Exploring the Relationship of Transposons and Antimicrobial Resistance in Tuberculosis and Its Co-infections using Explainable Machine Learning and Network Analysis
June 18, 2026
In this webinar, Dr. Geoffrey A. Solano will present two data-driven approaches, genome-based machine learning and network science, to better understand and combat antimicrobial resistance in tuberculosis and its co-infections. By integrating transposon detection and resistance gene network analysis, these frameworks offer scalable tools for improving resistance prediction, surveillance, and public health interventions.
Democratizing Solar Energy Information in the Philippines
April 23, 2026
Breast Cancer Detection in the Philippines Using Machine Learning Approaches: A Pilot Study
February 18, 2026
AI and the Future of Work: Implications on Workers’ Skills and Workplace Dynamics
March 27, 2026
#YamangKalawakan in Action: Building Climate REsilience through Space-Enabled Analytics
January 16, 2026
Brushstrokes and Bytes: AI in Art Conservation
May 12, 2026
Inclusivity in Advancing Research in the Agriculture, Aquatic, and Natural Resources (AANR) Sector
June 5, 2026