Proteomics

Dataset Information

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Shotgun proteomic data of Desulfobacterium autotrophicum HRM2

ABSTRACT: Sulfate-reducing bacteria (SRB) play a pivotal role in the global carbon- and sulfur cycles, especially in the marine environment. Here, continental margins, coastal ranges, and shelf sediments stand out by their high input of organic matter, and more than 50% of their mineralization is achieved in the upper sediment layers, coupled to sulfate reduction. This turnover is mainly achieved by members of the family of Desulfobacteraceae of completely oxidizing SRB. Desulfobacterium autotrophicum HRM2 is a member of this family.

INSTRUMENT(S): Bruker Daltonics amaZon series

ORGANISM(S): Desulfobacterium Autotrophicum Hrm2

SUBMITTER: Lars Wöhlbrand  

LAB HEAD: Ralf Rabus

PROVIDER: PXD053606 | Pride | 2025-03-11

REPOSITORIES: Pride

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Dataset's files

Source:
Action DRS
HRM2_1ug_Lact-18_GA3_01_1050.dat Other
HRM2_1ug_Lact-18_GA3_01_1050.zip Other
HRM2_1ug_Lact-1_GA1_01_1046.dat Other
HRM2_1ug_Lact-1_GA1_01_1046.zip Other
HRM2_1ug_Lact-7_GA2_01_1048.dat Other
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Publications

Key role of <i>Desulfobacteraceae</i> in C/S cycles of marine sediments is based on congeneric catabolic-regulatory networks.

Wöhlbrand Lars L   Dörries Marvin M   Siani Roberto R   Medrano-Soto Arturo A   Schnaars Vanessa V   Schumacher Julian J   Hilbers Christina C   Thies Daniela D   Kube Michael M   Reinhardt Richard R   Schloter Michael M   Saier Milton H MH   Winklhofer Michael M   Rabus Ralf R  

Science advances 20250307 10

Marine sediments are highly bioactive habitats, where sulfate-reducing bacteria contribute substantially to seabed carbon cycling by oxidizing ~77 Tmol C<sub>org</sub> year<sup>-1</sup>. This remarkable activity is largely attributable to the deltaproteobacterial family <i>Desulfobacteraceae</i> of complete oxidizers (to CO<sub>2</sub>), which our biogeography focused meta-analysis verified as cosmopolitan. However, the catabolic/regulatory networks underlying this ecophysiological feat at the t  ...[more]

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