01-23-2019, 01:14 PM
Like 1P-LSD and ALD-52, 1B-LSD is similar to LSD-25. 1B-LSD, however, contains an additional butanoyl group which is not present in LSD-25. To envision the differences in chemical structure between LSD-25, ALD-52, 1P-LSD, and 1B-LSD, imagine these molecules as chains to which additional elements can be added in order to create a new compound.
Just as ALD-52 is an N-acetyl derivative of LSD-25, 1P-LSD adds a methylene bridge to this acetyl group1 to create a propionyl group2. 1B-LSD is manufactured by adding one further methylene bridge to 1P-LSD’s propionyl group, yielding a butanoyl group3 in the same place as 1P-LSD’s propionyl group.
In other words, the propionyl group of 1P-LSD is modified and replaced with a butanoyl group, the distinguishing feature of 1B-LSD. Because 1B-LSD’s butanoyl group is the longest “chain” of atoms, it possesses a higher molecular weight than LSD-25 and its other analogs.
Since 1B-LSD is structurally similar to 1P-LSD, it is theorized that 1B-LSD acts as a prodrug the same way as 1P-LSD. This means it is likely that 1B-LSD is hydrolyzed within the body to become LSD-25.4
Just as ALD-52 is an N-acetyl derivative of LSD-25, 1P-LSD adds a methylene bridge to this acetyl group1 to create a propionyl group2. 1B-LSD is manufactured by adding one further methylene bridge to 1P-LSD’s propionyl group, yielding a butanoyl group3 in the same place as 1P-LSD’s propionyl group.
In other words, the propionyl group of 1P-LSD is modified and replaced with a butanoyl group, the distinguishing feature of 1B-LSD. Because 1B-LSD’s butanoyl group is the longest “chain” of atoms, it possesses a higher molecular weight than LSD-25 and its other analogs.
Since 1B-LSD is structurally similar to 1P-LSD, it is theorized that 1B-LSD acts as a prodrug the same way as 1P-LSD. This means it is likely that 1B-LSD is hydrolyzed within the body to become LSD-25.4