Most people are familiar with 2C-B-FLY and bromo-dragonfly but there are almost no mentions of the other fly's. I am curious as to why these haven't been explored more and would like to hear any sorts of guesses towards activity. My understanding is that they are all be strongly similar to the 2C and DO counterparts (as would obviously be expected) but have different side effects.
Why didn't 2C-B-FLY gain more popularity and why haven't the other FLY's received more attention? Are these inferior to 2C's? I would guess that maybe difficulty in synthesis would be part of the reason these are largely unknown but that still doesn't explain 2C-B-FLY and bromo hitting the market without the others.
Any help is appreciated, I would think that the chloro and methyl FLY's would hold interest in many people.
Another not-too-related question I was thinking about was: what would happen activity wise if someone consumed unsubstituted dragonfly or unsubstituted dimethoxyamphetamine? There isn't much to go on with DMA except that it is a stimulant but qualitative data is very limited. Are cardiovascular side-effects too heavy for those families and if so why?
Why didn't 2C-B-FLY gain more popularity and why haven't the other FLY's received more attention? Are these inferior to 2C's? I would guess that maybe difficulty in synthesis would be part of the reason these are largely unknown but that still doesn't explain 2C-B-FLY and bromo hitting the market without the others.
Any help is appreciated, I would think that the chloro and methyl FLY's would hold interest in many people.
Another not-too-related question I was thinking about was: what would happen activity wise if someone consumed unsubstituted dragonfly or unsubstituted dimethoxyamphetamine? There isn't much to go on with DMA except that it is a stimulant but qualitative data is very limited. Are cardiovascular side-effects too heavy for those families and if so why?
