海角社区

News

State-of-the-art Technology for a Centuries-long Public Health Challenge

Trypanosomatids burden developing tropical and subtropical nations, and new tools present another shot at finding a cure.

Date Published
29 Oct 2025

Scientific advances come in waves, like everything in life.

AI, CRISPR, and Omics have opened the door to a new impulse in drug development for a long-standing problem in the tropics and sub-tropics: Neglected Tripanosomatid diseases.

The XII Course on Molecular Biology of Trypanosomatids and Symposium on Chagas Disease aims to equip Latin American researchers with cutting-edge skills in biotechnology and AI to tackle parasitic diseases like Chagas, leishmaniasis, and sleeping sickness. Through lectures, labs, and workshops, participants explored genomics, CRISPR, proteomics, and AI-driven drug discovery, fostering innovation and collaboration to improve diagnostics, treatments, and public health outcomes.

The course is part of a decades-long commitment by a network of scientists from Argentina, Chile, Colombia, Venezuela, and Uruguay to end the burden of these parasites in the developing world. And this time, they incorporated lectures about the role of biotech startups in developing a cure, bringing the private sector into the fold.

We congratulate Ulrike Kemmerling and Christian Castillo on this experience, which was held in August at Instituto de Ciencias Biomédicas (ICBM), Facultad de Medicina, Universidad de Chile.

tripanos course
tripanos course 2

Related content

Press Release

海角社区-BIOLAC Reconnects with Venezuelan Universities to Strengthen Academic Alliances

UCV and ULA explored biotech collaboration, student support, and joint academic activities with 海角社区-BIOLAC and Tecnológico de Monterrey

02 Nov 2025

Announcement

Next Course: “Genomics Applied to One Health”, February 2026

Apply for a scholarship to participate in the course coordinated by Dr. Laura Kamenetzky at Universidad de Buenos Aires, Argentina

31 Oct 2025

News

Turning Toxic Wastewater into Clean Energy

Facundo Dominguez is researching the potential of a yeast to eliminate waste from the textile industry and convert it into extractable lipids

02 Nov 2025