by reacting herbal drugs with phospholipids, which arecalled phytosomes. They are more bioavailable ascompared with simple herbal extracts owing to their enhanced capacity to cross the lipid-rich biomembranesand, nally, reach the blood [6]. They have improved pharmacokinetic and pharmacological parameters which
are advantageous in the treatment of acute diseases as
well as in pharmaceutical and cosmetic compositions [10].The phytosome process has been applied success-fully to many popular herbal extracts including
Ginkgobiloba
, grape seed, hawthorn, milk thistle (
Silybum mari-anum
), green tea (
Thea sinensis
) and ginseng (
Panax ginseng
). The avonoid and terpenoid components of these herbal extracts are able to directly bind to phos- phatidylcholine.
by reacting herbal drugs with phospholipids, which arecalled phytosomes. They are more bioavailable ascompared with simple herbal extracts owing to their enhanced capacity to cross the lipid-rich biomembranesand, nally, reach the blood [6]. They have improved pharmacokinetic and pharmacological parameters which
are advantageous in the treatment of acute diseases as
well as in pharmaceutical and cosmetic compositions [10].The phytosome process has been applied success-fully to many popular herbal extracts including
Ginkgobiloba
, grape seed, hawthorn, milk thistle (
Silybum mari-anum
), green tea (
Thea sinensis
) and ginseng (
Panax ginseng
). The avonoid and terpenoid components of these herbal extracts are able to directly bind to phos- phatidylcholine.
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