I proposed a potential analog and i would like some feedback from organic chem level knowledgeable types
1) What we gonna call this bs? Insofar as, IUPAC nomeclature goes, im def. looking for answer to that (not even AI helping here)
Guess: 1,4-cyclohexadienyl-dihydrotetrahydrocannabinolic acid
the write up excerpt i created can be viewed below
Note: this is a predictive synthesis pathway mechanism and the information is to be treated as such
I have not tried this lab synthesis yet, i have not smoked this neither (yet
) and dont recommend anyone to do so due to the fact small molecular changes can have big consequences
Conclusion to be drawn is:
With the loss of 1 degree of unsaturation (Hydrogen Deficiency Idex) loss of one π bond when converting the benzene ring to a cyclohexa-1,4-diene ring creates this 1,4-cyclohexadiene THCA analog with altered aromaticity and electronic structure. Because the THCA backbone remains largely nonpolar, the analog would likely retain cannabinoid-like lipophilicity, making BBB (blood brain barrier) interaction plausible. The major unknown is how the altered ring changes the molecule’s behavior in the body. If it reaches the brain, the axonal/neural receptor lock-and-key analysis becomes whether the modified ring still provides the correct 3D shape, charge distribution, and hydrophobic contacts needed to interact with cannabinoid receptor binding sites. Removing one π bond and losing aromatic stabilization may subtly change molecular geometry and electronic properties, which could alter receptor fit. The result could be changed activity — potentially weaker, stronger, different, or negligible — because even a small structural modification can shift receptor interactions. In other words, the analog could have a distinct pharmacological profile rather than simply being a stronger or weaker version of THCA.
Final newbie OFF TOPIC chem note: the NH3 ammonia liquid IS NOT THE SAME ammonia at hardware stores NH4OH (though drying tubes and dissecant can yield NH3 from NH4OH)
1) What we gonna call this bs? Insofar as, IUPAC nomeclature goes, im def. looking for answer to that (not even AI helping here)
Guess: 1,4-cyclohexadienyl-dihydrotetrahydrocannabinolic acid
the write up excerpt i created can be viewed below
Note: this is a predictive synthesis pathway mechanism and the information is to be treated as such
I have not tried this lab synthesis yet, i have not smoked this neither (yet
Conclusion to be drawn is:
With the loss of 1 degree of unsaturation (Hydrogen Deficiency Idex) loss of one π bond when converting the benzene ring to a cyclohexa-1,4-diene ring creates this 1,4-cyclohexadiene THCA analog with altered aromaticity and electronic structure. Because the THCA backbone remains largely nonpolar, the analog would likely retain cannabinoid-like lipophilicity, making BBB (blood brain barrier) interaction plausible. The major unknown is how the altered ring changes the molecule’s behavior in the body. If it reaches the brain, the axonal/neural receptor lock-and-key analysis becomes whether the modified ring still provides the correct 3D shape, charge distribution, and hydrophobic contacts needed to interact with cannabinoid receptor binding sites. Removing one π bond and losing aromatic stabilization may subtly change molecular geometry and electronic properties, which could alter receptor fit. The result could be changed activity — potentially weaker, stronger, different, or negligible — because even a small structural modification can shift receptor interactions. In other words, the analog could have a distinct pharmacological profile rather than simply being a stronger or weaker version of THCA.
Final newbie OFF TOPIC chem note: the NH3 ammonia liquid IS NOT THE SAME ammonia at hardware stores NH4OH (though drying tubes and dissecant can yield NH3 from NH4OH)
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