Determination of Levels of Cathine in Catha edulis (Khat) Leaves and its Detection in Urine of Khat Chewers: A preliminary Report
Ermias Dagne, Yirga Adugna, Eshetu Kebede, Yoseph Atilaw
Abstract
Ermias Dagne, Yirga Adugna, Eshetu Kebede, Yoseph Atilaw
Abstract
Analysis of the different parts of the Khat plant revealed that the tender leaves, that are usually preferred by Khat chewers contain the psychoactive alkaloid cathinone, whereas the older and harder leaves contain cathine, also known as d-norpseudoephedrine. In this study we used proton nuclear magnetic resonance method not only to establish presence or absence of these compounds in the leaves, but also to determine their levels. Using this method no cathine was detected in the fresh twigs and young leaves. On the other hand the harder and older leaves from the branches gave upto 1.5% cathine. When the young leaves were dried in the sun and analysed, cathine appeared to be the major component (1.5%), clearly showing the gradual conversion of cathinone to cathine. The same analytical method was also used to establish presence or absence of cathine in urine of Khat chewers
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Analysis of the different parts of the Khat plant revealed that the tender leaves, that are usually preferred by Khat chewers contain the psychoactive alkaloid cathinone, whereas the older and harder leaves contain cathine, also known as d-norpseudoephedrine. In this study we used proton nuclear magnetic resonance method not only to establish presence or absence of these compounds in the leaves, but also to determine their levels. Using this method no cathine was detected in the fresh twigs and young leaves. On the other hand the harder and older leaves from the branches gave upto 1.5% cathine. When the young leaves were dried in the sun and analysed, cathine appeared to be the major component (1.5%), clearly showing the gradual conversion of cathinone to cathine. The same analytical method was also used to establish presence or absence of cathine in urine of Khat chewers
Key concepts: Khat, Cathinone, Urine, Traditional medicine, Alkaloid, Chemistry, Medicine, Pharmacology