<p>The three curves are for 100 bp (dashed), 300 bp (dotted) and 500 bp (solid) DNA. Here, <i>ξ</i> and <i>L</i><sub><i>C</i></sub> are the actual persistence and contour lengths, respectively.</p
<p>The persistence length and thus the bending rigidity increases with higher cutoff length and high...
<p>For six DNA sequences, the DNA extension <i>Z</i> is measured as function of the applied supercoi...
<p>Standard curve of known DNA (1.0×10<sup>0</sup> to 1.0×10<sup>7</sup> copies/µl) and threshold cy...
<p>The solid line is a fit to the data given by <i>f</i>(<i>ξ</i>) = 1 –<i>A</i>/<i>ξ</i>. (Insert) ...
<p>The data are obtained by sectioning the DNA into segments of 30 nm (diamond), 80 nm (circle), and...
<p>(A) The force-extension curves of λ-DNA without drug (<i>L</i> = 16.5±0.04 µm, <i>P</i> = 44.0±2....
<p>(a) Experimental uncorrected results (blue triangles) showing the variation of persistence length...
Persistence length is the foremost measure of DNA flexibility. Its origins lie in polymer theory whi...
<p>For each bead radius, a curve based on the numerical fit given in <a href="http://www.plosone.org...
The data provided here contains experimental results, all Matlab codes for statistical analysis and ...
<p>Each data curve was the average of at least three independent measurements.</p
Mechanical characteristics of DNA in the sub-persistence-length (<i>l</i><sub>P</sub> ≈ 150 base pai...
International audienceSequence dependency of DNA intrinsic bending properties has been emphasized as...
<p><b>A</b> Multiplexed measurements of the persistence length, L<sub>p</sub>, versus the contour le...
<p>The percentage of samples with successful identification of the genetic barcode (top), the concen...
<p>The persistence length and thus the bending rigidity increases with higher cutoff length and high...
<p>For six DNA sequences, the DNA extension <i>Z</i> is measured as function of the applied supercoi...
<p>Standard curve of known DNA (1.0×10<sup>0</sup> to 1.0×10<sup>7</sup> copies/µl) and threshold cy...
<p>The solid line is a fit to the data given by <i>f</i>(<i>ξ</i>) = 1 –<i>A</i>/<i>ξ</i>. (Insert) ...
<p>The data are obtained by sectioning the DNA into segments of 30 nm (diamond), 80 nm (circle), and...
<p>(A) The force-extension curves of λ-DNA without drug (<i>L</i> = 16.5±0.04 µm, <i>P</i> = 44.0±2....
<p>(a) Experimental uncorrected results (blue triangles) showing the variation of persistence length...
Persistence length is the foremost measure of DNA flexibility. Its origins lie in polymer theory whi...
<p>For each bead radius, a curve based on the numerical fit given in <a href="http://www.plosone.org...
The data provided here contains experimental results, all Matlab codes for statistical analysis and ...
<p>Each data curve was the average of at least three independent measurements.</p
Mechanical characteristics of DNA in the sub-persistence-length (<i>l</i><sub>P</sub> ≈ 150 base pai...
International audienceSequence dependency of DNA intrinsic bending properties has been emphasized as...
<p><b>A</b> Multiplexed measurements of the persistence length, L<sub>p</sub>, versus the contour le...
<p>The percentage of samples with successful identification of the genetic barcode (top), the concen...
<p>The persistence length and thus the bending rigidity increases with higher cutoff length and high...
<p>For six DNA sequences, the DNA extension <i>Z</i> is measured as function of the applied supercoi...
<p>Standard curve of known DNA (1.0×10<sup>0</sup> to 1.0×10<sup>7</sup> copies/µl) and threshold cy...
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