Matches in SemOpenAlex for { <https://semopenalex.org/work/W1505362171> ?p ?o ?g. }
- W1505362171 endingPage "566" @default.
- W1505362171 startingPage "558" @default.
- W1505362171 abstract "From microbes to metazoans, it is now clear that fluctuations in the abundance of mRNA transcripts and protein molecules enable genetically identical cells to oscillate between several distinct states (Kaern et al. 2005). Since this cell–cell variability does not derive from physical differences in the genetic code it is termed non-genetic heterogeneity. Non-genetic heterogeneity endows cell populations with useful capabilities they could never achieve if each cell were the same as its neighbors (Raj & van Oudenaarden 2008; Eldar & Elowitz 2010). One such example is seen during multicellular development and “salt and pepper” cell type differentiation. In this review, we will first examine the importance of non-genetic heterogeneity in initiating “salt and pepper” pattern formation during Dictyostelium discoideum development. Second, we will discuss the various ways in which non-genetic heterogeneity might be generated, as well as recent advances in understanding the molecular basis of heterogeneity in this system." @default.
- W1505362171 created "2016-06-24" @default.
- W1505362171 creator A5024764362 @default.
- W1505362171 creator A5039532433 @default.
- W1505362171 date "2011-05-01" @default.
- W1505362171 modified "2023-10-14" @default.
- W1505362171 title "Non-genetic heterogeneity and cell fate choice in Dictyostelium discoideum" @default.
- W1505362171 cites W1583094694 @default.
- W1505362171 cites W1605152212 @default.
- W1505362171 cites W1787501266 @default.
- W1505362171 cites W1879125053 @default.
- W1505362171 cites W1897533854 @default.
- W1505362171 cites W1905883780 @default.
- W1505362171 cites W1916172146 @default.
- W1505362171 cites W1966001633 @default.
- W1505362171 cites W1966758700 @default.
- W1505362171 cites W1976703046 @default.
- W1505362171 cites W1979273686 @default.
- W1505362171 cites W1981422035 @default.
- W1505362171 cites W1985001632 @default.
- W1505362171 cites W1986465767 @default.
- W1505362171 cites W1993212786 @default.
- W1505362171 cites W2002788522 @default.
- W1505362171 cites W2004801113 @default.
- W1505362171 cites W2005327412 @default.
- W1505362171 cites W2007859289 @default.
- W1505362171 cites W2017097910 @default.
- W1505362171 cites W2017751079 @default.
- W1505362171 cites W2020190737 @default.
- W1505362171 cites W2020267088 @default.
- W1505362171 cites W2022959322 @default.
- W1505362171 cites W2025377160 @default.
- W1505362171 cites W2029114905 @default.
- W1505362171 cites W2029991507 @default.
- W1505362171 cites W2031033038 @default.
- W1505362171 cites W2032199812 @default.
- W1505362171 cites W2033871332 @default.
- W1505362171 cites W2036276506 @default.
- W1505362171 cites W2038546830 @default.
- W1505362171 cites W2040249147 @default.
- W1505362171 cites W2040501779 @default.
- W1505362171 cites W2040889971 @default.
- W1505362171 cites W2043617960 @default.
- W1505362171 cites W2052273361 @default.
- W1505362171 cites W2052380505 @default.
- W1505362171 cites W2055996510 @default.
- W1505362171 cites W2058818968 @default.
- W1505362171 cites W2063776100 @default.
- W1505362171 cites W2067393090 @default.
- W1505362171 cites W2072449192 @default.
- W1505362171 cites W2078807740 @default.
- W1505362171 cites W2091198609 @default.
- W1505362171 cites W2093727121 @default.
- W1505362171 cites W2097018291 @default.
- W1505362171 cites W2100502528 @default.
- W1505362171 cites W2106391833 @default.
- W1505362171 cites W2106441248 @default.
- W1505362171 cites W2110612987 @default.
- W1505362171 cites W2110737932 @default.
- W1505362171 cites W2114870653 @default.
- W1505362171 cites W2115260641 @default.
- W1505362171 cites W2118208715 @default.
- W1505362171 cites W2122864540 @default.
- W1505362171 cites W2127946793 @default.
- W1505362171 cites W2132980978 @default.
- W1505362171 cites W2138719203 @default.
- W1505362171 cites W2139285351 @default.
- W1505362171 cites W2145518418 @default.
- W1505362171 cites W2149242848 @default.
- W1505362171 cites W2149323329 @default.
- W1505362171 cites W2150156530 @default.
- W1505362171 cites W2153771719 @default.
- W1505362171 cites W2168221215 @default.
- W1505362171 cites W2168967248 @default.
- W1505362171 cites W2169832107 @default.
- W1505362171 cites W2171280873 @default.
- W1505362171 cites W2171327609 @default.
- W1505362171 cites W2233702402 @default.
- W1505362171 cites W2338294979 @default.
- W1505362171 cites W2364972328 @default.
- W1505362171 cites W4236316592 @default.
- W1505362171 cites W4245354300 @default.
- W1505362171 cites W4251561077 @default.
- W1505362171 cites W78151397 @default.
- W1505362171 cites W81325240 @default.
- W1505362171 doi "https://doi.org/10.1111/j.1440-169x.2011.01270.x" @default.
- W1505362171 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21585359" @default.
- W1505362171 hasPublicationYear "2011" @default.
- W1505362171 type Work @default.
- W1505362171 sameAs 1505362171 @default.
- W1505362171 citedByCount "18" @default.
- W1505362171 countsByYear W15053621712013 @default.
- W1505362171 countsByYear W15053621712014 @default.
- W1505362171 countsByYear W15053621712015 @default.
- W1505362171 countsByYear W15053621712016 @default.
- W1505362171 countsByYear W15053621712018 @default.
- W1505362171 countsByYear W15053621712020 @default.
- W1505362171 countsByYear W15053621712021 @default.