Matches in SemOpenAlex for { <https://semopenalex.org/work/W2004361937> ?p ?o ?g. }
- W2004361937 endingPage "772" @default.
- W2004361937 startingPage "765" @default.
- W2004361937 abstract "The rates of duplex formation for two octamers of DNA (5′ d-CACGGCTC/5′ d-GAGCCGTG and 5′ d-CACAGCAC/5′ d-GTGCTGTG), the homologous RNA, and both sets of hybrids in 1 M NaCl buffer have been measured using stopped-flow spectroscopy. In addition, the thermodynamic parameters, ΔH° and ΔS°, have been determined for the same sequences under the same buffer conditions using optical melting techniques. These data reveal a linear free energy relationship between the free energy of activation for denaturation and the change in free energy for formation of the duplexes. This relationship indicates that these duplex formation reactions occur through a common unstructured transition state that is more similar to the single strands in solution than to the ensuing duplex. In addition, these data confirm that the greater stability of RNA duplexes relative to that of homologous DNA and hybrid duplexes is controlled by the denaturation rate and not the duplex formation rate." @default.
- W2004361937 created "2016-06-24" @default.
- W2004361937 creator A5028975540 @default.
- W2004361937 creator A5033093840 @default.
- W2004361937 creator A5039604504 @default.
- W2004361937 creator A5053909439 @default.
- W2004361937 creator A5060778031 @default.
- W2004361937 creator A5061265732 @default.
- W2004361937 creator A5082840486 @default.
- W2004361937 creator A5086848596 @default.
- W2004361937 creator A5090069932 @default.
- W2004361937 creator A5090358705 @default.
- W2004361937 date "2013-01-28" @default.
- W2004361937 modified "2023-10-10" @default.
- W2004361937 title "Kinetics and Thermodynamics of DNA, RNA, and Hybrid Duplex Formation" @default.
- W2004361937 cites W1562791397 @default.
- W2004361937 cites W1571008658 @default.
- W2004361937 cites W1647075334 @default.
- W2004361937 cites W1964934737 @default.
- W2004361937 cites W1970663985 @default.
- W2004361937 cites W1974618862 @default.
- W2004361937 cites W1975335922 @default.
- W2004361937 cites W1983869679 @default.
- W2004361937 cites W1990376706 @default.
- W2004361937 cites W1991849247 @default.
- W2004361937 cites W1994422657 @default.
- W2004361937 cites W1995715002 @default.
- W2004361937 cites W1996365494 @default.
- W2004361937 cites W2004135936 @default.
- W2004361937 cites W2004342444 @default.
- W2004361937 cites W2006065113 @default.
- W2004361937 cites W2009644747 @default.
- W2004361937 cites W2010759469 @default.
- W2004361937 cites W2011217803 @default.
- W2004361937 cites W2016638271 @default.
- W2004361937 cites W2016982504 @default.
- W2004361937 cites W2018796623 @default.
- W2004361937 cites W2019292748 @default.
- W2004361937 cites W2019682748 @default.
- W2004361937 cites W2035793643 @default.
- W2004361937 cites W2047894683 @default.
- W2004361937 cites W2051713039 @default.
- W2004361937 cites W2056235956 @default.
- W2004361937 cites W2057339635 @default.
- W2004361937 cites W2058622885 @default.
- W2004361937 cites W2061712144 @default.
- W2004361937 cites W2066964638 @default.
- W2004361937 cites W2067008143 @default.
- W2004361937 cites W2067478482 @default.
- W2004361937 cites W2068694787 @default.
- W2004361937 cites W2069060802 @default.
- W2004361937 cites W2071702243 @default.
- W2004361937 cites W2073273766 @default.
- W2004361937 cites W2075110527 @default.
- W2004361937 cites W2080399269 @default.
- W2004361937 cites W2086992131 @default.
- W2004361937 cites W2091279098 @default.
- W2004361937 cites W2093593671 @default.
- W2004361937 cites W2116415905 @default.
- W2004361937 cites W2124162379 @default.
- W2004361937 cites W2141519605 @default.
- W2004361937 cites W2142785245 @default.
- W2004361937 cites W2164604555 @default.
- W2004361937 cites W2166903671 @default.
- W2004361937 cites W2320409494 @default.
- W2004361937 cites W2329360190 @default.
- W2004361937 cites W2497157186 @default.
- W2004361937 cites W2963138573 @default.
- W2004361937 doi "https://doi.org/10.1021/bi3013005" @default.
- W2004361937 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23356429" @default.
- W2004361937 hasPublicationYear "2013" @default.
- W2004361937 type Work @default.
- W2004361937 sameAs 2004361937 @default.
- W2004361937 citedByCount "72" @default.
- W2004361937 countsByYear W20043619372013 @default.
- W2004361937 countsByYear W20043619372014 @default.
- W2004361937 countsByYear W20043619372015 @default.
- W2004361937 countsByYear W20043619372016 @default.
- W2004361937 countsByYear W20043619372017 @default.
- W2004361937 countsByYear W20043619372018 @default.
- W2004361937 countsByYear W20043619372019 @default.
- W2004361937 countsByYear W20043619372020 @default.
- W2004361937 countsByYear W20043619372021 @default.
- W2004361937 countsByYear W20043619372022 @default.
- W2004361937 countsByYear W20043619372023 @default.
- W2004361937 crossrefType "journal-article" @default.
- W2004361937 hasAuthorship W2004361937A5028975540 @default.
- W2004361937 hasAuthorship W2004361937A5033093840 @default.
- W2004361937 hasAuthorship W2004361937A5039604504 @default.
- W2004361937 hasAuthorship W2004361937A5053909439 @default.
- W2004361937 hasAuthorship W2004361937A5060778031 @default.
- W2004361937 hasAuthorship W2004361937A5061265732 @default.
- W2004361937 hasAuthorship W2004361937A5082840486 @default.
- W2004361937 hasAuthorship W2004361937A5086848596 @default.
- W2004361937 hasAuthorship W2004361937A5090069932 @default.
- W2004361937 hasAuthorship W2004361937A5090358705 @default.
- W2004361937 hasConcept C104317684 @default.
- W2004361937 hasConcept C121332964 @default.