Vegetables are rich sources of bioactive molecules such as carotenoids,
chlorophylls, anthocyanins and flavonoids[5]. These bioactive molecules
have the ability to target at molecular level effectively by modulating
enzyme kinetics, release of cytokines, and signal transduction[6]. Among
the functional foods, use of garlic is mounting day by day because of its
health promoting potential besides basic nutrition. The medicinal uses
of various herbs have been proven experimentally as lifesaving entities,
associated with health claims owing to their rich phytochemicals
profile[7]. Health promoting aspects of garlic are mainly accredited to
its sulfur containing compounds mainly allicin and S-allylcysteine (
(SAC). Among organosulfur compounds, thiosulfinates, ajoenes and
allicin (diallyl thiosulphate) are the chief bioactive components in garlic
responsible for curing various ailments
Vegetables are rich sources of bioactive molecules such as carotenoids,chlorophylls, anthocyanins and flavonoids[5]. These bioactive moleculeshave the ability to target at molecular level effectively by modulatingenzyme kinetics, release of cytokines, and signal transduction[6]. Amongthe functional foods, use of garlic is mounting day by day because of itshealth promoting potential besides basic nutrition. The medicinal usesof various herbs have been proven experimentally as lifesaving entities,associated with health claims owing to their rich phytochemicalsprofile[7]. Health promoting aspects of garlic are mainly accredited toits sulfur containing compounds mainly allicin and S-allylcysteine ((SAC). Among organosulfur compounds, thiosulfinates, ajoenes andallicin (diallyl thiosulphate) are the chief bioactive components in garlicresponsible for curing various ailments
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