nif gene

nif gene
[ʹnıfdʒi:n]
ген, кодирующий фиксацию (атмосферного) азота
[nitrogen-fixing]

Новый большой англо-русский словарь. 2001.

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Смотреть что такое "nif gene" в других словарях:

  • Nif gene — The nif gene is the gene responsible for the coding of proteins related and associated with the fixation of atmospheric nitrogen into a form of nitrogen available to plants. These genes are found in nitrogen fixing bacteria and cyanobacteria. Nif …   Wikipedia

  • nif gene cluster — Group of bacterial genes responsible for the biological fixation of atmospheric nitrogen …   Glossary of Biotechnology

  • NIF — or Nif may refer to: Localities Nif, former name of the town of Kemalpaşa in western Turkey Mount Nif, near Kemalpaşa The River Nif in the same region, which joins the Gediz River Organizations and other abbreviations National Ignition Facility,… …   Wikipedia

  • Nif regulon — Add caption here Klebsiella pneumoniae is a coliform bacterium that is capable of nitrogen fixation under anaerobic and microaerophilic conditions. Nitrogen fixation is regulated by nif regulon, which is a set of seven operons which includes 17… …   Wikipedia

  • Bacteroid — Rhizobien Systematik Klassifikation: Lebewesen Domäne: Bakterien Abteilung: Proteobacteria K …   Deutsch Wikipedia

  • Bacteroide — Rhizobien Systematik Klassifikation: Lebewesen Domäne: Bakterien Abteilung: Proteobacteria K …   Deutsch Wikipedia

  • Knöllchenbakterien — Rhizobien Systematik Klassifikation: Lebewesen Domäne: Bakterien Abteilung: Proteobacteria Alphaproteobacteria …   Deutsch Wikipedia

  • Rhizobiaceae — Rhizobien Systematik Klassifikation: Lebewesen Domäne: Bakterien Abteilung: Proteobacteria K …   Deutsch Wikipedia

  • Rhizobien — Systematik Klassifikation: Lebewesen Domäne: Bakterien Abteilung: Proteobacteria K …   Deutsch Wikipedia

  • Symbiosom — Rhizobien Systematik Klassifikation: Lebewesen Domäne: Bakterien Abteilung: Proteobacteria K …   Deutsch Wikipedia

  • Nitrogen fixation — is the natural process, either biological or abiotic, by which nitrogen (N2) in the atmosphere is converted into ammonia (NH3).[1] This process is essential for life because fixed nitrogen is required to biosynthesize the basic building blocks of …   Wikipedia


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