I am an undergraduate genetics major that has taken Gen Chem I, II, Orgo I, II, and Biochemistry, and I am in a pharmacogenomics class where I learned the basics of pharmacology, so it is cool to see you neatly tie everything together in posts about psychedelics! Also, quick question on the bromine. I believe in the article you said that bromine was included because it is (more hydrophobic?) than the methyl group. My understanding was that bromine was polarizable and could induce a dipole thus making it more hydrophilic as opposed to hydrophobic: what am I missing? Thank you very much, this post has made my plane ride much better!
Similar question. How could one make lsd last longer. With the onset of analogs this could be n interesting.
I am an undergraduate genetics major that has taken Gen Chem I, II, Orgo I, II, and Biochemistry, and I am in a pharmacogenomics class where I learned the basics of pharmacology, so it is cool to see you neatly tie everything together in posts about psychedelics! Also, quick question on the bromine. I believe in the article you said that bromine was included because it is (more hydrophobic?) than the methyl group. My understanding was that bromine was polarizable and could induce a dipole thus making it more hydrophilic as opposed to hydrophobic: what am I missing? Thank you very much, this post has made my plane ride much better!
Hey bud, brilliant article even though most of the technical went over my head :D
I'm wondering, can they apply the Furan Ring to other molecules, like LSD-25, making an extremely long but safe trip.