Search Results - "DORFMAN, K. D"

One-Parameter Scaling Theory for DNA Extension in a Nanochannel by Werner, E, Cheong, G K, Gupta, D, Dorfman, K D, Mehlig, B

“…Experiments measuring DNA extension in nanochannels are at odds with even the most basic predictions of current scaling arguments for the conformations of…”
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Force-driven transport through periodic entropy barriers by Laachi, N, Kenward, M, Yariv, E, Dorfman, K. D

“…We analyze the transport of a point-size Brownian particle under the influence of a constant and uniform force field through a slowly varying periodic channel…”
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Electrophoretic separation of DNA in gels and nanostructures by Salieb-Beugelaar, G B, Dorfman, K D, van den Berg, A, Eijkel, J C T

“…The development of nanostructure devices has opened the door to new DNA separation techniques and fundamental investigations. With advanced nanotechnologies,…”
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Polymerase chain reaction in natural convection systems: A convection-diffusion-reaction model by Yariv, E, Ben-Dov, G, Dorfman, K. D

“…We present a rational scheme for modeling natural convection-driven polymerase chain reaction (PCR), where many copies of a DNA template are made by cycling…”
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Distribution of label spacings for genome mapping in nanochannels by Ödman, D., Werner, E., Dorfman, K. D., Doering, C. R., Mehlig, B.

“…In genome mapping experiments, long DNA molecules are stretched by confining them to very narrow channels, so that the locations of sequence-specific…”
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Exact lattice calculations of dispersion coefficients in the presence of external fields and obstacles by GAUTHIER, M. G, SLATER, G. W, DORFMAN, K. D

“…We present a study of the field-dependent dispersion coefficient of point-like particles in various 2D overdamped systems with obstructions (periodic,…”
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Hairpins in the conformations of a confined polymer by Werner, E., Jain, A., Muralidhar, A., Frykholm, K., St Clere Smithe, T., Fritzsche, J., Westerlund, F., Dorfman, K. D., Mehlig, B.

“…If a semiflexible polymer confined to a narrow channel bends around by 180°, the polymer is said to exhibit a hairpin. The equilibrium extension statistics of…”
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Generalized Taylor-Aris Dispersion in Spatially Periodic Microfluidic Networks. Chemical Reactions by Dorfman, K. D., Brenner, H.

“…Macrotransport theory governing solute transport in spatially periodic networks is extended so as to account for first-order, irreversible chemical reactions…”
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Quantitative Microfluidic Separation of DNA in Self-Assembled Magnetic Matrixes by Minc, Nicolas, Fütterer, Claus, Dorfman, Kevin D, Bancaud, Aurélien, Gosse, Charlie, Goubault, Cécile, Viovy, Jean-Louis

“…We present an experimental study of the microfluidic electrophoresis of long DNA in self-assembling matrixes of magnetic bead columns. Results are presented…”
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Distribution of label spacings for genome mapping in nanochannels by Ödman, D, Werner, E, Dorfman, K. D, Doering, C. R, Mehlig, B

“…Biomicrofluidics 12 (2018) 024105 In genome mapping experiments, long DNA molecules are stretched by confining them to very narrow channels, so that the…”
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One-parameter scaling theory for DNA extension in a nanochannel by Werner, E, Cheong, G. K, Gupta, D, Dorfman, K. D, Mehlig, B

“…Phys. Rev. Lett. 119, 268102 (2017) Experiments measuring DNA extension in nanochannels are at odds with even the most basic predictions of current scaling…”
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Hairpins in the conformations of a confined polymer by Werner, E, Jain, A, Muralidhar, A, Frykholm, K, Smithe, T. St Clere, Fritzsche, J, Westerlund, F, Dorfman, K. D, Mehlig, B

“…Biomicrofluidics 12, 024105 (2018) If a semiflexible polymer confined to a narrow channel bends around by 180 degrees, the polymer is said to exhibit a…”
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Finite-size corrections for confined polymers in the extended de Gennes regime by Smithe, T. St Clere, Iarko, V, Muralidhar, A, Werner, E, Dorfman, K. D, Mehlig, B

“…Phys. Rev. E 92, 062601 (2015) Theoretical results for the extension of a polymer confined to a channel are usually derived in the limit of infinite contour…”
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Modeling DNA Electrophoresis in Microfluidic Entropic Trapping Devices by Dorfman, Kevin D, Brenner, Howard

“…Entropic trapping constitutes a novel scheme for separating various length strands of DNA using microfluidic chips etched to periodically varying depths. Deep…”
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Hydrodynamics of DNA confined in nanoslits and nanochannels by Dorfman, K. D., Gupta, D., Jain, A., Muralidhar, A., Tree, D. R.

“…Modeling the dynamics of a confined, semiflexible polymer is a challenging problem, owing to the complicated interplay between the configurations of the chain,…”
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Droplet fusion by alternating current (AC) field electrocoalescence in microchannels by Chabert, Max, Dorfman, Kevin D., Viovy, Jean-Louis

“…We present a system for the electrocoalescence of microfluidic droplets immersed in an immiscible solvent, where the undeformed droplet diameters are…”
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Finite-size corrections for confined polymers in the extended de Gennes regime by Smithe, Toby St Clere, Iarko, Vitalii, Muralidhar, Abhiram, Werner, Erik, Dorfman, Kevin D, Mehlig, Bernhard

“…Theoretical results for the extension of a polymer confined to a channel are usually derived in the limit of infinite contour length. But experimental studies…”
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Contamination-Free Continuous Flow Microfluidic Polymerase Chain Reaction for Quantitative and Clinical Applications by Dorfman, Kevin D, Chabert, Max, Codarbox, Jean-Hugues, Rousseau, Gilles, de Cremoux, Patricia, Viovy, Jean-Louis

“…We present a method for performing polymerase chain reaction (PCR) using isolated droplets flowing in an immiscible fluorinated solvent system. Thanks to an…”
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Non-markovian transport of DNA in microfluidic post arrays by MINC, Nicolas, VIOVY, Jean-Louis, DORFMAN, Kevin D

“…We present an analytically solvable model for the transport of long DNA through microfluidic arrays of posts. The motion is a repetitive three-part cycle: (i)…”
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Motion of single long DNA molecules through arrays of magnetic columns by Minc, Nicolas, Bokov, Plamen, Zeldovich, Konstantin B., Fütterer, Claus, Viovy, Jean-Louis, Dorfman, Kevin D.

“…We present a videomicroscopy study of T4 DNA (169 kbp) in microfluidic arrays of posts formed by the self‐assembly of magnetic beads. We observe DNA moving…”
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