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• W4384927085 endingPage "112758" @default.
• W4384927085 startingPage "112758" @default.
• W4384927085 abstract "In plants, the major light-harvesting antenna complex (LHCII) is vital for both light harvesting and photoprotection in photosystem II. Previously, we proposed that the thylakoid membrane itself could switch LHCII into the photoprotective state, qE, via a process known as hydrophobic mismatch. The decrease in the membrane thickness that followed the formation of ΔpH was a key fact that prompted this idea. To test this, we made proteoliposomes from lipids with altered acyl chain length (ACL). Here, we show that ACL regulates the average chlorophyll fluorescence lifetime of LHCII. For liposomes made of lipids with an ACL of 18 carbons, the lifetime was ~2 ns, like that for the thylakoid membrane. Furthermore, LHCII appears to be quenched in proteoliposomes with an ACL both shorter and longer than 18 carbons. The proteoliposomes made of short ACL lipids display structural heterogeneity revealing two quenched conformations of LHCII, each having characteristic 77 K fluorescence spectra. One conformation spectrally resembles isolated LHCII aggregates, whilst the other resembles LHCII immobilized in polyacrylamide gels. Overall, the decrease in the ACL appears to produce quenched conformations of LHCII, which renders plausible the idea that the trigger of qE is the hydrophobic mismatch." @default.
• W4384927085 created "2023-07-22" @default.
• W4384927085 creator A5028057326 @default.
• W4384927085 creator A5028678622 @default.
• W4384927085 creator A5059757019 @default.
• W4384927085 creator A5064273965 @default.
• W4384927085 date "2023-09-01" @default.
• W4384927085 modified "2023-09-27" @default.
• W4384927085 title "Altered lipid acyl chain length controls energy dissipation in light-harvesting complex II proteoliposomes by hydrophobic mismatch" @default.
• W4384927085 cites W1490043095 @default.
• W4384927085 cites W1541241018 @default.
• W4384927085 cites W1544752000 @default.
• W4384927085 cites W1546181092 @default.
• W4384927085 cites W1671751704 @default.
• W4384927085 cites W1970942116 @default.
• W4384927085 cites W1972765038 @default.
• W4384927085 cites W1983151538 @default.
• W4384927085 cites W1992022525 @default.
• W4384927085 cites W1996114408 @default.
• W4384927085 cites W2000367633 @default.
• W4384927085 cites W2003641632 @default.
• W4384927085 cites W2006873324 @default.
• W4384927085 cites W2010031320 @default.
• W4384927085 cites W2010759594 @default.
• W4384927085 cites W2013850102 @default.
• W4384927085 cites W2014117199 @default.
• W4384927085 cites W2014302491 @default.
• W4384927085 cites W2014911581 @default.
• W4384927085 cites W2015319957 @default.
• W4384927085 cites W2016343967 @default.
• W4384927085 cites W2018238860 @default.
• W4384927085 cites W2022488218 @default.
• W4384927085 cites W2024379904 @default.
• W4384927085 cites W2024720882 @default.
• W4384927085 cites W2024860341 @default.
• W4384927085 cites W2025331295 @default.
• W4384927085 cites W2028203188 @default.
• W4384927085 cites W2028540912 @default.
• W4384927085 cites W2031482332 @default.
• W4384927085 cites W2037060582 @default.
• W4384927085 cites W2039571401 @default.
• W4384927085 cites W2042975608 @default.
• W4384927085 cites W2048475421 @default.
• W4384927085 cites W2053767087 @default.
• W4384927085 cites W2058848739 @default.
• W4384927085 cites W2059417998 @default.
• W4384927085 cites W2067913936 @default.
• W4384927085 cites W2069464193 @default.
• W4384927085 cites W2073317899 @default.
• W4384927085 cites W2082031245 @default.
• W4384927085 cites W2082171613 @default.
• W4384927085 cites W2083767996 @default.
• W4384927085 cites W2099540110 @default.
• W4384927085 cites W2103605117 @default.
• W4384927085 cites W2108366072 @default.
• W4384927085 cites W2114469046 @default.
• W4384927085 cites W2115492173 @default.
• W4384927085 cites W2116928722 @default.
• W4384927085 cites W2117807680 @default.
• W4384927085 cites W2118998970 @default.
• W4384927085 cites W2121947019 @default.
• W4384927085 cites W2127162389 @default.
• W4384927085 cites W2130187376 @default.
• W4384927085 cites W2142161929 @default.
• W4384927085 cites W2147581012 @default.
• W4384927085 cites W2155390474 @default.
• W4384927085 cites W2163025802 @default.
• W4384927085 cites W2163258998 @default.
• W4384927085 cites W2164440923 @default.
• W4384927085 cites W2177379434 @default.
• W4384927085 cites W2322888409 @default.
• W4384927085 cites W2328134748 @default.
• W4384927085 cites W2336855371 @default.
• W4384927085 cites W2416541804 @default.
• W4384927085 cites W2460775516 @default.
• W4384927085 cites W2733857666 @default.
• W4384927085 cites W2899375955 @default.
• W4384927085 cites W2922311631 @default.
• W4384927085 cites W2933799302 @default.
• W4384927085 cites W2972848739 @default.
• W4384927085 cites W2998921455 @default.
• W4384927085 cites W3011132284 @default.
• W4384927085 cites W3011998890 @default.
• W4384927085 cites W3014543299 @default.
• W4384927085 cites W3036122925 @default.
• W4384927085 cites W3094349587 @default.
• W4384927085 cites W3117910744 @default.
• W4384927085 cites W3137997608 @default.
• W4384927085 cites W3139562498 @default.
• W4384927085 cites W3156497003 @default.
• W4384927085 cites W3159591350 @default.
• W4384927085 cites W3205097923 @default.
• W4384927085 cites W4210467650 @default.
• W4384927085 cites W4282975255 @default.
• W4384927085 doi "https://doi.org/10.1016/j.jphotobiol.2023.112758" @default.
• W4384927085 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37531665" @default.
• W4384927085 hasPublicationYear "2023" @default.
• W4384927085 type Work @default.

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