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1. ifwint+(OP)[view] [source] 2025-12-06 07:51:30
Maybe this is normal for mice but the dose of ketamine used (5-20 mg/kg) seems high? I know mice metabolism is very different but that's in the range of a gram of ketamine for a normal sized human.

The mice may not have been depressed because it's hard to be depressed when you're in a k hole

replies(2): >>cubefo+Z5 >>zamale+hn1
2. cubefo+Z5[view] [source] 2025-12-06 09:14:39
>>ifwint+(OP)
I believe drug dosage scales with body surface rather than body mass, which scales differently.
replies(1): >>morkal+Cy
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3. morkal+Cy[view] [source] [discussion] 2025-12-06 14:30:12
>>cubefo+Z5
Depends on the drug, no?
replies(1): >>cubefo+pK
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4. cubefo+pK[view] [source] [discussion] 2025-12-06 16:06:33
>>morkal+Cy
Not really. There a things like the square-cube law and Kleiber's law which indicate that drugs don't scale with weight. See

http://clymer.altervista.org/minor/allometry.html

5. zamale+hn1[view] [source] 2025-12-06 21:33:04
>>ifwint+(OP)
I'm not sure what a typical ketamine dosage looks like, but I have discussed it with my psychiatrist as a fallback if TMS doesn't work out, and she said that ego death is one of the primary mechanisms (alongside reintegration therapy, spending a weekend tripping balls won't fix a thing - at least perpetually).
replies(1): >>ifwint+3x1
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6. ifwint+3x1[view] [source] [discussion] 2025-12-06 23:00:12
>>zamale+hn1
For humans the antidepressant dose is very low - I think less than 50mg. You might feel some minor dissociative effects at that dose, but only minor, yet in some patients it can apparently produce a pronounced antidepressant effect which is interesting and suggests a non NMDA mechanism
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