983 Cilia U. W. Goodenough and J. E. Heuser Outer and Inner Dynein Arms of Cilia and Flagella, 47,341-342,1964 Circadian rhythmns M. Rosbash and J. C. Hall Biological Clocks in Drosophila: Finding the Molecules That Make Them Tick, 43, 3-4, 1965 Compartment, Golgi W. G. Dunphy and J. E. Rothman Compartmental Organization of the Golgi Stack, 42, 13-21, 1984 Copper M. Karin Metallothioneins: Proteins in Search of Function, 41, 9-10, 1984 Coronavirus, mRNA R. M. Krug Role of RNA Priming in Viral and Trypanosomal mRNA Synthesis, 47, 651-652, 1965 C. R. Cantor DNA Choreography, 25, 293-295, 1981 How Crowded is the Cytoplasm?, 30, 345-347, 1962 Cytopiasmic determinants W. FL Jeffery Specification of Cell Fate by Cytoplasmic Determinants in Ascidian Embryos, 41, 11-12, 1964 Apurinic Sites as Mutagenic Intermediates, 40, 463-464, 1964 DNA replication C. C. Richardson Bacteriophage 17: Minimal Requirements for the Replication of a Duplex DNA Molecule, 33, 315-317, 1963 Cytopiasmic male sterliity C. S. Levings The Plant Mitochondrial Genome and its Mutants, 32, 659-661, 1963 Cytoskeieton A. B. Fulton How Do Eucaryotic Cells Construct Their Cytoarchitecture?, 24, 4-5, 1961 D. Branton, C. M. Cohen, and J. Tyler interaction of Cytoskeletal Proteins on the Human Erythrocyte Membrane, 24, 24-32, 1961 M. S. Mooseker Actin Binding Proteins of the Brush Border, 35, [11] [12] [13] 1963 

Ubiquitin: Roles in Protein Modification and Breakdown

Haseltine Ultraviolet Light Repair and Mutagenesis Revisited

Uncoating of Enveloped Viruses

UV response M. Karin Metallothioneins: Proteins in Search of Function

Roop The Molecular Biology of Intermediate Filaments

Intermediate Filaments-Chemical Heterogeneity in Differentiation

Hynes Phosphorylation of Vinculin by pp60src: What Might It Mean?

Dahlberg Focusing on the Nature of the Scrapie Agent

VSG (variant surface glycoprotein)

Cross Molecular Basis for Trypanosome Antigenic Variation

Rothman Compartmental Organization of the Golgi Stack

Wertz VSV RNA Synthesis: How Can You be Positive?

The Origins of Defective Interfering Particles of the Negative-Strand RNA Viruses

Uncoating of Enveloped Viruses

of Nitrogen Fixation Genes, 37, 5-6, 1984 Promoter, pol III D. D. Brown The Role of Stable Complexes that Repress and Activate Eucaryotic Genes, 37, 359-365, 1984 Promoter, SV40 R. Tjian T Antigen Binding and the Control of SV40 Gene Expression, 26, 1-2, 1981 Promoter, tRNA gene B. D. Hall, S. G. Clarkson, and G. Tocchini-Valentini TranscriptionInitiation of Eucaryotic Transfer RNA Genes, 29, 3-5, 1982 Promoter, yeast L. Guarente Yeast Promoter: Positive and Negative Elements, 36, 799-800, 1984 Protease L. Patthy Evolution of the Proteases of Blood Coagulation and Fibrinolysis by Assembly from Modules, 47, 857-863, 1985 Protein degradation A. Hershko Ubiquitin: Roles in Protein Modification and Breakdown, 34, [11] [12] 198d Protein synthesis, initiation 8. Safer 28 or Not 26: Regulation of the Catalytic Utilization of elF-2, 33, 7-8, 1983 M. Kozak Evolution of the "Scanning Model" for Initiation of Protein Synthesis in Eucaryotes, 22, 7-8, 1980 Receptor, acetylchollne J. P. Merlie Biogenesis of the Acetylcholine Receptor, a Multisubunit Integral Membrane Protein, 36, 573-575, 1984 Receptor, EGF G. Carpenter Properties of the Receptor for Epidermal Growth Factor, 37,357-358, 1984 Receptor, growth factor M. P. Czech Structural and Functional Homologies in the Receptors for Insulin and the Insulin-Like Growth Factors, 37, 8-10, 1982 Receotor. insulin M. P.'Cz&h Structural and Functional Homologies in the Receptors for Insulin and the Insulin-Like Growth Factors, 37, 8-10, 1982 Receotor. LDL M. S.'Brown, R. G. W. Anderson, and J. L. Goldstein Recycling Receptors:The Round-Trip Itinerary of Migrant Membrane Proteins, 32, 663-667, 1983 Receptor, PDGF C. D. Stiles The MolecularBiology of Platelet-Derived Growth Factor, 33, 653-655, 1983 Receptor , 29, 7-9, 1982 Trans activation R. E. Kingston, A. S. Baldwin, and P. A. Sharp Transcription Control by Oncogenes, 47, 3-5, 1985 Transcription, initiation D. D. Brown

Translocations and the Genesis of B-Cell-Derived Tumors in Mice and Men, 32, 311-315, 1983 , 40,729-730, 1985 1982 S. Adhya and S. Garges How Cyclic AMP and its Receptor Protein Act in E. coli, 29, 287-289, 1982 A. I. Lamond and A. A. Travers Stringent Control of Bacterial Transcription, 47, 6-8, 1984 R , 25, 293-295, 1981