iGN Biotech is pioneering cell therapy for Type 1 and Type 3C diabetes through human pancreatic islet transplantation—bringing a potential cure to 84 million diabetic patients in Southeast Asia.
Supported By Government & Research Institutions
India has ZERO islet transplant centers despite being the diabetes capital of the world
There are only 14 functional islet transplant centers globally—none in India or South-East Asia. Patients must travel abroad for this life-changing treatment.
14 Centers Worldwide84 million adults in Southeast Asia live with diabetes. India alone has 74+ million diabetic patients, projected to reach 156 million by 2045.
74M+ Patients in IndiaPer 2023 NOTTO Report: 1,099 deceased donor donations, yet only 14 pancreas transplants performed. Most pancreata are discarded.
1,085 Organs WastedPatients with severe hypoglycemia face 6-fold higher mortality rates. Hypoglycemic unawareness in Type 1 diabetes is a neglected, life-threatening condition.
Current treatments only manage diabetes—they don't cure it. Insulin therapy costs ₹7-9 lakhs over 5 years with no improvement in quality of life.
Complex regulatory pathways and lack of infrastructure have prevented islet transplantation from being established in India despite proven global success.
A minimally invasive cell therapy that can achieve insulin independence and potentially cure diabetes
Deceased donor pancreas obtained through TRANSTAN organ allocation network
Proprietary isolation methodology optimized for Indian population
Viability testing, islet count, and quality control per GMP standards
Minimally invasive infusion into the liver via interventional radiology
FDA-approved therapy with proven clinical outcomes worldwide
Minor procedure vs. major organ transplant surgery
₹10-20 lakhs vs. ₹30-35 lakhs for pancreas transplant
Future path to eliminate immunosuppression needs
Patients achieve insulin independence and improved HbA1c levels
Studies show improvement in microvascular complications post-transplant
A breakthrough platform technology offering potential cure for two different diseases
Our proprietary islet isolation and transplantation technology can address two distinct patient populations through different transplant approaches—offering hope to millions suffering from insulin-dependent diabetes.
Allotransplantation — Islets from deceased donors transplanted to patients with autoimmune diabetes
Autotransplantation — Patient's own islets isolated and re-transplanted after pancreatectomy
End-to-end methodology optimized for Indian population with published peer-reviewed results
Novel methodology for molecular analysis to predict and monitor transplant outcomes
Proprietary islet isolation methodology optimized for the Indian population
Cardiometry Journal, November 2022 — Peer-Reviewed
| Metric | iGN Method | Standard Protocol 1 | Standard Protocol 2 |
|---|---|---|---|
| Viability (%) | 80.6% Best | 68.2% | 78.1% |
| Total Yield (Million IEQ) | 14.63M 2x Higher | 7.28M | 7.80M |
| Yield per Gram (Million IEQ) | 1.47M | 0.77M | 0.85M |
Significant regulatory milestones achieved with Tamil Nadu Government and central authorities
Presented proposal to Government of Tamil Nadu, State Minister, and Health Secretary on the importance of bringing islet transplantation to India
✓ CompletedAchieved the Government Order for the use of pancreas for islet cell isolation from the Government of Tamil Nadu Health and Family Welfare Department
✓ ApprovedMoU with MS Swaminathan Bio Incubation for Research Phase 1. Application to CDSCO for COBE 2991 registration. Ethics approval obtained.
✓ CompletedProceedings from State Authority & Director of Medical Services (Ref No 12695/2019). CDSCO acceptance for import under Form MD-17. ICMR application submitted. GLP lab established.
✓ CompletedMoU signed with Rajiv Gandhi Government General Hospital. Health Secretary and Minister approval secured. Special GO for Kings Institute space allocation in progress.
⟳ In ProgressTarget: First-in-human islet transplantation approximately 6 months post-GMP completion. NHM funding allocation expected Q2 2026.
◯ PlannedGovernment Order for pancreas allocation
CDSCO import license for COBE 2991
Organ allocation authority letter
Institutional ethics committee clearance
Research phase registration submitted
Good Laboratory Practice established
First-mover advantage in a market with zero competition and enormous patient population
iGN Biotech will establish India as the first islet transplant center in all of Asia
Adults living with diabetes in the IDF SEA Region — 1 in 12 adults
Diabetic patients in India alone (Top 1 in SE Asia)
Type 1 diabetes patients requiring specialized treatment
Annual market potential in Tamil Nadu alone (75 transplants/year)
Superior outcomes with lower risk and reduced cost
| Outcome | Islet Transplantation | Pancreas Transplantation |
|---|---|---|
| Reduce/Eliminate Hypoglycemia | ||
| Improve HbA1c | Yes (depends on cases) | |
| Insulin Independence | Yes (depends on cases) | |
| Graft Rejection Risk | No / Lower | More common |
| Operative Morbidity | Lesser | Higher |
| Procedural Risks | Minor procedural risk | Major surgical risk |
| Immunosuppression | Lower steroid dosage | Heavy steroid regimen required |
| Cost (INR) | ₹10-20 Lakhs | ₹30-35 Lakhs |
Combining deep scientific expertise with global islet transplantation experience

Pioneer in islet cell research in India. PhD in Medical Biotechnology from University of Madras. Trained at Oxford University UK under Prof. Paul Johnson. Former Chief Scientist at Apollo Hospital Chennai. Principal Investigator for ICMR grants worth ₹1.5 Cr+.

Serial entrepreneur and growth strategist with 10+ years experience building and scaling businesses. Director of Xtracut since 2015. As CMO for Acer Electric & eBikeGo, generated $7.7M in revenue through digital marketing, onboarding 70+ dealerships and 8 master franchisees. Raised over $5M through multiple investment channels.




Cleveland Clinic & Oxford
University of Louisville
Organ Donation Network
Transplant Team Support
Clinical Partnership
Research Support
Clear path from proof-of-concept to commercial islet transplantation
Human pancreas islet isolation in Indian population — first demonstration of the technology
Establishment of cGMP facility at Kings Institute. First-in-human islet transplantation (Month 15 post-funding)
Development of microencapsulated islets to eliminate need for immunosuppression
3D bioprinting of islet organoids. Islet signature biomarkers for personalized medicine. Commercial scale operations
Join us in establishing India's first human pancreatic islet transplant program
| Shareholder | Role |
|---|---|
| Dr. Nithyakalyani | Founder & Chief Scientific Officer |
| Prem Anand | Chief Executive Officer |
| Gautam Seetharaman | Stakeholder |
| Dr. Balamurugan Appakalai | Strategic Advisor |
| Seed Investors | To be onboarded |





