High doses of dextromethorphan, an NMDA antagonist, produce effects similar to classic hallucinogens https://t.co/ZCIAA13BKU
Four neat studies on robotripping! Some fresh reading for tomorrow. 😎
RT @MichaelHaichin: @sdpnayak Being naive would certainly help. Might even bring it closer to some of @Drug_Researcher's earlier DXM result…
@sdpnayak Being naive would certainly help. Might even bring it closer to some of @Drug_Researcher's earlier DXM results (also experienced participants) https://t.co/U2mn5LKMcw https://t.co/sTaLR0k7tg
Study results from high doses of dextromethorphan (the main ingredient in Robitussin) https://t.co/EK6Q9P4HEs https://t.co/Mdqupex9Yi
https://t.co/wTB7pxiKqq "After 400 mg/70 kg DXM, 11 of 12 participants indicated on a pharmacological class questionnaire that they thought they had received a classic hallucinogen" hmm lol
High doses of dextromethorphan, an NMDA antagonist, produce effects similar to classic hallucinogens. https://t.co/K1ck5Dw0Pq
RT @zapabob: High doses of dextromethorphan, an NMDA antagonist, produce effects similar to classic hallucinogens https://t.co/vqGXxijS3b
@joerogan Hey Joe! Robitussin causes 'increased spirituality and positive changes in attitudes'http://t.co/k10VqMO1dI #dxm #sturgillsimpson
@joerogan Hey Joe! Robitussin causes 'increased spirituality and positive changes in attitudes'http://t.co/k10VqMO1dI #dxm #sturgillsimpson
Guess what? Very wise scientists discover: high doses of DXM will make you...trip balls! http://t.co/oI9cSmXlHW #science
Johns Hopkins sez: taking goodly doses of DXM will lead to tripping balls. I love science! http://t.co/vDmkmNzoqG @twigharper
Johns Hopkins sez: taking goodly doses of DXM will lead to tripping balls. I love science! http://t.co/vDmkmNzoqG @twigharper
Detromethorphan in cough syrup is a NMDA antagonist like ketamine: http://t.co/VxA6BIAH Could it be similarly useful for depression?