Transforming Health Through Early Detection and Regenerative Medicine
Prangenix develops multi-disease omics diagnostics and next-generation therapeutics targeting quiescent stem cells — starting with head and neck cancer.
- Detect
- Monitor
- Target
Multi-Omics Diagnostics & Regenerative Therapeutics
Prangenix Therapeutics Pvt. Ltd. is a platform-first biotech developing affordable liquid biopsy diagnostics and regenerative therapies targeting quiescent stem cells (qSCs). Our immediate focus is early detection of head and neck cancers (HNSCC), while our long-term vision is a scalable, multi-disease platform leveraging single-cell sequencing, CRISPR, and AI to deliver accessible and precise care across cancer and chronic diseases.
Two-Track Diagnostic Models
Track 1: Diagnostics (Dx) — Detect. Monitor.
Detect mutations, gene fusions, and epigenetic changes through circulating free DNA (cfDNA) and cfRNA, enabling early-stage detection and monitoring of treatment response without invasive biopsies.
Track 2: Therapeutics (Rx) — Target
Capture quiescent stem cells (qSCs) from blood or tissue, apply single-cell sequencing, and create therapeutic blueprints for regenerative medicine and targeted therapies.
Next-Gen Cancer Diagnostics and Therapeutic Blueprinting
At Prangenix Therapeutics, we are building a next-gen platform for modular diagnostics, rare-cell profiling, and therapeutic blueprinting—designed to bring clarity, control, and customization to cancer and chronic disease care. Our goal is simple: make high-resolution molecular insight not only possible, but practical— for researchers, clinicians, and biotech innovators.
Modular Liquid & Tissue Diagnostics
Advanced liquid and tissue-based diagnostic platforms designed to detect early disease biomarkers with high accuracy and reliability.
Rare-Cell & qSC Profiling
Profiling of rare cells and quiescent stem cells (qSc) to understand resistance pathways and enable targeted therapeutic strategies.
Therapeutic Blueprinting
Personalized therapeutic blueprinting through CRISPR designs, CAR constructs, and precision solutions to transform cancer treatment outcomes.