Приклади вживання Yeast cells Англійська мовою та їх переклад на Українською
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Yeast cells larger than most bacteria.
The water then spins in a large centrifuge to remove the yeast cells.
As the yeast cells die they release nutrients.
It is thereforebelieved that only monosaccharides can diffuse into yeast cells.
Therefore, in the dough or test yeast cells for a while get used to and adapt to new conditions.
When honey is exposed to ultrasonication, most of the yeast cells are destroyed.
This limit cannot be exceeded as yeast cells will not survive in a higher concentration of alcohol.
After one year of intense research,they were able to extract living yeast cells from the bottle.
When these altered yeast cells were exposed to galactose, the variation in their number of copies of the gene changed, too.
After they replaced one natural chromosome in living yeast cells by the resulting experiment.
Achieve greater content of such alcoholsfailed due to changes in the localization of enzymes in yeast cells.
In the test, the consistency is thick, so air access to yeast cells is difficult and they are almost in anaerobic conditions.
Understanding the biochemical essence of this phenomenon became possible after discharge from yeast cells fermentation systems.
Customized yeast cells will churn out novel medicines, biofuels and other useful compounds with more precision and speed than ever before.
The role of nonenzymatic posttranslational deamidation and glycosylation process in aging of yeast cells Saccharomyces paradoxus.
As a result of such thorough refinement, yeast cells with new synthetic chromosomes grew as quickly as ordinary yeast in laboratory cultures.
Ultrasonic processing is an effective means to destroy undesirable components,such as crystals and yeast cells in honey.
Frozen Yeast Protocol allows you to prepare frozen yeast cells that are competent for transformation after thawing.
Hielscher's special sonotrodes for high amplitudes in combination with pressurizable flow cells generate extreme cavitational shear forces,which disrupt even very sturdy yeast cells.
This is explained by the fact that squeezed yeast cells are grown in a yeast plant in a very dilute nutrient medium with a strong blowing of air.
Similarity of DNA-recognizing structures of the coordinated transcription activator of yeast amino acid biosynthesis enzymes genes, yeast cells differentiation regulators, development and morphogenesis regulators.
In a genetic screen, he identified yeast cells with defective transport machinery, giving rise to a situation resembling a poorly planned public transport system.
When certain yeast strains,such as Saccharomyces cerevisiae metabolize sugar, the yeast cells convert the starting material into ethanol and carbon dioxide.
It is also important that the yeast cells are grown at a yeast plant in a treacle wort containing sucrose and significantly different in composition from the flour medium in which maltose is mainly found.
While in the above environment are sugar,maltose is almost fermented and begins to assimilate yeast cells only when there are n environment monosaccharides and sucrose have fermented.
On average, most cells less copies of the gene, but yeast cells acquired more- about 10% of the total population- and became resistant to copper, thanks to which began to flourish.
The heating does help to liquefy crystals in the honey. Although, heat-treatment can effectively reduce moisture reduction, reduce and delay crystallization,and destroy yeast cells completely, it does also result in product deterioration.
On average, most cells had fewer copies of the gene, but the yeast cells that gained more copies- about 10 percent of the total population- became more resistant to copper and flourished.
In 2015, Houseley and his colleagues described a mechanism by which yeast cells seemed to be driving extra copy number variation in genes associated with ribosomes, the parts of a cell that synthesize proteins.
In 2015, Housley and his colleagues described the mechanism by which yeast cells seem to get more variations in the number of copies of genes related to ribosomes, the parts of the cell that synthesizes proteins.