Приклади вживання Genetic drift Англійська мовою та їх переклад на Українською
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Genetic drift is most important in small populations.
This kind of change in allele frequency is called genetic drift.
Genetic drift is the most important in tiny populations.
Th change in genefrequencies by chance is called genetic drift.
Genetic drift is more pronounced in small populations.
Confusion can arise with two very similar terms,antigenic shift and genetic drift.
In such circumstances genetic drift and founder effects may have been maximised.
Fisher andWright had some fundamental disagreements about the role of selection and genetic drift.
Neutral Model, genetic drift and the Third Way- a synopsis of the self-inflicted demise of the evolutionary paradigm.
Six instances of speciation in house mice on Madeira within the past 500 years havebeen the consequence of only geographic isolation, genetic drift, and chromosomal fusions.
A phenomenon known as genetic drift can cause certain genetic variations to become“fixed.”.
A high lineage diversity was found, at both haplotype and haplogroup levels(98.74 and 82.83%, respectively),demonstrating the absence of a strong genetic drift, the research said.
Through natural selection or genetic drift, a population's inherited traits change from generation to generation.
Now lots of factors play a role in how species change over time including mutation, migration, random changes in how frequently some alleles show up,a process known as genetic drift.
As well, it is different from random genetic drift, which is an important mechanism in population genetics.
Genetic drift, mutations and the shuffling of the gene pool can bring about only minor changes in life, changes creationists label variations within the Genesis kinds.
This hypothesis states that the highincidence of the 1278insTATC mutation is the result of genetic drift, which amplified a high frequency that existed by chance in an early founder population.
Genetic drift, natural selection, mutation, and others would have all been viable mechanisms driving speciation in a new world going through radical climate changes and ongoing geological upheavals.
This hypothesis states that the highincidence of the 1278insTATC mutation is the result of genetic drift, which amplified a high frequency that existed by chance in an early founder population.
Genetic drift is very different and much more broadly applicable; it refers to the gradual accumulation in any DNA sequence of random mutational changes that do not interfere with the DNA's function and thus that are not seen by natural selection.
He introduced the"infiniteallele" and"infinite site" models for the study of genetic drift, both of which would be used widely as the field of molecular evolution grew alongside the number of available peptide and genetic sequences.
In that year he introduced the neutral theory of molecular evolution, the idea that, at the molecular level, the large majority of genetic change is neutral with respect to natural selection-making genetic drift a primary factor in evolution[6].
Gradually, natural selection and genetic drift resulting from human activities began to differentiate these wolves from the larger autonomous population.
In the same way that the genes of two isolated populations of organisms will drift apart slowly because ofrandom mutations in the so-called process of evolutionary or genetic drift, two otherwise similar societies will also drift apart institutionally- albeit, again, slowly.
There is a well-known and simple phenomenon called‘genetic drift', through which varying forms(alleles) of genes(stretches of DNA coding for various characteristics) can become lost in small populations.
Genetic and memetic drift in small populations.
Antigenic drift is a kind of genetic variation in viruses, arising by the accumulation of mutations in the virus genes that code for virus-surface proteins that host antibodies recognize.