Dynamic spatial organization of multi-protein complexes controlling microbial polar organization, chromosome replication, and cytokinesis | Zendy

Harley H. McAdams | Zendy; Lucille Shapiro | Zendy; Mark C. Horowitz | Zendy; Gary L. Andersen | Zendy; Kenneth H. Downing | Zendy; Thomas Earnest | Zendy; Mark H. Ellisman | Zendy; Zemer Gitai | Zendy; Carolyn A. Larabell | Zendy; Patrick H. Viollier | Zendy

Open Access

Dynamic spatial organization of multi-protein complexes controlling microbial polar organization, chromosome replication, and cytokinesis

Author(s) -

Harley H. McAdams,

Lucille Shapiro,

Mark C. Horowitz,

Gary L. Andersen,

Kenneth H. Downing,

Thomas Earnest,

Mark H. Ellisman,

Zemer Gitai,

Carolyn A. Larabell,

Patrick H. Viollier

Publication year - 2012

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/1043294

Subject(s) - cytokinesis , replication (statistics) , polar , dna replication , computational biology , microbiology and biotechnology , biology , computer science , nanotechnology , cell , genetics , materials science , dna , physics , cell division , virology , astronomy

This project was a program to develop high-throughput methods to identify and characterize spatially localized multiprotein complexes in bacterial cells. We applied a multidisciplinary âsystems engineeringâ approach to the detailed characterization of localized multi-protein structures in vivo â a problem that has previously been approached on a fragmented, piecemeal basis

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