Hi, SWIM read that heroin can be converted to the more potent 6-MAM, via a simple hydrolisis, where SWIM lives there's only Type 3 Heroin (or maybe 4 cause it doesnt really need acid to dissolve in water ? (diacetylmorphine hydrochloride ??) anyway what SWMI wanted to ask was, could he put his 1 gramms of poorly dosed powder heroin and convert the small amount of dope to 6-mam with a phosphate buffer (ph 6.4 / 7.4) solution ?? will it works ?? and how could he recrystallized it to a non-liquid form, or maybe he shall inject it that way ??? (guessing phosphate isn't vein friendly lol)
Source :
"Electron-capture gas-liquid chromatography was used to study the spontaneous hydrolysis of heroin in phosphate buffer (pH 6.4 and pH 7.4) at 23 degrees C. Aliquots of solution were taken over a 24-h period. After extraction at pH 8.9 into propan-2-ol (10%)-ethyl acetate, deacetylated products were made into hepafluorobutyrate derivatives which were analyzed quantitatively using nalorphine as the internal standard. Heroin decomposes to 06-monoacetylmorphine (06-MAM) under these conditions. Further decomposition to morphine was not observed. Spontaneous hydrolysis was faster at pH 7.4 (first-order rate constant, 9.6 x 10-5 min-1) than at pH 6.4 (first-order rate constant, 3.0 x 10-5 min-1). In 24 h, the decomposition to 06-MAM was 13 and 4%, respectively."
PMID: 688091 [PubMed - indexed for MEDLINE]
Source :
"Electron-capture gas-liquid chromatography was used to study the spontaneous hydrolysis of heroin in phosphate buffer (pH 6.4 and pH 7.4) at 23 degrees C. Aliquots of solution were taken over a 24-h period. After extraction at pH 8.9 into propan-2-ol (10%)-ethyl acetate, deacetylated products were made into hepafluorobutyrate derivatives which were analyzed quantitatively using nalorphine as the internal standard. Heroin decomposes to 06-monoacetylmorphine (06-MAM) under these conditions. Further decomposition to morphine was not observed. Spontaneous hydrolysis was faster at pH 7.4 (first-order rate constant, 9.6 x 10-5 min-1) than at pH 6.4 (first-order rate constant, 3.0 x 10-5 min-1). In 24 h, the decomposition to 06-MAM was 13 and 4%, respectively."
PMID: 688091 [PubMed - indexed for MEDLINE]