Beta-Androstadienol

[terry0400-40]

Androstadienol. Sometimes meeting the right woman takes some time. When that time comes, the last thing you need is for the formula to have worn off and lost its effect. Androstadienol is added into formula's to prolong their effects so you're ready when the time is right. Androstadienol acts as a powerful sex pheromone. Friendly bacteria on your skin will convert Androstadienol into Androstenol. By the time the original Androstenol's effects have worn off, new Androstenol is being created, prolonging the pheromones effects.

[Bruce]

Actually, got only one nibble, but I've had it for a couple weeks sorry:
"As for beta androstadienol, there are a few forms. I haven't been reading the pheromone forum, religiously, but I recall people trying at least one of the forms and saying it didn't seem to do anything. Do you know which form they were asking for?"

B

[Pagodeiro]

Actually, got only one nibble, but I've had it for a couple weeks sorry:
"As for beta androstadienol, there are a few forms. I haven't been reading the pheromone forum, religiously, but I recall people trying at least one of the forms and saying it didn't seem to do anything. Do you know which form they were asking for?"

B

Alpha Androstadienol seems to have few data yet ..

it was Beta - Androstadienol which was used to great success ...

Pago

[Bruce]

Hmmm... I'm a little confused. I told the guy it was beta, then he asked "what form?" you wanted. I thought he meant something other than the usual alpha, beta thing. I'll ask again.

B

[Pagodeiro]

found an old thread ..

http://pherolibrary.com/forum/showthread.php?t=8661

Pago

[Bruce]

Wow; blast from the past. Aah the old arguments.

B

[Bruce]

"There are a few forms. For instance, this article:
http://www.ncbi.nlm.nih.gov/sites/en...t_uids=3379959
Mentions:
5,16-androstadien-3 beta-ol,

There are also other forms such as 4, 16-androstadien-3 beta-ol,
mentioned in this article:
http://www.ncbi.nlm.nih.gov/pubmed/11457660

They're both beta, but they're different because of the different
positions of the OH groups."