…controlled crystal engineering process for large-scale synthesis of psilocybin polymorphs
Polymorphs B, A, and H… supported through Usona as an open access paper… peer-reviewed study… shows three most pharmaceutically relevant crystalline forms of psilocybin have been consistently created and observed since 1959.
The ability of a unique crystalline arrangement to solidify in more than one form, called polymorphs, can be optimized using precise combinations of engineering controls including temperature, cooling rate, saturation, stirring speed, and drying mode.
Original Article (Kur8l):
Usona identifies controlled crystal engineering process for large-scale synthesis of psilocybin polymorphs
Artwork Fair Use: GPS 56 from New Zealand
