News & Publications

From vascular tissue decellularization to AI-driven genomics, ChordexBio Program Partner Bea Nicole S. Gacayan brings Covary-powered research on cross-species variation in angiogenesis-associated genes to PSCB 2026.

As biological data grows and AI advances, ChordexBio is exploring how machine-learning-based genomic analysis can support the study of biological threats, strengthen research capabilities, and contribute to more informed biosecurity assessment.

Within the theme "Harvesting Horizons: Philippine Innovations for Climate-Resilient and Inclusive Agri-Food Systems," ChordexBio presented guntingAI, AI-driven CRISPR targetability engine for genome editing, at the UPLB Agrinnovation Marketplace, part of Innovation Week 2026. The presentation aligned guntingAI with the Philippines' intensifying push for agricultural innovation, IP protection, and commercialization.

ChordexBio introduces guntingAI, a Filipino-built, trainable CRISPR targetability engine that generalizes across organisms — from model systems to non-model, unannotated, and underserved genomes — to help researchers prioritize guides and assess off-target risk before the bench.

ChordexBio joins the DLSU's 1st Bio-MBB Biotechnology Innovation Forum, spotlighting how computational biology is reshaping the future of biotech research in the Philippines.

ChordexBio scientists have applied Covary, a machine-learning framework for whole-genome analysis, to investigate evolutionary relationships across multiple species of Orthoebolavirus, the viral genus that includes Ebola viruses.

ChordexBio introduces HugeCrypt, a Filipino-built platform exploring how artificial intelligence and genome-inspired logic can help rethink digital security, credential protection, and research-driven innovation.

ChordexBio scientists have developed DNAcrypt-AI, an experimental bioinformatics framework that uses the structural complexity of the human genome as a coordinate space for encoding and recovering digital information.

Finding expertise is often more difficult than identifying the problem itself. As organizations pursue increasingly complex projects across research, biotechnology, artificial intelligence, analytics, and innovation, access to specialized knowledge has become a critical factor in achieving meaningful outcomes. Experts by ChordexBio was created to bridge this gap.

Plethoryt now joins ChordexBio—connecting academic research with AI-driven execution. This integration transforms theses and scholarly work from static outputs into active inputs for real-world solutions, building a continuous pipeline from knowledge creation to impact.

Receptorix brings ChordexBio’s mission into focus — turning complex biology into something designable, accessible, and actionable. By bridging computational insight with biologic development, it empowers more people to move beyond learning life sciences and into actively shaping therapeutic solutions.