EndoLipiD Therapeutics

EndoLipiD Therapeutics

Barcelona, Spain· Est.
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Private Company

Total funding raised: $2.8M

Overview

EndoLipiD Therapeutics is a private, preclinical-stage biotech leveraging a novel mechanism of action—mimicking the endogenous protein SHBG—to address diseases of ectopic fat accumulation. Its lead program, EDL6D, targets NASH with demonstrated efficacy in reducing liver fat, inflammation, and fibrosis in animal models, while a second program, EDL81 (Ac-EDL67), for cellulite is in co-development with Nanovex Biotechnologies. The company is supported by venture capital, public grants including EU Next Generation funds, and a crowdfunding campaign, and is led by a team combining deep scientific expertise in SHBG biology with clinical and business development experience.

MetabolicCardiovascularAesthetic

Technology Platform

Platform for designing synthetic peptides that mimic the function of Sex Hormone-Binding Globulin (SHBG) to reduce ectopic fat accumulation via a novel receptor-mediated mechanism affecting lipolysis, lipogenesis, inflammation, and fibrosis.

Funding History

1
Total raised:$2.8M
Seed$2.8M

Opportunities

The NASH market represents a multi-billion dollar unmet need with a complex pathophysiology; a novel, multi-target agent like EDL6D could capture significant value if clinically validated.
The cellulite market offers a large, underserved consumer base eager for science-backed, effective topical or injectable treatments, where EDL81's novel mechanism could enable premium positioning.

Risk Factors

High preclinical translational risk, as the novel SHBG-mimetic mechanism is unproven in humans.
Significant clinical and regulatory hurdles, especially in NASH, a field with a high rate of late-stage failure.
Future funding needs are substantial to advance into clinical trials in a competitive capital environment.

Competitive Landscape

In NASH, EndoLipiD faces intense competition from large pharma and biotechs with advanced clinical assets, though its novel MoA provides differentiation. In cellulite, competition comes from aesthetic device companies and cosmetic creams, but few offer a peptide-based, biologically-targeted approach, potentially creating a unique niche.