At COMPASS, we’re committed to supporting young scientists whose work bridges disciplines and drives real-world impact. Today, we’re proud to highlight new research published by Dhanush Udayashankara Jamadgni, a PhD student with Prof. Martin Thuo and an active member of our Junior Scientists Board.
This publication grew directly from Dhanush’s February research visit to the Center for Biomedical and Biomaterials Research (CBBR) at the University of Mauritius — an experience made possible through COMPASS’s growing global partnerships.
A New Approach to Treating Leishmaniasis Wounds
The study introduces a cellulose–lignin wound patch, engineered from sugarcane bagasse and enhanced with natural antibacterial and tissue-regenerative compounds. The patch is supported on a Janus textile, making it low-cost, exchangeable, and effective even in limited clinical settings.
2026 Laetitia IJBM janus paper …
The research demonstrated:
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Strong antibacterial activity
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Anti-inflammatory properties
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Enhanced fibroblast proliferation
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Promising in-vivo wound-healing results
This work showcases how sustainable materials and frugal innovation can offer new solutions to global health challenges.
A Model of the COMPASS Mission
Dhanush’s time in Mauritius — which included lab work, engagement with entrepreneurs, and cross-disciplinary collaborations — reflects our belief that scientific excellence grows through exposure, exploration, and entrepreneurial thinking.
We congratulate Dhanush and the full research team on this meaningful contribution.
Read the full article here:
Cellulose-lignin wound patch on Janus textile support for dual tissue regeneration and antibacterial action in cutaneous leishmaniasis wounds