nitrogenases activity
nitrogenasernes aktivitet
nitrogenases function
nitrogenasernes funktion
nitrogenases genes
nitrogenasegener
nitrogenases production
nitrogenasernes produktion
nitrogenases role
nitrogenasernes rolle
nitrogenases research
nitrogenasernes forskning
nitrogenases inhibitors
nitrogenasehæmmere
nitrogenases systems
nitrogenasesystemer
nitrogenases diversity
nitrogenasernes diversitet
nitrogenases play a crucial role in nitrogen fixation.
nitrogenaser spiller en afgørende rolle i kvælstoffiksering.
many microorganisms produce nitrogenases to convert atmospheric nitrogen.
mange mikroorganismer producerer nitrogenaser for at omdanne atmosfærisk kvælstof.
the efficiency of nitrogenases can impact soil fertility.
nitrogenasernes effektivitet kan påvirke jordens frugtbarhed.
researchers are studying the structure of nitrogenases.
forskere studerer strukturen af nitrogenaser.
some plants rely on symbiotic bacteria that produce nitrogenases.
nogle planter er afhængige af symbiotiske bakterier, der producerer nitrogenaser.
nitrogenases are essential for sustainable agriculture.
nitrogenaser er essentielle for bæredygtigt landbrug.
understanding how nitrogenases work can improve crop yields.
at forstå, hvordan nitrogenaser fungerer, kan forbedre udbyttet af afgrøder.
genetic engineering may enhance the activity of nitrogenases.
genetisk ingeniørarbejde kan muligvis forbedre aktiviteten af nitrogenaser.
nitrogenases are sensitive to oxygen levels in their environment.
nitrogenaser er følsomme over for iltniveauer i deres miljø.
the discovery of new nitrogenases could revolutionize agriculture.
opdagelsen af nye nitrogenaser kan revolutionere landbruget.
nitrogenases activity
nitrogenasernes aktivitet
nitrogenases function
nitrogenasernes funktion
nitrogenases genes
nitrogenasegener
nitrogenases production
nitrogenasernes produktion
nitrogenases role
nitrogenasernes rolle
nitrogenases research
nitrogenasernes forskning
nitrogenases inhibitors
nitrogenasehæmmere
nitrogenases systems
nitrogenasesystemer
nitrogenases diversity
nitrogenasernes diversitet
nitrogenases play a crucial role in nitrogen fixation.
nitrogenaser spiller en afgørende rolle i kvælstoffiksering.
many microorganisms produce nitrogenases to convert atmospheric nitrogen.
mange mikroorganismer producerer nitrogenaser for at omdanne atmosfærisk kvælstof.
the efficiency of nitrogenases can impact soil fertility.
nitrogenasernes effektivitet kan påvirke jordens frugtbarhed.
researchers are studying the structure of nitrogenases.
forskere studerer strukturen af nitrogenaser.
some plants rely on symbiotic bacteria that produce nitrogenases.
nogle planter er afhængige af symbiotiske bakterier, der producerer nitrogenaser.
nitrogenases are essential for sustainable agriculture.
nitrogenaser er essentielle for bæredygtigt landbrug.
understanding how nitrogenases work can improve crop yields.
at forstå, hvordan nitrogenaser fungerer, kan forbedre udbyttet af afgrøder.
genetic engineering may enhance the activity of nitrogenases.
genetisk ingeniørarbejde kan muligvis forbedre aktiviteten af nitrogenaser.
nitrogenases are sensitive to oxygen levels in their environment.
nitrogenaser er følsomme over for iltniveauer i deres miljø.
the discovery of new nitrogenases could revolutionize agriculture.
opdagelsen af nye nitrogenaser kan revolutionere landbruget.
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