Matches in SemOpenAlex for { <https://semopenalex.org/work/W2020125963> ?p ?o ?g. }
- W2020125963 endingPage "3556" @default.
- W2020125963 startingPage "3546" @default.
- W2020125963 abstract "In the Myb family, as in other families of transcription factors sharing similar DNA-binding domains (DBDs), diversity of function is believed to rely mainly on the less conserved parts of the proteins and on their distinct patterns of expression. However, small conserved differences between DBDs of individual members could play a role in fine-tuning their function. We have compared the highly conserved DBDs of the three vertebrate Myb proteins (A-, B- and c-Myb) and found distinct functional differences. While A- and c-Myb behaved virtually identically in a variety of DNA-binding assays, B-Myb formed complexes of comparatively lower stability, rapidly dissociating under competitive conditions and showing less tolerance to binding site variations. The three protein domains also differed as substrates for protein kinases. Whereas PKA in theory should target the DBDs of A- and c-Myb, but not B-Myb, only c-Myb was phosphorylated by PKA. CK2 phosphorylated all three proteins, although on different sites in the N-terminal region. Finally, B-Myb was remarkably sensitive to cysteine-directed oxidation compared to the other Myb proteins. Our data suggest that the small differences that have evolved between individual Myb family members lead to clear differences in DBD properties even if their sequence recognition remains the same." @default.
- W2020125963 created "2016-06-24" @default.
- W2020125963 creator A5026631133 @default.
- W2020125963 creator A5030455176 @default.
- W2020125963 creator A5041462448 @default.
- W2020125963 creator A5042817570 @default.
- W2020125963 creator A5056392422 @default.
- W2020125963 creator A5059186443 @default.
- W2020125963 date "2001-09-01" @default.
- W2020125963 modified "2023-09-27" @default.
- W2020125963 title "The highly conserved DNA-binding domains of A-, B- and c-Myb differ with respect to DNA-binding, phosphorylation and redox properties" @default.
- W2020125963 cites W139136401 @default.
- W2020125963 cites W1487679302 @default.
- W2020125963 cites W1500261766 @default.
- W2020125963 cites W1519991708 @default.
- W2020125963 cites W1524109609 @default.
- W2020125963 cites W1543063237 @default.
- W2020125963 cites W1547788546 @default.
- W2020125963 cites W1588283951 @default.
- W2020125963 cites W1656741355 @default.
- W2020125963 cites W1838752591 @default.
- W2020125963 cites W1873199501 @default.
- W2020125963 cites W1968937252 @default.
- W2020125963 cites W1978050358 @default.
- W2020125963 cites W1981190915 @default.
- W2020125963 cites W1981976632 @default.
- W2020125963 cites W1983560240 @default.
- W2020125963 cites W1984847227 @default.
- W2020125963 cites W1986199371 @default.
- W2020125963 cites W1986612237 @default.
- W2020125963 cites W1993442144 @default.
- W2020125963 cites W1994993971 @default.
- W2020125963 cites W1999450178 @default.
- W2020125963 cites W2001396274 @default.
- W2020125963 cites W2003285004 @default.
- W2020125963 cites W2004622115 @default.
- W2020125963 cites W2010189649 @default.
- W2020125963 cites W2011171601 @default.
- W2020125963 cites W2012170788 @default.
- W2020125963 cites W2022149730 @default.
- W2020125963 cites W2022328036 @default.
- W2020125963 cites W2026973552 @default.
- W2020125963 cites W2034746027 @default.
- W2020125963 cites W2035736545 @default.
- W2020125963 cites W2041464393 @default.
- W2020125963 cites W2045052763 @default.
- W2020125963 cites W2047439787 @default.
- W2020125963 cites W2048956635 @default.
- W2020125963 cites W2057606327 @default.
- W2020125963 cites W2066051125 @default.
- W2020125963 cites W2067456993 @default.
- W2020125963 cites W2069060963 @default.
- W2020125963 cites W2075195279 @default.
- W2020125963 cites W2078466467 @default.
- W2020125963 cites W2080997610 @default.
- W2020125963 cites W2081095725 @default.
- W2020125963 cites W2085958694 @default.
- W2020125963 cites W2086551569 @default.
- W2020125963 cites W2090546237 @default.
- W2020125963 cites W2098080073 @default.
- W2020125963 cites W2100555004 @default.
- W2020125963 cites W2101609778 @default.
- W2020125963 cites W2106307114 @default.
- W2020125963 cites W2108746005 @default.
- W2020125963 cites W2133497537 @default.
- W2020125963 cites W2154471904 @default.
- W2020125963 cites W2170136346 @default.
- W2020125963 cites W22708191 @default.
- W2020125963 cites W2280709954 @default.
- W2020125963 cites W2313988786 @default.
- W2020125963 cites W2329891521 @default.
- W2020125963 cites W2335608451 @default.
- W2020125963 cites W2402292095 @default.
- W2020125963 cites W2411367254 @default.
- W2020125963 cites W2412615647 @default.
- W2020125963 cites W2413268624 @default.
- W2020125963 cites W2416555858 @default.
- W2020125963 cites W2417917479 @default.
- W2020125963 cites W2439470930 @default.
- W2020125963 cites W4230686 @default.
- W2020125963 cites W76691757 @default.
- W2020125963 cites W990608062 @default.
- W2020125963 cites W2414492556 @default.
- W2020125963 doi "https://doi.org/10.1093/nar/29.17.3546" @default.
- W2020125963 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/55889" @default.
- W2020125963 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/11522824" @default.
- W2020125963 hasPublicationYear "2001" @default.
- W2020125963 type Work @default.
- W2020125963 sameAs 2020125963 @default.
- W2020125963 citedByCount "41" @default.
- W2020125963 countsByYear W20201259632012 @default.
- W2020125963 countsByYear W20201259632013 @default.
- W2020125963 countsByYear W20201259632014 @default.
- W2020125963 countsByYear W20201259632015 @default.
- W2020125963 countsByYear W20201259632016 @default.
- W2020125963 countsByYear W20201259632017 @default.
- W2020125963 countsByYear W20201259632018 @default.
- W2020125963 countsByYear W20201259632019 @default.