5 HTP long term isn't great for your heart (Invalid Link Removed) since tryptophan is rate limited it might not carry the same risk but it's something that might be considered.
How well does 5 HTP supplementation actually bind to that specific receptor subtype though? There are a lot of 5-HTP receptor subtypes, and 5 HTP 1a or non selectivity for 5 HTP2 (of which there are several subtypes) is far more common than 5 HTP 2b specifically as a molecular target. Although i'm hard pressed to find anything on 5 HTP and receptor selectivity specifically.
Curious if you have found evidence that details which receptor 5-HTP binds to readily.
I really wouldn't worry about it that much. Downstream effects of monoamine precursors would definitely result in more than the typical dose of 5-htp (although I'm not even sure why we are discussing this since tryptophan is not 5-htp).
How well does 5 HTP supplementation actually bind to that specific receptor subtype though? There are a lot of 5-HTP receptor subtypes, and 5 HTP 1a or non selectivity for 5 HTP2 (of which there are several subtypes) is far more common than 5 HTP 2b specifically as a molecular target. Although i'm hard pressed to find anything on 5 HTP and receptor selectivity specifically.
Curious if you have found evidence that details which receptor 5-HTP binds to readily.
I really wouldn't worry about it that much. Downstream effects of monoamine precursors would definitely result in more than the typical dose of 5-htp (although I'm not even sure why we are discussing this since tryptophan is not 5-htp).
Possibly helpful? Invalid Link Removed
I wasn't sure if tryptophan being a precursor would act similarly.
Possibly helpful? Invalid Link Removed
I wasn't sure if tryptophan being a precursor would act similarly.