Примеры использования These genes на Английском языке и их переводы на Русский язык
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These genes are called markers.
There is a way we can turn these genes off.
These genes account for about 2% all genetic memory of chromosomes.
Over millions of years, these genes got all but wiped out.
These genes reduce male gene activation and increase it.
In short, this means that if a female carries one of these genes, then visually it will look like one of them.
These genes code for cytochrome P450s involved in fatty acid synthesis.
It is evident that the hypothesis needs further extension studies to confirm the significance of these genes in HIV infection pathogenesis.
Some of these genes are also involved in other autoimmune diseases.
There are several scientific studies in which the role of genes in cancers does not exceed 2-5%, andthe rest are factors that include these genes.
Mutations in these genes significantly increase the risk of breast and ovarian cancer in women.
If the same response element sequence is located in the control regions of different genes, then these genes will be activated by the same stimuli, thus producing a coordinated response.
These genes share close identity with the bacterial deaminases involved in nucleotide metabolism.
Plant breeders now use these genes to breed wheat varieties that are resistant to a range of diseases.
These genes can add important traits, such as robustness or frost resistance, to their cultivated relatives.
It was connected with the fact that these genes are responsible for the synthesis of intercellular substance components(aggrecan and type II collagen) 77.
These genes code for transcription factors that combine to cause tissue specification in their respective regions during development.
In addition to their main functions, these genes in an unusual way affect each other- HGF plays the role of a«brake» VEGF165, reducing the rate of growth and number of new vessels.
These genes code for nucleoprotein(N), phosphoprotein(P), matrix protein(M), glycoprotein(G) and the viral RNA polymerase L.
That means these genes' activity is associated with aging and beyond the reproductive period.
These genes code for a histone methyltransferase(KMT2D) and a histone demethylase(KDM6A), and play a part in the regulation of gene expression.
Plants containing these genes often come from tropical or equatorial zones and have many characteristics in common.
Of these genes, phlD encodes a type III polyketide synthase, representing the key biosynthetic factor for 2,4-DAPG production.
The proteins made by these genes are involved in repairing damaged DNA via the transcription-coupled repair mechanism, particularly the DNA in active genes. .
These genes code for the NADH dehydrogenase protein involved in the normal mitochondrial function of oxidative phosphorylation.
The evolution assists in keeping these genes' activity in old age, andif the mutagenesis in such genes is weak, these genes will probably be able to play a positive role in the health maintenance in a senescent organism.
These genes may be transferred from non-disease-causing bacteria to those that do cause disease, leading to clinically significant antibiotic resistance.
Some of these genes express inflammatory signal proteins, which affect cells in the immune system that are also involved in psoriasis.
These genes are embedded in the bacterial chromosome but do not obviously confer resistance, because their level of expression is usually low or they are not expressed.
As soon as these genes will be identified by scientists, anyone, even a child, will be able to acquire hovering skills following only an insignificant genotype adjustment.