Примери за използване на Molecule's на Английски и техните преводи на Български
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Contribute to function by affecting the molecule's shape.
This molecule's activity is not preventive, but healing.
Essentially, is a photograph of a molecule's shadow.
We used the molecule's own resonance to calculate the field.
To become stable, they must get some other molecule's electron.
The molecule's nanographene structure has a dark color that absorbs large amounts of sunlight.
This is a necessary part of mapping the spirit molecule's territory.
Each of the IgE molecule's heavy chains contain a variable region that accounts for antigen specificity.
Built for the 1958 World Fair,the Atomium signifies a molecule's nine atoms- magnified 165 billion times.
Thus, the molecule's observed"effect" on cell growth is nothing more than the well-known cytotoxic effect of alcohol.
For something a little more modern the Atomium was built for the 1958 World Fair and represents a molecule's nine atoms- magnified 165 billion times.
Once inside the cell(in the cytoplasm), the molecule's acetyl group is removed by enzymes, and the free carnitine is ready for action.
For decades, perfumers andscientists have struggled to predict the relationship between a molecule's structure and its scent.
The scientists note that the force exerted on the molecule's electrons is larger than what would be experienced surrounding an astrophysical black hole of about 10 times the mass of the sun.
This architecture, the"tertiary structure" of molecules, depends in a complicated way on each molecule's basic composition, or"primary structure.".
Affinity is the force of binding of one antibody molecule's paratope with its corresponding epitope on the antigen molecule and can be determined only by a single monovalent Fab fragment.
This shape, which is called the"tertiary structure" of a molecule, depends in a complicated way on the molecule's basic composition, or"primary structure.".
Above a certain temperature, one of the molecule's forms is more stable than the other, and so a reaction takes place producing a molecule with a slightly different absorption of light, and thus a different colour.
The term"motif" most often refers to any sequence pattern that is predictive of a molecule's function, a structural feature, or family membership.
Above a certain temperature, one of the molecule's forms is more stable than the other, and so a reaction takes place producing a molecule with a slightly different absorption of light, and thus a different colour.
Current techniques involve using a crystal of the molecule thatneeds to be imaged, and X-ray diffraction to pick up the molecule's average structure.
In superionic water, intense heat breaks the bonds between a water molecule's atoms, leaving a solid crystal structure of oxygen atoms, and a flow of hydrogen nuclei or ions in between them- creating both a solid and a liquid at the same time.
Among those was the largest phage found to date with a genome of 735,000 base pairs- the pairs of nucleotides that make up the rungs of the DNA molecule's“ladder” structure- or nearly 15 times larger than the average phage.
When you expose the natural"cis-" isomer of a polyunsaturated fat to a great deal of heat and pressure(as is done in the partial hydrogenation of vegetable oils),you can literally twist its structure, rearranging the molecule's orientation in space.
Watson proposed a model for the spatial structure of DNA(the double helix);the model made it possible to explain how genetic information is coded in the DNA molecule and to advance the hypothesis of the mechanism of the molecule's self-reproduction(replication).
For nematic LCDs, the change in optical properties results from orienting the molecular axes either along or perpendicular to the applied electric field,the preferred direction being determined by the details of the molecule's chemical structure.
Resistance to fluoroquinolones occurs by chromosomal mutation with three mechanisms: Decrease of the bacterial wall permeability, expression of efflux pump, ormutation of enzymes responsible for the molecule's binding site.
For nematic LCDs, the change in optical properties results from orienting the molecular axes either along or perpendicular to the applied electric field,the preferred direction being determined by the details of the molecule's chemical structure.
Griffin's molecules became photosensitive.
The squalene's molecule is unstable due to the presence of unsaturated links.