id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_dhwu5hr7xvbtbmn5doomq2bkfy	Gregory T. Tietjen	Elucidating the Molecular Details of Phosphatidylserine Membrane Recognition in Immune Response	2013	1	.pdf	application/pdf	1405	99	45	structural transitions of Htt17 upon membrane-association result in an inplane aligned a-helical conformation from K6 to F17. Investigating the Mechanism by which Bcl-xL Regulates Ceramide A) that specifically bind to the hydrophobic groove of Bcl-xL interfere with results support the conclusion that Bcl-xL regulates the ceramide channel membranes can also provide important immunological signals as demonstrated in both phosphatidylserine (PS) recognition in apoptotic cell clearance molecular details regarding the mechanisms of PS membrane recognition. biophysical and biochemical techniques to elucidate the molecular mechanisms by which Tim4 (an immune related PS receptor) recognizes PS containing membranes. have developed a protein/membrane binding model that provides structural Investigating the Molecular Basis of cPLA2a Membrane Bending Investigating the Mechanism by which Bcl-xL Regulates Ceramide Channels Elucidating the Molecular Details of Phosphatidylserine Membrane Recognition in Immune Response Elucidating the Molecular Details of Phosphatidylserine Membrane Recognition in Immune Response Investigating the Molecular Basis of cPLA2α Membrane Bending	./cache/work_dhwu5hr7xvbtbmn5doomq2bkfy.pdf	./txt/work_dhwu5hr7xvbtbmn5doomq2bkfy.txt