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- W2160291264 abstract "Reversible phosphorylation of proteins is a key event in many fundamental cellular processes. Under stressful conditions, many thylakoid membrane proteins in photosynthetic apparatus of higher plants undergo rapid phosphorylation and dephosphorylation in response to environmental changes. CP29 is the most frequently phosphorylated protein among three minor antennae complexes in higher plants. CP29 phosphorylation in dicotyledons has been known for several decades and is well characterized. However, CP29 phosphorylation in monocotyledons is less studied and appears to have a different phosphorylation pattern. In this review, we discuss recent advancements in CP29 phosphorylation and dephosphorylation studies and its physiological significance under environmental stresses in higher plants, especially in the monocotyledonous crops. Physiologically, the phosphorylation of CP29 is likely to be a prerequisite for state transitions and the disassembly of photosystem II supercomplexes, but not involved in non-photochemical quenching (NPQ). CP29 is phosphorylated in monocots exposed to environmental cues, with its subsequent lateral migration from grana stacks to stroma lamellae. However, neither CP29 phosphorylation nor its lateral migration occurs in dicotyledonous plants after drought, cold, or salt stress. Since the molecular mechanisms of differential CP29 phosphorylation under stresses are not fully understood, this review provides insights for future studies regarding the physiological function of CP29 reversible phosphorylation." @default.
- W2160291264 created "2016-06-24" @default.
- W2160291264 creator A5000940583 @default.
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- W2160291264 creator A5048080197 @default.
- W2160291264 date "2013-01-23" @default.
- W2160291264 modified "2023-10-12" @default.
- W2160291264 title "The significance of CP29 reversible phosphorylation in thylakoids of higher plants under environmental stresses" @default.
- W2160291264 cites W146117587 @default.
- W2160291264 cites W1491931757 @default.
- W2160291264 cites W1492047365 @default.
- W2160291264 cites W1496609154 @default.
- W2160291264 cites W1582554036 @default.
- W2160291264 cites W1966301825 @default.
- W2160291264 cites W1966552715 @default.
- W2160291264 cites W1970457673 @default.
- W2160291264 cites W1972171731 @default.
- W2160291264 cites W1978473107 @default.
- W2160291264 cites W1981363241 @default.
- W2160291264 cites W1983742234 @default.
- W2160291264 cites W1990783034 @default.
- W2160291264 cites W1991505198 @default.
- W2160291264 cites W1992596292 @default.
- W2160291264 cites W1997835441 @default.
- W2160291264 cites W2002394788 @default.
- W2160291264 cites W2005077965 @default.
- W2160291264 cites W2007958560 @default.
- W2160291264 cites W2009219239 @default.
- W2160291264 cites W2018413328 @default.
- W2160291264 cites W2020768665 @default.
- W2160291264 cites W2020968234 @default.
- W2160291264 cites W2023349569 @default.
- W2160291264 cites W2031583450 @default.
- W2160291264 cites W2031933160 @default.
- W2160291264 cites W2032567196 @default.
- W2160291264 cites W2033755104 @default.
- W2160291264 cites W2035697007 @default.
- W2160291264 cites W2036097550 @default.
- W2160291264 cites W2038163496 @default.
- W2160291264 cites W2042506987 @default.
- W2160291264 cites W2046347466 @default.
- W2160291264 cites W2047843287 @default.
- W2160291264 cites W2048099696 @default.
- W2160291264 cites W2050752342 @default.
- W2160291264 cites W2056815498 @default.
- W2160291264 cites W2057193625 @default.
- W2160291264 cites W2060935108 @default.
- W2160291264 cites W2062142819 @default.
- W2160291264 cites W2062883953 @default.
- W2160291264 cites W2065778688 @default.
- W2160291264 cites W2068363269 @default.
- W2160291264 cites W2071834969 @default.
- W2160291264 cites W2072665786 @default.
- W2160291264 cites W2074317181 @default.
- W2160291264 cites W2075211647 @default.
- W2160291264 cites W2079883454 @default.
- W2160291264 cites W2088439782 @default.
- W2160291264 cites W2088728566 @default.
- W2160291264 cites W2094522245 @default.
- W2160291264 cites W2098463010 @default.
- W2160291264 cites W2098983274 @default.
- W2160291264 cites W2104726963 @default.
- W2160291264 cites W2104955425 @default.
- W2160291264 cites W2105692193 @default.
- W2160291264 cites W2106356097 @default.
- W2160291264 cites W2108513364 @default.
- W2160291264 cites W2110501405 @default.
- W2160291264 cites W2113216081 @default.
- W2160291264 cites W2115335149 @default.
- W2160291264 cites W2116810877 @default.
- W2160291264 cites W2117600679 @default.
- W2160291264 cites W2117992912 @default.
- W2160291264 cites W2118200955 @default.
- W2160291264 cites W2119543336 @default.
- W2160291264 cites W2120040739 @default.
- W2160291264 cites W2136247263 @default.
- W2160291264 cites W2138817634 @default.
- W2160291264 cites W2139750884 @default.
- W2160291264 cites W2142281090 @default.
- W2160291264 cites W2142776089 @default.
- W2160291264 cites W2143121620 @default.
- W2160291264 cites W2152301430 @default.
- W2160291264 cites W2153370166 @default.
- W2160291264 cites W2153554735 @default.
- W2160291264 cites W2167619593 @default.
- W2160291264 cites W2169299131 @default.
- W2160291264 cites W2170736411 @default.
- W2160291264 cites W2171000123 @default.
- W2160291264 cites W2176394923 @default.
- W2160291264 cites W337740803 @default.
- W2160291264 cites W4232143105 @default.
- W2160291264 doi "https://doi.org/10.1093/jxb/ert002" @default.
- W2160291264 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23349136" @default.
- W2160291264 hasPublicationYear "2013" @default.
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