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• W2006018602 endingPage "5016" @default.
• W2006018602 startingPage "5016" @default.
• W2006018602 abstract "We have employed hybrid CASPT2//CASSCF/AMBER calculations to map the (1)L(a)(1pipi*) deactivation path of a single quantum mechanical adenine in a d(A)(10).d(T)(10) double strand in water that is treated at the molecular mechanics level. We find that (a) the L(a) relaxation route is flatter in DNA than in vacuo and (b) the L(a) relaxation energy in DNA is much larger than the stabilization energy of the corresponding L(a) excimer. An intra-monomer relaxation process is found to be compatible with the multiexponential decay recorded in DNA, possibly including the longer (4100 ps) lifetime component." @default.
• W2006018602 created "2016-06-24" @default.
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• W2006018602 creator A5089589222 @default.
• W2006018602 date "2010-01-01" @default.
• W2006018602 modified "2023-10-10" @default.
• W2006018602 title "Adenine deactivation in DNA resolved at the CASPT2//CASSCF/AMBER level" @default.
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• W2006018602 cites W1969283798 @default.
• W2006018602 cites W1973771345 @default.
• W2006018602 cites W1974869771 @default.
• W2006018602 cites W1977144118 @default.
• W2006018602 cites W1978074278 @default.
• W2006018602 cites W1978208859 @default.
• W2006018602 cites W1985972530 @default.
• W2006018602 cites W1986025575 @default.
• W2006018602 cites W1987245427 @default.
• W2006018602 cites W1988077153 @default.
• W2006018602 cites W1990814642 @default.
• W2006018602 cites W1993613829 @default.
• W2006018602 cites W2002091803 @default.
• W2006018602 cites W2004349051 @default.
• W2006018602 cites W2004791384 @default.
• W2006018602 cites W2005935512 @default.
• W2006018602 cites W2008844808 @default.
• W2006018602 cites W2010556905 @default.
• W2006018602 cites W2014973791 @default.
• W2006018602 cites W2015099747 @default.
• W2006018602 cites W2016048877 @default.
• W2006018602 cites W2024185872 @default.
• W2006018602 cites W2024675605 @default.
• W2006018602 cites W2026341322 @default.
• W2006018602 cites W2028310515 @default.
• W2006018602 cites W2031160376 @default.
• W2006018602 cites W2032677352 @default.
• W2006018602 cites W2033262860 @default.
• W2006018602 cites W2039841555 @default.
• W2006018602 cites W2040207297 @default.
• W2006018602 cites W2042021464 @default.
• W2006018602 cites W2043267813 @default.
• W2006018602 cites W2048990616 @default.
• W2006018602 cites W2053242843 @default.
• W2006018602 cites W2053806205 @default.
• W2006018602 cites W2056323340 @default.
• W2006018602 cites W2059854481 @default.
• W2006018602 cites W2060946515 @default.
• W2006018602 cites W2062165530 @default.
• W2006018602 cites W2064018996 @default.
• W2006018602 cites W2065182712 @default.
• W2006018602 cites W2066666266 @default.
• W2006018602 cites W2067057886 @default.
• W2006018602 cites W2067133956 @default.
• W2006018602 cites W2069123478 @default.
• W2006018602 cites W2070522574 @default.
• W2006018602 cites W2071528543 @default.
• W2006018602 cites W2075270460 @default.
• W2006018602 cites W2075432594 @default.
• W2006018602 cites W2077455167 @default.
• W2006018602 cites W2079384564 @default.
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• W2006018602 cites W2084402035 @default.
• W2006018602 cites W2087275538 @default.
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• W2006018602 cites W2101443239 @default.
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• W2006018602 cites W2110576774 @default.
• W2006018602 cites W2118233996 @default.
• W2006018602 cites W2121966976 @default.
• W2006018602 cites W2124382929 @default.
• W2006018602 cites W2128659255 @default.
• W2006018602 cites W2134062899 @default.
• W2006018602 cites W2139523973 @default.
• W2006018602 cites W2141506516 @default.
• W2006018602 cites W2142861346 @default.
• W2006018602 cites W2142882197 @default.
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• W2006018602 cites W2147558823 @default.
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• W2006018602 cites W2153850780 @default.
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• W2006018602 cites W2158820490 @default.
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• W2006018602 doi "https://doi.org/10.1039/b926608a" @default.
• W2006018602 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20411206" @default.
• W2006018602 hasPublicationYear "2010" @default.
• W2006018602 type Work @default.

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