Study | In-vitro |
Purpose |
To measure the ginsenoside transforming activity of human intestinal microbial flora |
X axis |
Left : Ginsenoside Rb1 treatment Right : Ginseng extract treatment |
Y axis | Ginsenoside transforming activity of microbial flora |
Study | Clinical pharmacokinetics |
Purpose |
To measure the intestinal absorption of ginseng extract |
X axis | Blood sampling time |
Y axis | Plasma concentration of compound K (analytical marker of the final metabolite of ginsenoside) |
* Ref. Lee J. et al., J. Ethnopharmacol., 2009, 122(1):143-148
Dietary habits
Genetic background
Intestinal microbiome condition
Most ginsenoside compounds come with relatively higher molecular weight
when extracted by conventional methods and
they could not be absorbed into the body depending on individuals.
At every single batch, we make sure of the presence of specific marker ginsenosides
that are created by the fermentation method.
Daily Dose | Trial Period | Participants | Design |
---|---|---|---|
5 g | 24 hours | 13 healthy males | Double-blind, randomized, crossover |
Compound K
F2
Rk1+Rg5
Rg3
Rg3, Rk1+Rg5, F2, and CK ginsenosides showed
higher Cmax, AUC(0-t), and AUC(0-∞) after oral administration of FermenGIN,
compared with red ginseng extract.
The significant increase in the AUC and Cmax of ginsenosides indicates that
FermenGIN ginsenosides were absorbed better than red ginseng extract.
Test sample | Concentration | Panel |
---|---|---|
Normal red ginseng extract | 0.1% | 64 |
FermenGIN | 0.1% |
According to the statistical data of panel responses, it turned out FermenGIN is
less bitter by 14% and sweeter by 16% than normal red ginseng extract .