نتایج جستجو برای: desulfovibrio alaskensis

تعداد نتایج: 1337  

Journal: :PeerJ 2016
Luyao Wang Peter Bradstock Chuang Li Michael J McInerney Lee R Krumholz

Rnf is a membrane protein complex that has been shown to be important in energy conservation. Here, Desulfovibrio alaskensis G20 and Rnf mutants of G20 were grown with different electron donor and acceptor combinations to determine the importance of Rnf in energy conservation and the type of ion gradient generated. The addition of the protonophore TCS strongly inhibited lactate-sulfate dependen...

2014
Hannah L. Korte Samuel R. Fels Geoff A. Christensen Morgan N. Price Jennifer V. Kuehl Grant M. Zane Adam M. Deutschbauer Adam P. Arkin Judy D. Wall

Nitrate is an inhibitor of sulfate-reducing bacteria (SRB). In petroleum production sites, amendments of nitrate and nitrite are used to prevent SRB production of sulfide that causes souring of oil wells. A better understanding of nitrate stress responses in the model SRB, Desulfovibrio vulgaris Hildenborough and Desulfovibrio alaskensis G20, will strengthen predictions of environmental outcome...

Journal: :international journal of environmental research 2013
p.a. lópez-pérez m.i. neria-gonzález l.b. flores-cotera r. aguilar-lópez

in this work, an unstructured-type mathematical model was developed to simulatecadmium (cd2+) removal by desulfovibrio alaskensis 6sr, which is a recently described sulfatereducing bacterium, whose capacity for removing heavy metals are being studied. three processesare considered in the model: 1) the sulfate reduction process, 2) the consumption of lactate ascarbon source, and 3) the metal rem...

Journal: :international journal of environmental research 0
p.a. lópez-pérez department of biotechnology & bioengineering cinvestav-ipn, instituto politécnico nacional 2508, san pedro zacatenco, 07360 méxico, d.f. m.i. neria-gonzález chemical and biochemical engineering division, tecnológico de estudios superiores de ecatepec, tecnológico, 55210, valle de anáhuac, ecatepec de morelos, estado de méxico l.b. flores-cotera department of biotechnology & bioengineering cinvestav-ipn, instituto politécnico nacional 2508, san pedro zacatenco, 07360 méxico, d.f. r. aguilar-lópez department of biotechnology & bioengineering cinvestav-ipn, instituto politécnico nacional 2508, san pedro zacatenco, 07360 méxico, d.f.

in this work, an unstructured-type mathematical model was developed to simulatecadmium (cd2+) removal by desulfovibrio alaskensis 6sr, which is a recently described sulfatereducing bacterium, whose capacity for removing heavy metals are being studied. three processesare considered in the model: 1) the sulfate reduction process, 2) the consumption of lactate ascarbon source, and 3) the metal rem...

Journal: :Journal of bacteriology 2013
Birte Meyer Jennifer Kuehl Adam M Deutschbauer Morgan N Price Adam P Arkin David A Stahl

Mineralization of organic matter in anoxic environments relies on the cooperative activities of hydrogen producers and consumers linked by interspecies electron transfer in syntrophic consortia that may include sulfate-reducing species (e.g., Desulfovibrio). Physiological differences and various gene repertoires implicated in syntrophic metabolism among Desulfovibrio species suggest considerabl...

2014
Jennifer V. Kuehl Morgan N. Price Jayashree Ray Kelly M. Wetmore Zuelma Esquivel Alexey E. Kazakov Michelle Nguyen Raquel Kuehn Ronald W. Davis Terry C. Hazen Adam P. Arkin Adam Deutschbauer

UNLABELLED The genomes of sulfate-reducing bacteria remain poorly characterized, largely due to a paucity of experimental data and genetic tools. To meet this challenge, we generated an archived library of 15,477 mapped transposon insertion mutants in the sulfate-reducing bacterium Desulfovibrio alaskensis G20. To demonstrate the utility of the individual mutants, we profiled gene expression in...

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