methylated cytosines
methylerede cytosiner
cytosines pairing
cytosinparring
cytosines analysis
cytosinanalyse
cytosines modification
cytosinmodifikation
cytosines sequence
cytosinsekvens
cytosines content
cytosinindhold
cytosines detection
cytosindetektion
cytosines variants
cytosinvarianter
cytosines role
cytosinernes rolle
cytosines function
cytosinernes funktion
cytosines are one of the four main building blocks of dna.
cytosiner er en af de fire hovedbestanddele i dna.
the sequence of cytosines can affect gene expression.
rækkefølgen af cytosiner kan påvirke genekspression.
mutations often occur in cytosines within the genome.
mutationer forekommer ofte i cytosiner i genomet.
scientists study cytosines to understand genetic diseases.
forskere studerer cytosiner for at forstå genetiske sygdomme.
the methylation of cytosines plays a key role in epigenetics.
methyleringen af cytosiner spiller en nøglerolle i epigenetik.
cytosines can pair with guanines during dna replication.
cytosiner kan parre sig med guanin under dna-replikation.
high concentrations of cytosines can lead to instability in dna.
høje koncentrationer af cytosiner kan føre til ustabilitet i dna.
researchers are exploring the role of cytosines in cancer development.
forskere undersøger cytosiners rolle i cancerudvikling.
cytosines are often involved in the formation of rna molecules.
cytosiner er ofte involveret i dannelsen af rna-molekyler.
the presence of cytosines can influence the stability of rna structures.
tilstedeværelsen af cytosiner kan påvirke stabiliteten af rna-strukturer.
methylated cytosines
methylerede cytosiner
cytosines pairing
cytosinparring
cytosines analysis
cytosinanalyse
cytosines modification
cytosinmodifikation
cytosines sequence
cytosinsekvens
cytosines content
cytosinindhold
cytosines detection
cytosindetektion
cytosines variants
cytosinvarianter
cytosines role
cytosinernes rolle
cytosines function
cytosinernes funktion
cytosines are one of the four main building blocks of dna.
cytosiner er en af de fire hovedbestanddele i dna.
the sequence of cytosines can affect gene expression.
rækkefølgen af cytosiner kan påvirke genekspression.
mutations often occur in cytosines within the genome.
mutationer forekommer ofte i cytosiner i genomet.
scientists study cytosines to understand genetic diseases.
forskere studerer cytosiner for at forstå genetiske sygdomme.
the methylation of cytosines plays a key role in epigenetics.
methyleringen af cytosiner spiller en nøglerolle i epigenetik.
cytosines can pair with guanines during dna replication.
cytosiner kan parre sig med guanin under dna-replikation.
high concentrations of cytosines can lead to instability in dna.
høje koncentrationer af cytosiner kan føre til ustabilitet i dna.
researchers are exploring the role of cytosines in cancer development.
forskere undersøger cytosiners rolle i cancerudvikling.
cytosines are often involved in the formation of rna molecules.
cytosiner er ofte involveret i dannelsen af rna-molekyler.
the presence of cytosines can influence the stability of rna structures.
tilstedeværelsen af cytosiner kan påvirke stabiliteten af rna-strukturer.
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