Reminisant B
Greenlighter
- Joined
- Nov 3, 2005
- Messages
- 401
N&PD Moderators: Skorpio | someguyontheinternet
Reminisant B said:^why?
that would make GABA surely.
Anyway please don't include synth in this discussion, I have already had two threads closed due to ppl delving straight in to synth discussions.
Was hoping to find any more pharmacological info on the compound
johanneschimpo said:Yeah, oops - looking at the wrong group/molecule. Looking further, I see it wouldn't serve that purpose anyhow. But I won't say any more, because I don't want to fuck your thread over. Nowadays, it seems I just assume thats where all threads are leading anyway.![]()
Sorry 'bout that bud.
mad_scientist said:There is already a wikipedia page on it
http://en.wikipedia.org/wiki/GABOB
I'll add some references though.
I have already had two threads closed due to ppl delving straight in to synth discussions.
dorothyperkins said:Sorry! Thought vague discussion was ok and basically just commented on Shulgins synth to say its a difficult substitution pattern![]()
Blast from the past!
I'm expecting to try this sometime soon. I'm looking for more info on it but there seems not to be much of that...
Recent studies on ganglion cell responses reveal some interesting features of GABAc receptors in retinal information processing. For example, activation of GABAc receptors leads to more transient light responses in ganglion cells (Dong and Werblin, 1998) and the delayed inhibition mediated by GABAc receptors is thought to play a major role in shaping edge-enhancement of ganglion cell receptive fields (Jacobs and Werblin, 1998). The bipolar cell to ganglion cell synapse is probably heavily influenced by inhibitory amacrine feed forward or feedback synapses and these appear to be via primarily GABAc receptors.