Re:Prenatal THC exposure yields hyperdopaminergic phenotype ...
by notafraudster on Wednesday October 23, 2019 @02:09PM
(#21337227)
2mg/kg subcutaneous. I don't know the conversion between subcutaneous and other forms of ingestion, but this would be equivalent of ~150mg of THC for an adult male. I also don't the THC content of weed, but it doesn't sound like an unfathomably high dose. I think the other design concerns are more likely to be the culprit here than external validity worries about dose.
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Re:Prenatal THC exposure yields hyperdopaminergic phenotype ...
by jjjensen90 on Wednesday October 23, 2019 @02:24PM
(#21337353)
Normal weed "flower" is 10-30% THC. So 1 gram of weed is 100-300ish mg of THC. A single prerolled joint is usually 1 gram of flower. So this dose is around 1 joint.
Edit: importantly this info is for smoked flower, edibles and concentrates are a little different because of how they are absorbed.
Re:Prenatal THC exposure yields hyperdopaminergic phenotype ...
by loeg on Wednesday October 23, 2019 @02:45PM
(#21337556)
Smoking an entire 1g preroll by yourself is a huge dose for a human who doesn't have a high tolerance.
Re:Prenatal THC exposure yields hyperdopaminergic phenotype ...
by filoleg on Thursday October 24, 2019 @01:31PM
(#21346972)
I mean, it would depend on the THC concentration, right? A 1g pre-roll with 30% THC would be 3 times as potent as the one with 10%, so I can totally see someone with rather low tolerance smoking a full 10-12% joint by themselves and feeling just fine.
Re:Prenatal THC exposure yields hyperdopaminergic phenotype ...
by pault on Wednesday October 23, 2019 @02:44PM
(#21337545)
There is a scaling factor between mouse and human dosage that I can't remember off the top of my head, but it's not 1:1.
Re:Prenatal THC exposure yields hyperdopaminergic phenotype ...
by Pete_D on Wednesday October 23, 2019 @03:17PM
(#21337864)
Looks complicated. https://en.wikipedia.org/wiki/Allometry#Drug_dose_scaling