Encellin

Encellin

Is this your company? Claim your profile to update info and connect with investors.
Claim profile

Private Company

Total funding raised: $17M

Overview

Encellin is a private, clinical-stage biotech based in San Francisco, pioneering a novel cell encapsulation platform. The company's lead application is for hypoglycemia in Type 1 Diabetes, with an interim clinical readout showing promising early results, including non-fibrotic engraftment. Founded on technology from UCSF, Encellin aims to enable durable, off-the-shelf cell replacement therapies across a range of chronic conditions, beginning with high-unmet-need endocrine disorders.

Endocrine DisordersType 1 Diabetes

Technology Platform

Encapsulated Cell Replacement Therapy (ENCRT): A nano-porous, biocompatible polymer pouch implant designed to protect therapeutic cells from immune rejection without systemic immunosuppression, allowing for exchange of nutrients and therapeutic molecules.

Funding History

2
Total raised:$17M
Series A$12M
Seed$5M

Opportunities

The platform's initial focus on hypoglycemia in T1D targets a high-unmet-need patient population poorly served by current tech.
Successful validation could unlock a vast pipeline for chronic diseases requiring cell replacement, from other endocrine disorders to liver disease and neurodegeneration, leveraging the modular ENCRT system.

Risk Factors

Key risks include long-term durability and safety of the implant, consistent cell function/survival over years, complex regulatory pathway for a combination product, and competition from other encapsulation technologies and advanced diabetes management systems.
The company also faces typical biotech financing and execution risks.

Competitive Landscape

Encellin competes in the cell encapsulation and immune-protection space, which includes companies like Sernova (Cell Pouch), ViaCyte (now part of Vertex), and Beta-O2. It also faces indirect competition from advanced insulin pumps/closed-loop systems and other cell therapy approaches for diabetes. Its differentiation lies in its nano-porous membrane technology and early clinical data showing a lack of fibrotic response.