mobile transposon
mobil transposon
transposon insertion
transposon indsættelse
transposon mutagenesis
transposon mutagenese
transposon family
transposon familie
transposon activity
transposon aktivitet
transposon elements
transposon elementer
transposon mobilization
transposon mobilisering
transposon genes
transposon gener
transposon vector
transposon vektor
transposon copy
transposon kopi
transposons can move within the genome.
transponerer kan bevæge sig inden for genomet.
researchers study transposons to understand genetic diversity.
forskere studerer transponerer for at forstå genetisk diversitet.
transposons play a role in the evolution of species.
transponerer spiller en rolle i udviklingen af arter.
some transposons can cause mutations in genes.
nogle transponerer kan forårsage mutationer i gener.
scientists are exploring the applications of transposons in gene therapy.
forskere undersøger anvendelserne af transponerer i genbehandling.
transposons can influence the expression of neighboring genes.
transponerer kan påvirke udtrykket af nærliggende gener.
understanding transposons is crucial for genetic engineering.
at forstå transponerer er afgørende for genetisk ingeniørarbejde.
transposons are often referred to as "jumping genes."
transponerer omtales ofte som "springende gener."
many plants have high levels of transposon activity.
mange planter har høje niveauer af transpononaktivitet.
transposons can be used as tools in molecular biology.
transponerer kan bruges som værktøjer i molekylærbiologi.
mobile transposon
mobil transposon
transposon insertion
transposon indsættelse
transposon mutagenesis
transposon mutagenese
transposon family
transposon familie
transposon activity
transposon aktivitet
transposon elements
transposon elementer
transposon mobilization
transposon mobilisering
transposon genes
transposon gener
transposon vector
transposon vektor
transposon copy
transposon kopi
transposons can move within the genome.
transponerer kan bevæge sig inden for genomet.
researchers study transposons to understand genetic diversity.
forskere studerer transponerer for at forstå genetisk diversitet.
transposons play a role in the evolution of species.
transponerer spiller en rolle i udviklingen af arter.
some transposons can cause mutations in genes.
nogle transponerer kan forårsage mutationer i gener.
scientists are exploring the applications of transposons in gene therapy.
forskere undersøger anvendelserne af transponerer i genbehandling.
transposons can influence the expression of neighboring genes.
transponerer kan påvirke udtrykket af nærliggende gener.
understanding transposons is crucial for genetic engineering.
at forstå transponerer er afgørende for genetisk ingeniørarbejde.
transposons are often referred to as "jumping genes."
transponerer omtales ofte som "springende gener."
many plants have high levels of transposon activity.
mange planter har høje niveauer af transpononaktivitet.
transposons can be used as tools in molecular biology.
transponerer kan bruges som værktøjer i molekylærbiologi.
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