2P-146 The mechanism of myosin-X during filopodialprotrusion(Cell biology,The 47th Annual Meeting of the Biophysical Society of Japan)
Year: 2009
Type: conference-abstract
Abstract: GeneralIncorporatedAssociation cryomicroscopy {cryoEM) The witd type heok baga] bod) was prcpaicd [lom a FlgK deftcient Satntenella strain with LlpP dtsiuption CryoEM images oi thc Mg C ring were collected and thL C iing imds,es were cldssified accordrng to their gyrnmetry by usmg multi retcicnce ahgnment agambt pioJecuons of aD models wrth symrnLtrieb trom 33 to 35 fold Then 3D mapg et thL 33 to 35 told symmetry c]asgeg "ere reLonstruLted The same staanctuial ana]ysis vvas periormed for the MS C rmg complexLs isoTated from a cw bias mutant and a ccw bias Tnutant as well We will piLgcnt struLtural fedtures of the C rmg and compaic those of the "ild type c" biag and Lew bHs mutants 2P145 Xasts2(:pttl-6fimsfitsesOreieben,eil Quantitativcobbeivationofadaptiveresponsetonuta]entgtarvatien Yuki rvIatsumoto {1} Bei Wcn Ymg (1) Yoichiro Ito C2) ]unya lchinose {?) TeLsuya Yemo (3) ((i) Grad Sch Jnformatton bLt and TeLh Osaka Umv (2) rRATO JST rl) arad 5ch hijbtmctpon Sm and Teth Osaka Unti EllATO JST Grad Ych Front!er Bmsrt Osaka Vnrv)Cell to cell variation m gLnc Lxprestsion is widely observed in genetic identica] Lcllg Such stoLhastic gene expregsion may make
Source: Seibutsu Butsuri
Language: English
Subfield: Cell Biology
Domain: Life Sciences
Open Access status: diamond
OpenAlex ID: W2611225247