FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2938202062> ?p ?o ?g. }

• W2938202062 endingPage "106146" @default.
• W2938202062 startingPage "106146" @default.
• W2938202062 abstract "Review and analyses of the experimental data indicate that in nearly all cases bending elastic constants of the effective springs between bp of DNA actually undergo a net increase with increasing T from 278 to 315 K. The exceptions to this rule are bending elastic constants obtained from equilibrium topoisomer distributions of a 2686 bp pUC19 DNA by assuming a fixed T-independent value of the torsion elastic constant. When the same data are analyzed using measured T-dependent values of the torsion elastic constant, which decline with increasing T, a modest increase in bending elastic constant with increasing T is obtained. After revising the torsion elastic constants of the previously formulated two-state cooperative transition model to account for additional data, that model is fitted to the bending elastic constants reckoned from the aforementioned topoisomer distributions to determine the best-fit values for each state. The rather good fit implies a strong negative linear correlation between the inverse bending and inverse torsion elastic constants as T is varied. Predictions of the resulting two-state model, wherein each state has fixed bending and torsion elastic constants, agree surprisingly well with single-molecule relative extension and torque data. The same model also yields good agreement with numerous other experimental data. With increasing T the equilibrium is shifted from the (longer, torsionally stiffer, flexurally softer) b-state toward the (shorter, torsionally softer, flexurally stiffer) a-state. This transition is suggested to be the origin of the so-called broad pre-melting transition exhibited by many, but not all, DNAs." @default.
• W2938202062 created "2019-04-25" @default.
• W2938202062 creator A5070015753 @default.
• W2938202062 date "2019-08-01" @default.
• W2938202062 modified "2023-09-26" @default.
• W2938202062 title "Temperature-dependence of the bending elastic constant of DNA and extension of the two-state model. Tests and new insights" @default.
• W2938202062 cites W1515510847 @default.
• W2938202062 cites W1555036629 @default.
• W2938202062 cites W1965409637 @default.
• W2938202062 cites W1966205374 @default.
• W2938202062 cites W1974089947 @default.
• W2938202062 cites W1975130446 @default.
• W2938202062 cites W1978412557 @default.
• W2938202062 cites W1981560711 @default.
• W2938202062 cites W1981758609 @default.
• W2938202062 cites W1985351590 @default.
• W2938202062 cites W1991600618 @default.
• W2938202062 cites W1995513355 @default.
• W2938202062 cites W1996027497 @default.
• W2938202062 cites W1996058312 @default.
• W2938202062 cites W1998276013 @default.
• W2938202062 cites W2000607347 @default.
• W2938202062 cites W2004973424 @default.
• W2938202062 cites W2005252152 @default.
• W2938202062 cites W2007230647 @default.
• W2938202062 cites W2010802423 @default.
• W2938202062 cites W2014310063 @default.
• W2938202062 cites W2014901554 @default.
• W2938202062 cites W2019173788 @default.
• W2938202062 cites W2023044334 @default.
• W2938202062 cites W2023473084 @default.
• W2938202062 cites W2024214216 @default.
• W2938202062 cites W2029488087 @default.
• W2938202062 cites W2031352939 @default.
• W2938202062 cites W2036464836 @default.
• W2938202062 cites W2036825805 @default.
• W2938202062 cites W2039274752 @default.
• W2938202062 cites W2043086005 @default.
• W2938202062 cites W2043251191 @default.
• W2938202062 cites W2047845822 @default.
• W2938202062 cites W2048895696 @default.
• W2938202062 cites W2049159052 @default.
• W2938202062 cites W2051365477 @default.
• W2938202062 cites W2051678720 @default.
• W2938202062 cites W2052045731 @default.
• W2938202062 cites W2055423918 @default.
• W2938202062 cites W2057992496 @default.
• W2938202062 cites W2058214939 @default.
• W2938202062 cites W2068755273 @default.
• W2938202062 cites W2069634682 @default.
• W2938202062 cites W2070028376 @default.
• W2938202062 cites W2070277286 @default.
• W2938202062 cites W2071893251 @default.
• W2938202062 cites W2072402059 @default.
• W2938202062 cites W2075048172 @default.
• W2938202062 cites W2076128181 @default.
• W2938202062 cites W2076453662 @default.
• W2938202062 cites W2076874791 @default.
• W2938202062 cites W2079110790 @default.
• W2938202062 cites W2079203736 @default.
• W2938202062 cites W2089293978 @default.
• W2938202062 cites W2089619141 @default.
• W2938202062 cites W2090520347 @default.
• W2938202062 cites W2093543052 @default.
• W2938202062 cites W2095994064 @default.
• W2938202062 cites W2098043275 @default.
• W2938202062 cites W2113564335 @default.
• W2938202062 cites W2122675744 @default.
• W2938202062 cites W2125317200 @default.
• W2938202062 cites W2126505866 @default.
• W2938202062 cites W2129864783 @default.
• W2938202062 cites W2133072315 @default.
• W2938202062 cites W2142632138 @default.
• W2938202062 cites W2143626908 @default.
• W2938202062 cites W2147866874 @default.
• W2938202062 cites W2149781508 @default.
• W2938202062 cites W2152363123 @default.
• W2938202062 cites W2157545688 @default.
• W2938202062 cites W2157650085 @default.
• W2938202062 cites W2168668212 @default.
• W2938202062 cites W2171012080 @default.
• W2938202062 cites W2330082441 @default.
• W2938202062 cites W2412411931 @default.
• W2938202062 cites W2412980382 @default.
• W2938202062 cites W2592213484 @default.
• W2938202062 cites W2611867091 @default.
• W2938202062 cites W2617047179 @default.
• W2938202062 cites W2776143762 @default.
• W2938202062 cites W2884987112 @default.
• W2938202062 cites W2886540309 @default.
• W2938202062 cites W3098566583 @default.
• W2938202062 cites W4234689925 @default.
• W2938202062 doi "https://doi.org/10.1016/j.bpc.2019.106146" @default.
• W2938202062 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31158653" @default.
• W2938202062 hasPublicationYear "2019" @default.
• W2938202062 type Work @default.
• W2938202062 sameAs 2938202062 @default.
• W2938202062 citedByCount "10" @default.

• next