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- W1984308979 endingPage "4303" @default.
- W1984308979 startingPage "4290" @default.
- W1984308979 abstract "Exploring enzymatic mechanisms at a molecular level is one of the major challenges in modern biophysics. Based on enzyme structure data, as obtained by X-ray crystallography or NMR spectroscopy, one can suggest how substrates and products bind for catalysis. However, from the 3D structure alone it is very rarely possible to identify how intermediates are formed and how they are interconverted. Molecular spectroscopy can provide such information and thus supplement our knowledge on the specific enzymatic reaction under consideration. In the case of enzymatic processes in which paramagnetic molecules play a role, EPR and related methods such as electron-nuclear double resonance (ENDOR) are powerful techniques to unravel important details, e.g. the electronic structure or the protonation state of the intermediate(s) carrying (the) unpaired electron spin(s). Here, we review recent EPR/ENDOR studies of blue-light active flavoproteins with emphasis on photolyases that catalyze the enzymatic repair of UV damaged DNA, and on cryptochrome blue-light photoreceptors that act in several species as central components of the circadian clock." @default.
- W1984308979 created "2016-06-24" @default.
- W1984308979 creator A5005152988 @default.
- W1984308979 creator A5010308715 @default.
- W1984308979 creator A5074880525 @default.
- W1984308979 date "2009-07-27" @default.
- W1984308979 modified "2023-10-18" @default.
- W1984308979 title "New roles of flavoproteins in molecular cell biology: Blue‐light active flavoproteins studied by electron paramagnetic resonance" @default.
- W1984308979 cites W1506596865 @default.
- W1984308979 cites W1525671102 @default.
- W1984308979 cites W1598276635 @default.
- W1984308979 cites W1744822607 @default.
- W1984308979 cites W1786015651 @default.
- W1984308979 cites W1939766957 @default.
- W1984308979 cites W1965384484 @default.
- W1984308979 cites W1968641143 @default.
- W1984308979 cites W1970901599 @default.
- W1984308979 cites W1971303422 @default.
- W1984308979 cites W1972478302 @default.
- W1984308979 cites W1977196954 @default.
- W1984308979 cites W1979180588 @default.
- W1984308979 cites W1980600028 @default.
- W1984308979 cites W1981814803 @default.
- W1984308979 cites W1981901321 @default.
- W1984308979 cites W1982573383 @default.
- W1984308979 cites W1992786778 @default.
- W1984308979 cites W1993323717 @default.
- W1984308979 cites W1993552306 @default.
- W1984308979 cites W1994838364 @default.
- W1984308979 cites W2001998124 @default.
- W1984308979 cites W2008238287 @default.
- W1984308979 cites W2008527374 @default.
- W1984308979 cites W2011202491 @default.
- W1984308979 cites W2011204918 @default.
- W1984308979 cites W2014275764 @default.
- W1984308979 cites W2014897792 @default.
- W1984308979 cites W2019763433 @default.
- W1984308979 cites W2022735980 @default.
- W1984308979 cites W2024795845 @default.
- W1984308979 cites W2025095042 @default.
- W1984308979 cites W2026411487 @default.
- W1984308979 cites W2029908536 @default.
- W1984308979 cites W2030761487 @default.
- W1984308979 cites W2030975662 @default.
- W1984308979 cites W2032617799 @default.
- W1984308979 cites W2039585182 @default.
- W1984308979 cites W2039950664 @default.
- W1984308979 cites W2041043500 @default.
- W1984308979 cites W2044980237 @default.
- W1984308979 cites W2047733433 @default.
- W1984308979 cites W2049002998 @default.
- W1984308979 cites W2049031995 @default.
- W1984308979 cites W2049486082 @default.
- W1984308979 cites W2051248004 @default.
- W1984308979 cites W2051921468 @default.
- W1984308979 cites W2055166376 @default.
- W1984308979 cites W2055254006 @default.
- W1984308979 cites W2055880145 @default.
- W1984308979 cites W2057542364 @default.
- W1984308979 cites W2058959424 @default.
- W1984308979 cites W2059385491 @default.
- W1984308979 cites W2061030468 @default.
- W1984308979 cites W2061562153 @default.
- W1984308979 cites W2063796055 @default.
- W1984308979 cites W2065478625 @default.
- W1984308979 cites W2066627967 @default.
- W1984308979 cites W2067528332 @default.
- W1984308979 cites W2074956427 @default.
- W1984308979 cites W2079559687 @default.
- W1984308979 cites W2085469427 @default.
- W1984308979 cites W2086367365 @default.
- W1984308979 cites W2088551252 @default.
- W1984308979 cites W2088644589 @default.
- W1984308979 cites W2089724322 @default.
- W1984308979 cites W2090464270 @default.
- W1984308979 cites W2094153353 @default.
- W1984308979 cites W2094855072 @default.
- W1984308979 cites W2110671270 @default.
- W1984308979 cites W2133530341 @default.
- W1984308979 cites W2133752666 @default.
- W1984308979 cites W2138668594 @default.
- W1984308979 cites W2141701750 @default.
- W1984308979 cites W2151305846 @default.
- W1984308979 cites W2158757710 @default.
- W1984308979 cites W2168132226 @default.
- W1984308979 cites W2171401827 @default.
- W1984308979 cites W2178569391 @default.
- W1984308979 cites W2312528156 @default.
- W1984308979 cites W2395111257 @default.
- W1984308979 cites W2953364069 @default.
- W1984308979 cites W4231612575 @default.
- W1984308979 cites W4297833967 @default.
- W1984308979 cites W89380135 @default.
- W1984308979 doi "https://doi.org/10.1111/j.1742-4658.2009.07141.x" @default.
- W1984308979 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19624734" @default.
- W1984308979 hasPublicationYear "2009" @default.
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