15-03-2021, 10:34 PM
(This post was last modified: 16-03-2021, 07:02 AM by PleasantlyFascinated.)
Oh. Fair enough.
I see that among other things, the root appears to contain deoxymiroestrol, daidzin, daidzein, genistin, genistein, coumestrol, kwakhurin, mirificine, β-sitosterol, stigmasterol, campesterol, and mirificoumestan. It may also contain cytotoxic compounds. Only GOD knows what purposes a plant might have for producing substances that are supposedly better for humans than human physiological hormones. You will want to be careful to fully research the properties of each of the known constituents, and understand which ones you will be concentrating, and similarly which ones you may be excluding. You’d want to have some means for determining how potent you’ve made your resultant extract. Transdermal delivery becomes another question, as you will need to understand the molecular size of your various extractive elements, and whether or not they can pass the dermal barrier. Presumably you might even then consider dimethyl sulfoxide as a vehicle to enhance transit. You might be taking this to a whole new level, but I think you’d need an analytical laboratory to even approach doing it safely.
I see that among other things, the root appears to contain deoxymiroestrol, daidzin, daidzein, genistin, genistein, coumestrol, kwakhurin, mirificine, β-sitosterol, stigmasterol, campesterol, and mirificoumestan. It may also contain cytotoxic compounds. Only GOD knows what purposes a plant might have for producing substances that are supposedly better for humans than human physiological hormones. You will want to be careful to fully research the properties of each of the known constituents, and understand which ones you will be concentrating, and similarly which ones you may be excluding. You’d want to have some means for determining how potent you’ve made your resultant extract. Transdermal delivery becomes another question, as you will need to understand the molecular size of your various extractive elements, and whether or not they can pass the dermal barrier. Presumably you might even then consider dimethyl sulfoxide as a vehicle to enhance transit. You might be taking this to a whole new level, but I think you’d need an analytical laboratory to even approach doing it safely.