Приклади вживання Each gene Англійська мовою та їх переклад на Українською
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Everyone inherits two copies of each gene.
Each gene contains, on average, 27,000 letters.
Every person inherits 2 copies of each gene.
Each gene controls some aspect of cell behavior.
As stated above, every individual inherits two copies of each gene.
Each gene is an instruction to make a protein.
Each gene is interspersed with sections of non-coding DNA.
Therefore, the manifestation of each gene depends on its genotypic environment.
Each gene is responsible for a particular trait of the organism.
It's also called the law ofinheritance according to which each parent carries 2 copies of each gene.
Then each gene split into four, making 52 genes. .
Genetic engineering is based on the naive understanding of the genome based on the“One Gene- One Protein” hypothesis of 70 years ago, that each gene codes for a single protein.
Each gene can exist in a number of different forms, known as alleles.
It's particularly astonishing because each one of these organisms, each subsystem, each cell type, each gene, has evolved in its own unique environmental niche with its own unique history.
Each gene is a set of instructions for making one specific protein.
Huge scientific efforts like The Human Genome Project and related projects have recently completed a map of the entire human genome(all of the genetic material on a living thing's chromosomes),but it will take many more years to find out what each gene does and how they interact with one another.
Each gene carries the instructions for making a particular protein.
Later research, in which chemical and physicochemical methods were combined with precise genetic methods(for example, the use of various mutants and the phenomena of transduction and transformation) showed that different genes differ in the number of nucleotide pairs(from several dozens to 1,500 or more), as well as in the sequence of nucleotides,which is strictly determined for each gene and in which the genetic information is encoded.
Each gene holds the instructions for how to produce a single protein.
The information in each gene resides in a particular order of these subunits.
Each gene carries instructions for the production of a specific protein.
But because of mutations--or changes in DNA-- each gene comes in slightly different versions, and some of them are more common in one ethnic group than another.
Each gene consists of the instructions for the creation of a specific protein.
One copy of each gene comes from your mother and the other comes from your father.
Each gene is a set of chemical instructions that tells a cell how to make one of the many unique proteins in the body.
And each gene has a promoter, which is just an on-off switch, the gene coding region, and then a terminator, which indicates that this is the end of this gene, the next gene will start.
Each gene, each input, and each output is represented by a node in a directed graph in which there is an arrow from one node to another if and only if there is a causal link between the two nodes.
Since each gene is composed of 10,000 or so nucleotides arranged in some specific sequence, there are a very large number of possible combinations of nucleotides and therefore a large number of different sequences representing different bits of genetic information….