The hypothetical enzymatic nitrate reduction system in strain V6Fe1T according to the nitrate/electron donor balance.

Strain V6Fe1T is unique within the Deferribacterota phylum by its ability to perform denitrification. NapA is the soluble periplasmic nitrate reductase characterized by its strong affinity for nitrate. We hypothesize that in case of excess of reduci...

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Bibliographic Details
Main Author:	Grégoire Galès (20861795) (author)
Other Authors:	Mélanie Hennart (20861798) (author), Maverick Hannoun (20861801) (author), Anne Postec (6983204) (author), Gaël Erauso (104265) (author)
Published:	2025
Subjects:	Microbiology Evolutionary Biology Ecology Virology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified target genes revealed redox partners yet recently described family optimum growth temperature nitrite reductase formate experimental data suggest div >< p 60 ° c rotca cycle ). novel species named deferrivibrio metallireducens </ new thermophilic bacterium nitrate reduction pathways dissimilatory nitrate reduction </ sup >, </ sup >) designated strain v6fe1 iii ), mn novel thermophilic nitrate reduction iii ), </ sup negative bacterium dnra ). via </ deferrivibrionaceae </ deferribacterota </ type strain strain v6fe1 sediments heated qpcr analysis proteinaceous substrates phenotypic properties performs dnra organic acids nitrous oxide metabolic versatility jcm 39088 hydrothermal circulation hot sediments hcp protein grows chemoorganotrophically electron donor electron acceptors electron acceptor dsm 27501 dependent nrfa culture experiments anaerobic gram aeolian islands
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The hypothetical enzymatic nitrate reduction system in strain V6Fe1<sup>T</sup> according to the nitrate/electron donor balance.

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