Examples of 'b-carotene' in a sentence
Meaning of "b-carotene"
B-carotene is a type of antioxidant and precursor to vitamin A that is commonly found in various fruits and vegetables
How to use "b-carotene" in a sentence
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b-carotene
B-carotene is cleaved into two molecules of retinal.
Riboflavin and B-carotene may also be used.
B-carotene and astaxanthin were used as pigments.
A small amount of B-carotene colourant is included.
B-carotene feeding also produced significant changes in lymphocyte subsets.
It is also preferred to use B-carotene as the only carotenoid.
B-carotene has actually been linked to an increase in the incidence of cancer.
The influence of the solubility of B-carotene in the solvent.
B-carotene hydroxylase genes can also be obtained from plant species.
The oxidation is reflected in the decolouration of the B-carotene.
Food high in b-carotene will help maintain their vibrant colors.
These hydrocarbons further include carotenoids such as B-carotene.
B-carotene and riboflavin both contribute to the color of orange beverages.
Another good source of B-carotene is carrots.
B-carotene crystals were recovered from the concentrate by means of controlled crystallisation and subsequent filtration.
See also
The preferred nutritional product also contains B-carotene.
B-carotene was not detectable in the various subcellular fractions of lymphocytes obtained from unsupplemented dogs.
Plasma was isolated and analyzed for concentrations of B-carotene.
B-carotene is typically derived by extraction from fermentation sources or synthesised using known chemical process.
It is also advantageous to include apocarotenal as it helps to stabilise B-carotene.
The evaluation of b-carotene kinetics showed a pattern similar to that observed with other fat-soluble vitamins.
The antioxidant level will be sufficient to protect the B-carotene.
The B-carotene is dissolved in an organic solvent.
Lycopene lacks the two cyclohexyl rings present in B-carotene.
In an alternate embodiment, B-carotene is employed and the product is canthaxanthin.
The level of antioxidant would be sufficient for B-carotene protection.
The B-carotene is thus stabilized in the membrane of the lipid vesicles.
The restraining polymer facilitates dispersion of the hydrophobic B-carotene.
Many colorants including B-carotene exist in the form of crystal suspensions.
B-Carotene is the carotene occurring most frequently in animals and vegetables.
The influence of oxidized B-carotene on the cell cycle was also studied.
Precursors of vitamins are well known and cover for example B-carotene.
The utility of B-carotene has already been described in the explanation of related art.
A composition comprising modified lupin protein and B-carotene is prepared as follows,.
The B-carotene was extracted in the organic phase and was then diluted in acetone.
It is optically inactive and also more readily soluble than B-carotene.
Different batches of extensively oxidized B-carotene were tested and gave consistent results.
Furthermore, the polymeric ingredient forms early in the oxidation of B-carotene.
In a preferred embodiment, the B-carotene derivative is zeaxanthin and the product is astaxanthin.
It belongs to the carotenoid family and its structure is similar to that of B-carotene.
The B-carotene obtained can be used in the pharmaceutical and food sectors.
The carotenoids that are preferred according to the invention are B-carotene and lycopene.
The results show that B-carotene was taken up by all lymphocyte subcellular fractions.
A third study was designed to study the uptake of B-carotene in dogs by blood lymphocytes.
All concentrations relating to activity of B-carox are expressed in micro molar equivalents of B-carotene.
Most of the methods for extraction of B-carotene from algae use oils.
After solvent removal the dispersion meets the color shade of B-carotene.
More recently, it has been suggested that B-carotene is effective as a prophylactic against cancerous diseases.
The saturation of the yellow color of butter is dependent on the B-carotene content.
The sequence of the cloned B-carotene hydroxylase gene of each candidate clone was examined.
