id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_gfjn7ngtojauhn7kaf6bbbsq74	Elisabeth Richardson	Evolutionary cell biology: functional insight from "endless forms most beautiful"	2015	7	.pdf	application/pdf	6145	550	52	Evolutionary cell biology: functional insight from ABSTRACT In animal and fungal model organisms, the complexities of cell biology have been across the eukaryotic tree, and three specific examples of where studies of divergent cell biology have altered our understanding of key functional aspects of mitochondria, plastids, and LECA, last common eukaryotic; ancestor; MROs, mitochondria-related organelles; NIF, nitrogen fixation; SUF, sulfur utilization factor. FIGURE 1: Diversity of aspects of cell biology across eukaryotes. light-harvesting pigment suggests their common origin, as do plastid gene phylogenies that consistently recover monophyletic relationships between these chloroplast lineages (Bachvaroff et al., FIGURE 2: Illustrations of cell biological complexity. in diverse eukaryotes (Figure 1) including Arabidopsis (Viridiplantae), Entamoeba (amoebozoan), and Toxoplasma (apicomplexan), suggesting that AP-5 is a central component of membrane trafficking in eukaryotic cells. function of mitochondria, how history explains physiology of plastids, and the identity of novel membrane-trafficking complexes and Evolutionary cell biology: two 	./cache/work_gfjn7ngtojauhn7kaf6bbbsq74.pdf	./txt/work_gfjn7ngtojauhn7kaf6bbbsq74.txt