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- W2343966530 endingPage "354" @default.
- W2343966530 startingPage "341" @default.
- W2343966530 abstract "Although the last common unicellular ancestor of plants and animals diverged several billion years ago, and while having developed unique developmental programs that facilitate differentiation and proliferation specific to plant and animal systems, there still exists a high degree of conservation in the logic regulating these developmental processes within these two seemingly diverse kingdoms. Stomatal differentiation in plants involves a series of orchestrated cell division events mediated by a family of closely related bHLH transcription factors (TFs) to create a pair of mature guard cells. These TFs are in turn regulated by a number of upstream signaling components that ultimately function to achieve lineage specific differentiation and organized tissue patterning on the plant epidermis. The logic involved in the specification of the myogenic differentiation program in animals is intriguingly similar to stomatal differentiation in plants: Closely-related myogenic bHLHs, known as MRFs (Myogenic Regulatory Factors) provide lineage specificity essential for cell-fate determination. These MRFs, similar to the bHLHs in plants, are regulated by several upstream signaling cascades that succinctly regulate each differentiation step, leading to the production of mature muscle fibers. This review aims at providing a perspective on the emerging parallels in the logic employed by key bHLH transcription factors and their upstream signaling components that function to precisely regulate key cell-state transition events in the stomatal as well as myogenic cell lineages." @default.
- W2343966530 created "2016-06-24" @default.
- W2343966530 creator A5017046005 @default.
- W2343966530 creator A5082822419 @default.
- W2343966530 date "2016-04-29" @default.
- W2343966530 modified "2023-09-27" @default.
- W2343966530 title "Stomagenesis versus myogenesis: Parallels in intrinsic and extrinsic regulation of transcription factor mediated specialized cell‐type differentiation in plants and animals" @default.
- W2343966530 cites W110925524 @default.
- W2343966530 cites W1562705858 @default.
- W2343966530 cites W1571117507 @default.
- W2343966530 cites W1593061023 @default.
- W2343966530 cites W1710624113 @default.
- W2343966530 cites W1748169282 @default.
- W2343966530 cites W1865607923 @default.
- W2343966530 cites W1965044262 @default.
- W2343966530 cites W1966530677 @default.
- W2343966530 cites W1968180295 @default.
- W2343966530 cites W1972268752 @default.
- W2343966530 cites W1972674519 @default.
- W2343966530 cites W1972822540 @default.
- W2343966530 cites W1975547288 @default.
- W2343966530 cites W1977299280 @default.
- W2343966530 cites W1977944537 @default.
- W2343966530 cites W1979450477 @default.
- W2343966530 cites W1979483810 @default.
- W2343966530 cites W1980585707 @default.
- W2343966530 cites W1988325525 @default.
- W2343966530 cites W1988340711 @default.
- W2343966530 cites W1991518335 @default.
- W2343966530 cites W1991988594 @default.
- W2343966530 cites W1992414245 @default.
- W2343966530 cites W1994695193 @default.
- W2343966530 cites W1995199972 @default.
- W2343966530 cites W1996928617 @default.
- W2343966530 cites W2002813441 @default.
- W2343966530 cites W2004396725 @default.
- W2343966530 cites W2004602258 @default.
- W2343966530 cites W2007070249 @default.
- W2343966530 cites W2008951081 @default.
- W2343966530 cites W2015593571 @default.
- W2343966530 cites W2016756090 @default.
- W2343966530 cites W2019673480 @default.
- W2343966530 cites W2020326713 @default.
- W2343966530 cites W2021177121 @default.
- W2343966530 cites W2022223340 @default.
- W2343966530 cites W2023250101 @default.
- W2343966530 cites W2029486329 @default.
- W2343966530 cites W2029682503 @default.
- W2343966530 cites W2029848748 @default.
- W2343966530 cites W2034423768 @default.
- W2343966530 cites W2037568726 @default.
- W2343966530 cites W2041652972 @default.
- W2343966530 cites W2045273788 @default.
- W2343966530 cites W2047051480 @default.
- W2343966530 cites W2048018752 @default.
- W2343966530 cites W2050397583 @default.
- W2343966530 cites W2052205585 @default.
- W2343966530 cites W2052762081 @default.
- W2343966530 cites W2055492254 @default.
- W2343966530 cites W2059023447 @default.
- W2343966530 cites W2059933961 @default.
- W2343966530 cites W2061183445 @default.
- W2343966530 cites W2063338807 @default.
- W2343966530 cites W2068053935 @default.
- W2343966530 cites W2068490358 @default.
- W2343966530 cites W2075568328 @default.
- W2343966530 cites W2078718449 @default.
- W2343966530 cites W2080592158 @default.
- W2343966530 cites W2082604811 @default.
- W2343966530 cites W2083441653 @default.
- W2343966530 cites W2085256528 @default.
- W2343966530 cites W2088043742 @default.
- W2343966530 cites W2091101448 @default.
- W2343966530 cites W2091301979 @default.
- W2343966530 cites W2091964878 @default.
- W2343966530 cites W2091984784 @default.
- W2343966530 cites W2092077225 @default.
- W2343966530 cites W2093569973 @default.
- W2343966530 cites W2098028755 @default.
- W2343966530 cites W2103110825 @default.
- W2343966530 cites W2103274097 @default.
- W2343966530 cites W2103517282 @default.
- W2343966530 cites W2104729519 @default.
- W2343966530 cites W2106197716 @default.
- W2343966530 cites W2109769177 @default.
- W2343966530 cites W2110527130 @default.
- W2343966530 cites W2110553903 @default.
- W2343966530 cites W2112576661 @default.
- W2343966530 cites W2113420985 @default.
- W2343966530 cites W2113648023 @default.
- W2343966530 cites W2116597218 @default.
- W2343966530 cites W2118145867 @default.
- W2343966530 cites W2119406072 @default.
- W2343966530 cites W2121818799 @default.
- W2343966530 cites W2123876672 @default.
- W2343966530 cites W2126514850 @default.
- W2343966530 cites W2127643342 @default.
- W2343966530 cites W2128940002 @default.