H
Hamm-ill-ton
Guest
Note to Mods- I'm still having problems logging in, and my wife's car and laptop are stuck in the median of I-94 3 hours north of me, and I don't know when she'll manage to get towed because the State Trooper says they have to wait until he says the weather and traffic levels are low enough. She's been stuck in a rest stop for 6 hours now
Anyway, not knowing when she'll finally get out, I thought I'd just post this here, and if one of you could be so kind as to forward it to ADD it'd be much appreciated!
Fulltext is available here: http://pubs.acs.org/cgi-bin/sample.cgi/jnprdf/2007/70/i01/html/np060254j.html
I've been trying to find the structure of erythravine, but I've been unsuccessful. One website has what I think is the structure, but it's really tiny, and the link taking you to the full sized image opens a blank page (with a "Close Page" button on it).
Is anyone able to pull it up? It's not in PubChem either.
It doesn't seem like there's been much research into which alkaloid(s) present is responsible for it's anxiolytic effect or even what sort of binding properties the alkaloids have.
Whatever is responsible seems to have an unusual dose-dependent effect, as well, and I don't really buy their hypothesis that it might be due to a change in primary mechanism of action. If I read it right, it says that 200mg/kg = roughly 4mg/kg of diazepam, po.
I'm at home for the holidays and far from my access to institutional accounts, so I'm sure I'm missing a lot of really important info about this plant, but does anyone with more info or experience know if Erythrina mulungu or it's alkaloids are potentially recreational?
I sorta think no because of the diminishing returns, but really, I dunno.

E. mulungu, popularly known as mulungu, is a medium well-branched tree native to Southern Brazil, where it is appreciated for its beautiful reddish flowers. Since its flowers have the same color of corals, sometimes this species is also called coral tree.10 In popular medicine, a tincture prepared from the leaf or bark decoction from E. mulungu is used to calm agitation and other disorders of the nervous system, i.e., insomnia and depression.11 It has been demonstrated that acute and chronic treatments with aqueous alcoholic extracts from E. mulungu produce anxiolytic-like effects on a specific subset of defensive behavior in rats exposed in the elevated T-maze (ETM) and in the light-dark transition model (LDTM).12,13 These antianxiety effects were similar to that provoked by the well-known anxiolytic compound diazepam.12,13
Fulltext is available here: http://pubs.acs.org/cgi-bin/sample.cgi/jnprdf/2007/70/i01/html/np060254j.html
I've been trying to find the structure of erythravine, but I've been unsuccessful. One website has what I think is the structure, but it's really tiny, and the link taking you to the full sized image opens a blank page (with a "Close Page" button on it).
Is anyone able to pull it up? It's not in PubChem either.
It doesn't seem like there's been much research into which alkaloid(s) present is responsible for it's anxiolytic effect or even what sort of binding properties the alkaloids have.
Whatever is responsible seems to have an unusual dose-dependent effect, as well, and I don't really buy their hypothesis that it might be due to a change in primary mechanism of action. If I read it right, it says that 200mg/kg = roughly 4mg/kg of diazepam, po.
I'm at home for the holidays and far from my access to institutional accounts, so I'm sure I'm missing a lot of really important info about this plant, but does anyone with more info or experience know if Erythrina mulungu or it's alkaloids are potentially recreational?
I sorta think no because of the diminishing returns, but really, I dunno.