Protein Domain Architecture of Stress-Response His-Asp Phosphorelay Systems.

Ryan R. Cheng (2251069)
Ellinor Haglund (133097)
Nicholas S. Tiee (5646002)
Faruck Morcos (236059)
Herbert Levine (37097)
Joseph A. Adams (306371)
Patricia A. Jennings (133103)
José N. Onuchic (118473)

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Publication date

August 2018

DOI

10.1371/journal.pone.0201734.g001

Publisher

Public Library of Science (PLoS)

Abstract

(A) Escherichia coli osmoregulatory system. The sensor HK EnvZ transfers a phosphoryl group to the transcription-factor-type RR OmpR. (B) Bacillus subtilis sporulation control system. Phosphotransfer occurs from the sensor HK KinA, via the RR Spo0F and the histidine phosphotransfer protein Spo0B, to the transcription-factor-type response regulator Spo0A.</p

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Protein Domain Architecture of Stress-Response His-Asp Phosphorelay Systems.

Abstract

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Protein Domain Architecture of Stress-Response His-Asp Phosphorelay Systems.

Abstract

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