Story perspectives

Scientists Unlock Genetic Secrets of Anti-Tumor Tree

10/10/2025

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Summary

Story summary

Scientists at the University of British Columbia and the University of Florida mapped the genome of the Mitragyna parvifolia tree, revealing its mechanism for producing mitraphylline, a compound with potential anti-tumor properties.
The research identified three unique enzymes that convert ajmalicine into mitraphylline and found over 50,000 genes, with notable expansions linked to defensive chemicals.
This genetic roadmap may facilitate sustainable mitraphylline production for medical research, potentially enhancing the status of M. parvifolia compared to kratom.

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Story summary

Scientists at the University of British Columbia and the University of Florida mapped the genome of the Mitragyna parvifolia tree, revealing its mechanism for producing mitraphylline, a compound with potential anti-tumor properties.
The research identified three unique enzymes that convert ajmalicine into mitraphylline and found over 50,000 genes, with notable expansions linked to defensive chemicals.
This genetic roadmap may facilitate sustainable mitraphylline production for medical research, potentially enhancing the status of M. parvifolia compared to kratom.