10-26-2016, 10:40 AM
Here is a little gem:
https://www.researchgate.net/profile/Han...d2c6f7.pdf
Beta-Ionone, a widely used aromachemical, is an agonist of an olfactory receptor - that's no surprise though.
Surprising is that those ORs occur in other tissues than the olfactory ephitelium in the nose as well. This paper identified one such OR in prostrate cancer cells. When this OR is activated, the cancer stops growing . activation is hence antiproliferative.
Here is the phero-relevant bit:
The naturaly occuring main ligand of said OR is actually Dihydrotestosterone/DHT! Beta-Ionone is quite similar in structure to DHT.
The phero-implications are "potentialy" manifold though I'm not sure yet how exactly beta-ionone might work, if it works, as a phero.
There are DHT receptors in the CNS and other tissue, but does BI activate them as well?
Highely likely.
Does it mean that BI will have the same effects as DHT, at least phero-wise (neurological effects)
Debateable, when DHT's CNS related actions are probably also induced by it's degradation products/metabolites (see 5b-androstanediol post)
Or are there OR receptors like those in the prostrate in the brain as well?
Possibly, not yet researched.
Would activation of those have phero-effects? Again, highly likely.
The good bit: Beta-Ionone is cheap cheap vheap and freely available at perfumer supply websites i the US and the UK (for europe). Testing is relatively uncomplicated. It has an interesting smell on it's own as well, very errogenous actualy.
I've always wondered why Arabs like to wear heavily "floral" perfumes, including rose. Beta-Ionone is a component of Rose' volatiles .. maybe there is the explaination - it's a highly testosterone-charged culture is what they say at least.
Beta-Ionone might also explain some of Astaxanthins activity - some carotenids degrade to ionones - probably Scent of Eros AXT mlecules undego this mechanism after inhalation.
You're welcome!
https://www.researchgate.net/profile/Han...d2c6f7.pdf
Beta-Ionone, a widely used aromachemical, is an agonist of an olfactory receptor - that's no surprise though.
Surprising is that those ORs occur in other tissues than the olfactory ephitelium in the nose as well. This paper identified one such OR in prostrate cancer cells. When this OR is activated, the cancer stops growing . activation is hence antiproliferative.
Here is the phero-relevant bit:
The naturaly occuring main ligand of said OR is actually Dihydrotestosterone/DHT! Beta-Ionone is quite similar in structure to DHT.
The phero-implications are "potentialy" manifold though I'm not sure yet how exactly beta-ionone might work, if it works, as a phero.
There are DHT receptors in the CNS and other tissue, but does BI activate them as well?
Highely likely.
Does it mean that BI will have the same effects as DHT, at least phero-wise (neurological effects)
Debateable, when DHT's CNS related actions are probably also induced by it's degradation products/metabolites (see 5b-androstanediol post)
Or are there OR receptors like those in the prostrate in the brain as well?
Possibly, not yet researched.
Would activation of those have phero-effects? Again, highly likely.
The good bit: Beta-Ionone is cheap cheap vheap and freely available at perfumer supply websites i the US and the UK (for europe). Testing is relatively uncomplicated. It has an interesting smell on it's own as well, very errogenous actualy.
I've always wondered why Arabs like to wear heavily "floral" perfumes, including rose. Beta-Ionone is a component of Rose' volatiles .. maybe there is the explaination - it's a highly testosterone-charged culture is what they say at least.
Beta-Ionone might also explain some of Astaxanthins activity - some carotenids degrade to ionones - probably Scent of Eros AXT mlecules undego this mechanism after inhalation.
You're welcome!