PLoS Comput Biol May 2023 PMID 37216343

Fast and versatile sequence-independent protein docking for nanomaterials design using RPXDock.

William Sheffler, Erin C Yang, Quinton Dowling, Yang Hsia, Chelsea N Fries, Jenna Stanislaw, Mark D Langowski, Marisa Brandys, Zhe Li, Rebecca Skotheim, Andrew J Borst, Alena Khmelinskaia, Neil P King, David Baker

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Peak: 8 in Oct 2022

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The posts mainly highlight the publication's title and source, such as 'Fast and versatile sequence-independent protein docking for nanomaterials design using RPXDock,' without additional commentary or critical analysis. The tone is neutral and factual, indicating a basic acknowledgment rather than active engagement or enthusiasm about the research's potential impact.

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Abstract in brief

RPXDock is a fast, flexible, and customizable software tool designed for sequence-independent protein docking, specifically for creating multi-subunit nanomaterial assemblies with various symmetric structures.
It uses a hierarchical search method and residue-pair scoring to quickly explore possible docking configurations across different architectures, making it suitable for designing new materials like vaccines.
The software offers multiple scoring and filtering options, along with practical guidelines for users to optimize and refine their docking results for specific applications.]

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Sequence-Independent Protein Docking for Nanomaterials Design Using RPXDock

RPXDock is a fast, flexible software for sequence-independent protein docking, enabling the creation of multi-subunit nanomaterials with various symmetric structures. It employs hierarchical search and residue-pair…

Social RTCL TV · Oct 2, 2023 30 views

NobuoMaita

@nob_mai · X

8FWD Fast and versatile sequence- independent protein docking for nanomaterials design using RPXDock Baker lab

May 10, 2023 · 1,072 followers View post →

Sam Tipps

@SamTipps · X