Further studies indicate that PKC-delta is required for calcium and green teapolyphenol-dependent regulation of end responses.
2
The pharmacokinetics of the conjugated metabolites of epigallocatechin and epicatechin were not affected by repeated green teapolyphenol treatment.
3
In an exploratory fashion, we have also determined the effect of chronic green teapolyphenol administration on UV-induced erythema response.
4
This suggests that green teapolyphenol intervention may enhance the detoxification of carcinogens in individuals with low baseline detoxification capacity.
5
No significant changes were observed in blood counts and blood chemistry profiles after repeated administration of green teapolyphenol products.
6
Four weeks of green teapolyphenol treatment at the selected dose and dosing schedule did not provide protection against UV-induced erythema.
7
No significant changes were observed in the pharmacokinetics of EGCG after repeated green teapolyphenol treatment at a regimen of 400 mg twice daily.
8
Theaflavins are the major components of teapolyphenols in brewed black tea.
9
Green teapolyphenols exhibit multiple antitumor activities, and the mechanisms of action are not completely understood.
10
Green tea and teapolyphenols have been studied extensively as cancer chemopreventive agents in recent years.
11
Epidemiological and animal data suggest tea and teapolyphenols may be preventive against various cancers, including breast cancer.
12
Purpose: Green tea and green teapolyphenols have been shown to possess cancer preventive activities in preclinical model systems.