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Denitrification / Nitrate reductase / Nitrite reductase / Aerobic denitrification / Archaea / Nitrogen cycle / Denitrifying bacteria / Cytochrome c nitrite reductase / Bacteria / Biology / Nitrogen metabolism / Chemistry


Document Date: 2004-10-26 17:22:30

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Company

Engelhard / ABC / /

Country

United Kingdom / Spain / /

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Facility

NAR complex / Campus Universitario de Rabanales / CuZ centre / NarGH complex / /

IndustryTerm

active site / energy conservation / energy-expensive process requiring large amounts / gene product / gene products / bacterial and archaeal nitrogenase systems / metabolic energy / nitrate reduction site / norB gene product / nitrate-reducing systems / chemical reasons / catalytic site / nifH gene product / metal cofactors / bacterial and archaeal nitrate-reducing systems / predominant gas species / bacterial and archaeal respiratory nitrate-reducing systems / gene bank sequences / nitrogenase systems / energy metabolism / quinone-binding site / marismortui nirK gene product / transport systems / abundant gas / /

Organization

National Aeronautics and Space Administration / ND ND / /

Person

Gomes / Conrado Moreno-Vivia / Severo Ochoa / Microbiology / Nas / /

ProvinceOrState

Missouri / /

URL

http /

SocialTag