Regenova Pharmaceuticals is a quantum AI-powered antibody discovery platform that accelerates drug development from 12 months to 4-8 weeks. The company uses its proprietary TRACE platform to design antibodies for oncology and infectious diseases, delivering life-saving therapies with 98% predictive accuracy, 10× faster timelines, and 65% lower costs.
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VideoEnd-to-end Quantum computing enabled antibody design platform that streamlines drug development from target discovery to IND-ready candidates. Features include target identification, antibody sequence prediction, 3D structural modeling, drug-target binding affinity prediction, in silico toxicity profiling, and first-in-human safety dose prediction. Built on proprietary oncology and virology datasets with 98% predictive accuracy, validated through co-development with CancerFree Bio and IBM Quantum partnership.
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Lead monoclonal antibody (mAb) candidate targeting colorectal cancer, pancreatic cancer, non-small cell lung cancer, and cervical cancer. Designed in TRACE platform, validated in silico, and entering wet-lab testing. Multi-indication potential from a single antibody scaffold with high licensing potential across multiple indications.
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Monoclonal antibody against HER2 Breast cancer targeting novel epitope to better bind.
Antibody therapy against all viruses in Filovirus family. Addresses biosafety level 4 pathogens that traditional labs cannot safely handle, protecting 300M+ people vulnerable to pathogens Big Pharma cannot touch.
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End-to-end Quantum AI antibody design platform that streamlines drug development from target discovery to IND-ready candidates. Features include target identification, antibody sequence prediction, 3D structural modeling, drug-target binding affinity prediction, in silico toxicity profiling, and first-in-human safety dose prediction. Built on proprietary oncology and virology datasets with 98% predictive accuracy, validated through co-development with CancerFree Bio and IBM Quantum partnership.
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Lead monoclonal antibody (mAb) candidate targeting colorectal cancer, pancreatic cancer, non-small cell lung cancer, and cervical cancer. Designed in TRACE platform, validated in silico, and entering wet-lab testing. Multi-indication potential from a single antibody scaffold with high licensing potential across multiple indications.
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First-mover antibody therapy for pediatric herpes simplex virus (HSV) infections, addressing a critical unmet need in rare viral diseases.
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Antibody therapy for Nipah virus, which is 700× deadlier than COVID-19. Addresses biosafety level 4 pathogens that traditional labs cannot safely handle, protecting 300M+ people vulnerable to pathogens Big Pharma cannot touch.
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We received approval from AWS IW grant program and now moving our disocvery model from Quantum simulator to Quantum computing hardware from IonQ.