Bridging Computational Reasoning with Biological Complexity
Neaxus Institute of BioDiscovery was founded to explore fundamental biological questions through code, mathematical modeling, and open scientific inquiry.
Computation First
Biological systems are inherently high-dimensional. We use deep learning, molecular dynamics, and flux modeling to convert raw genomic data into testable hypotheses.
Rare Disease Focus
Rare genetic disorders provide vital mechanistic windows into core organelle biology. Investigating NPC1 and monogenic pathways reveals universal principles of lipid trafficking.
Open Research Notes
Science accelerates when findings and failures are published transparently. All software tools, notebooks, and negative results are shared openly with the research community.
Guiding Tenets of Neaxus BioDiscovery
Rather than remaining passive consumers of genomic databases, we build tools, pipeline parsers, structural neural nets, and dynamic simulators from scratch to test our understanding.
Every calculation is accompanied by reproducible code notebooks, environment dependencies, and clear classification of evidence levels to eliminate ambiguity.
Neaxus Institute of BioDiscovery is an independent computational research initiative. Neaxus is not a licensed clinical care provider or clinical diagnostic laboratory. All models, structural evaluations, and research hypotheses are developed solely for computational discovery and scientific inquiry.