Matches in SemOpenAlex for { <https://semopenalex.org/work/W1996390541> ?p ?o ?g. }
- W1996390541 endingPage "63" @default.
- W1996390541 startingPage "51" @default.
- W1996390541 abstract "Summary The bacterial actin homologue MreB forms a helix underneath the cytoplasmic membrane and was shown to be essential in the morphogenesis of the rod‐shaped cells. Additionally, MreB was implicated to be involved in DNA segregation. However, in our hands the mreBCD deletion strain (PA340‐678) grew without apparent DNA segregation defect, suggesting that the reported chromosome segregation inhibition could be caused by a temporarily effect of MreB inhibition or depletion. To assess the involvement of MreB in DNA segregation during the transition from rod to sphere, we compared the effect of A22 and the PBP2 inhibitor mecillinam on the percentage of cells with segregated nucleoids and the number of ori C foci in wild‐type Escherichia coli cells. Cells became spherical in the same time window during both treatments and we could not detect any difference in the chromosome or ori C segregation between these two treatments. Additionally, flow cytometric analyses showed that A22 and mecillinam treatment gave essentially the same chromosome segregation pattern. We conclude that MreB is not directly involved in DNA segregation of E. coli ." @default.
- W1996390541 created "2016-06-24" @default.
- W1996390541 creator A5005007948 @default.
- W1996390541 creator A5010654160 @default.
- W1996390541 creator A5017007588 @default.
- W1996390541 creator A5033543441 @default.
- W1996390541 creator A5076091958 @default.
- W1996390541 creator A5084091962 @default.
- W1996390541 creator A5088907700 @default.
- W1996390541 date "2007-06-16" @default.
- W1996390541 modified "2023-10-16" @default.
- W1996390541 title "DNA and origin region segregation are not affected by the transition from rod to sphere after inhibition of<i>Escherichia coli</i>MreB by A22" @default.
- W1996390541 cites W1480399259 @default.
- W1996390541 cites W1490701934 @default.
- W1996390541 cites W1531386379 @default.
- W1996390541 cites W1580778748 @default.
- W1996390541 cites W1821905048 @default.
- W1996390541 cites W1922885451 @default.
- W1996390541 cites W1968196536 @default.
- W1996390541 cites W1968425270 @default.
- W1996390541 cites W1972796096 @default.
- W1996390541 cites W1980902414 @default.
- W1996390541 cites W1983428789 @default.
- W1996390541 cites W1984640298 @default.
- W1996390541 cites W1994782818 @default.
- W1996390541 cites W2001958586 @default.
- W1996390541 cites W2012350022 @default.
- W1996390541 cites W2015117724 @default.
- W1996390541 cites W2019850868 @default.
- W1996390541 cites W2022412309 @default.
- W1996390541 cites W2026037710 @default.
- W1996390541 cites W2028619325 @default.
- W1996390541 cites W2029885543 @default.
- W1996390541 cites W2033766178 @default.
- W1996390541 cites W2058322547 @default.
- W1996390541 cites W2064675547 @default.
- W1996390541 cites W2067972708 @default.
- W1996390541 cites W2088998500 @default.
- W1996390541 cites W2099299706 @default.
- W1996390541 cites W2104184135 @default.
- W1996390541 cites W2106495559 @default.
- W1996390541 cites W2110162664 @default.
- W1996390541 cites W2111435944 @default.
- W1996390541 cites W2111871013 @default.
- W1996390541 cites W2113434530 @default.
- W1996390541 cites W2114376162 @default.
- W1996390541 cites W2125874068 @default.
- W1996390541 cites W2128000228 @default.
- W1996390541 cites W2129107246 @default.
- W1996390541 cites W2132417094 @default.
- W1996390541 cites W2137397398 @default.
- W1996390541 cites W2138835033 @default.
- W1996390541 cites W2141849008 @default.
- W1996390541 cites W2148493274 @default.
- W1996390541 cites W2149194512 @default.
- W1996390541 cites W2166494794 @default.
- W1996390541 cites W2170385334 @default.
- W1996390541 cites W2234058473 @default.
- W1996390541 doi "https://doi.org/10.1111/j.1365-2958.2007.05777.x" @default.
- W1996390541 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17581120" @default.
- W1996390541 hasPublicationYear "2007" @default.
- W1996390541 type Work @default.
- W1996390541 sameAs 1996390541 @default.
- W1996390541 citedByCount "81" @default.
- W1996390541 countsByYear W19963905412012 @default.
- W1996390541 countsByYear W19963905412013 @default.
- W1996390541 countsByYear W19963905412014 @default.
- W1996390541 countsByYear W19963905412015 @default.
- W1996390541 countsByYear W19963905412016 @default.
- W1996390541 countsByYear W19963905412017 @default.
- W1996390541 countsByYear W19963905412018 @default.
- W1996390541 countsByYear W19963905412019 @default.
- W1996390541 countsByYear W19963905412020 @default.
- W1996390541 countsByYear W19963905412021 @default.
- W1996390541 countsByYear W19963905412022 @default.
- W1996390541 countsByYear W19963905412023 @default.
- W1996390541 crossrefType "journal-article" @default.
- W1996390541 hasAuthorship W1996390541A5005007948 @default.
- W1996390541 hasAuthorship W1996390541A5010654160 @default.
- W1996390541 hasAuthorship W1996390541A5017007588 @default.
- W1996390541 hasAuthorship W1996390541A5033543441 @default.
- W1996390541 hasAuthorship W1996390541A5076091958 @default.
- W1996390541 hasAuthorship W1996390541A5084091962 @default.
- W1996390541 hasAuthorship W1996390541A5088907700 @default.
- W1996390541 hasBestOaLocation W19963905411 @default.
- W1996390541 hasConcept C104317684 @default.
- W1996390541 hasConcept C153911025 @default.
- W1996390541 hasConcept C194232998 @default.
- W1996390541 hasConcept C2777894859 @default.
- W1996390541 hasConcept C2778354886 @default.
- W1996390541 hasConcept C2778910516 @default.
- W1996390541 hasConcept C30481170 @default.
- W1996390541 hasConcept C53642103 @default.
- W1996390541 hasConcept C54355233 @default.
- W1996390541 hasConcept C547475151 @default.
- W1996390541 hasConcept C552990157 @default.
- W1996390541 hasConcept C58167604 @default.
- W1996390541 hasConcept C62551211 @default.