| Plural | archaebacterias |
study of archaebacteria
studie af archæobakterier
archaebacteria and bacteria
archæobakterier og bakterier
archaebacterial dna analysis
archæobakteriel dna-analyse
archaebacteria are known for their ability to survive in extreme environments.
Archaebakterier er kendt for deres evne til at overleve i ekstreme miljøer.
scientists study archaebacteria to understand the origins of life on earth.
Forskere studerer archaebakterier for at forstå livets oprindelse på jorden.
some archaebacteria produce methane as a byproduct of their metabolism.
Nogle archaebakterier producerer methan som et biprodukt af deres metabolisme.
archaebacteria differ from bacteria in their genetic makeup.
Archaebakterier adskiller sig fra bakterier i deres genetiske sammensætning.
researchers are exploring the potential uses of archaebacteria in biotechnology.
Forskere undersøger de potentielle anvendelser af archaebakterier i bioteknologi.
archaebacteria can be found in hot springs and deep-sea vents.
Archaebakterier kan findes i varme kilder og dybhavsventiler.
some archaebacteria are extremophiles, thriving in harsh conditions.
Nogle archaebakterier er ekstremofile, der trives under barske forhold.
the study of archaebacteria has implications for astrobiology.
Studiet af archaebakterier har implikationer for astrobiologi.
archaebacteria play a crucial role in the carbon cycle.
Archaebakterier spiller en afgørende rolle i kulstofkredsløbet.
understanding archaebacteria helps scientists develop new antibiotics.
At forstå archaebakterier hjælper forskere med at udvikle nye antibiotika.
study of archaebacteria
studie af archæobakterier
archaebacteria and bacteria
archæobakterier og bakterier
archaebacterial dna analysis
archæobakteriel dna-analyse
archaebacteria are known for their ability to survive in extreme environments.
Archaebakterier er kendt for deres evne til at overleve i ekstreme miljøer.
scientists study archaebacteria to understand the origins of life on earth.
Forskere studerer archaebakterier for at forstå livets oprindelse på jorden.
some archaebacteria produce methane as a byproduct of their metabolism.
Nogle archaebakterier producerer methan som et biprodukt af deres metabolisme.
archaebacteria differ from bacteria in their genetic makeup.
Archaebakterier adskiller sig fra bakterier i deres genetiske sammensætning.
researchers are exploring the potential uses of archaebacteria in biotechnology.
Forskere undersøger de potentielle anvendelser af archaebakterier i bioteknologi.
archaebacteria can be found in hot springs and deep-sea vents.
Archaebakterier kan findes i varme kilder og dybhavsventiler.
some archaebacteria are extremophiles, thriving in harsh conditions.
Nogle archaebakterier er ekstremofile, der trives under barske forhold.
the study of archaebacteria has implications for astrobiology.
Studiet af archaebakterier har implikationer for astrobiologi.
archaebacteria play a crucial role in the carbon cycle.
Archaebakterier spiller en afgørende rolle i kulstofkredsløbet.
understanding archaebacteria helps scientists develop new antibiotics.
At forstå archaebakterier hjælper forskere med at udvikle nye antibiotika.
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