Path Similarity Analysis: A Method for Quantifying Macromolecular Pathways von Seyler, Sean L, Kumar, Avishek, Thorpe, M F, Beckstein, Oliver

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Surmounting potential barriers: Hydrodynamic memory hedges against thermal fluctuations in particle transport von Seyler, Sean L., Pressé, Steve

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Structure of the SLC4 transporter Bor1p in an inward‐facing conformation von Coudray, Nicolas, L. Seyler, Sean, Lasala, Ralph, Zhang, Zhening, Clark, Kathy M., Dumont, Mark E., Rohou, Alexis, Beckstein, Oliver, Stokes, David L.

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Hydrodynamic interaction facilitates the unsteady transport of two neighboring vesicles von Lee, Julian, Seyler, Sean L., Pressé, Steve

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A numerical study on microfluidic devices to maintain the concentration and purity of dielectrophoresis-induced separated fractions of analyte von Rasel, A. K. M. Fazlul Karim, Seyler, Sean L., Hayes, Mark A.

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Correction: Path Similarity Analysis: A Method for Quantifying Macromolecular Pathways von Seyler, Sean L, Kumar, Avishek, Thorpe, M F, Beckstein, Oliver

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Enhanced Green Fluorescent Protein Streaming Dielectrophoresis in Insulator-Based Microfluidic Devices von Sheu, Jerry, Seyler, Sean, Fazlul Karim Rasel, A K M, Hayes, Mark A

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Long-time persistence of hydrodynamic memory boosts microparticle transport von Seyler, Sean L., Pressé, Steve

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Predation Strategies of Bdellovibrio bacteriovorus von Carlson, Mikayla, Seyler, Sean L., Pressé, Steve

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Hydrodynamic Brownian motion and nanoscale transport efficiency in liquids (APS March Meeting 2019 presentation slides) von Seyler, Sean, Pressé, Steve

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Path Similarity Analysis: A Method for Quantifying Macromolecular Pathways: e1004568 von Seyler, Sean L, Kumar, Avishek, Thorpe, M F, Beckstein, Oliver

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Quantifying Macromolecular Conformational Transition Pathways von Beckstein, Oliver, Seyler, Sean L., Kumar, Avishek, Thorpe, Michael F.

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Quantifying Macromolecular Transition Paths with Path Similarity Analysis von Seyler, Sean L., Kumar, Avishek, Colburn, Taylor, Thorpe, Michael F., Beckstein, Oliver

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Molecular hydrodynamic theory of the velocity autocorrelation function von Seyler, Sean L, Seyler, Charles E

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Surmounting potential barriers: hydrodynamic memory hedges against thermal fluctuations in particle transport von Seyler, Sean, Pressé, Steve

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Long-time persistence of hydrodynamic memory boosts microparticle transport von Seyler, Sean L, Pressé, Steve

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Enhanced Transport of Two Spheres in Viscous Fluid von Lee, Julian, Seyler, Sean L, Pressé, Steve

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Molecular dynamics trajectory for benchmarking MDAnalysis von Seyler, Sean, Beckstein, Oliver

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Simulated trajectory ensembles for the closed-to-open transition of adenylate kinase from DIMS MD and FRODA von Beckstein, Oliver, Seyler, Sean L., Avishek Kumar

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Path Similarity Analysis: a Method for Quantifying Macromolecular Pathways von Seyler, Sean L, Kumar, Avishek, Thorpe, Michael F, Beckstein, Oliver

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