Emendo Biotherapeutics

Emendo Biotherapeutics

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Private Company

Total funding raised: $157M

Overview

EmendoBio is a private, pre-clinical stage biotech company developing a next-generation CRISPR gene editing platform called OMNI™. The platform is designed to discover and engineer novel nucleases with unique properties, aiming to achieve extreme precision, allele-specific editing, and the ability to target any gene in the genome. The company employs a collaborative business model, seeking partnerships with biopharma to integrate its platform into therapeutic development programs for complex genetic diseases. With a team of over 90 experts, EmendoBio is positioning itself to address the vast majority of genetic conditions, particularly dominant disorders, which require unprecedented editing specificity.

Genetic Diseases

Technology Platform

OMNI™ platform for discovering and engineering novel CRISPR nucleases with unique PAM specificities, optimized for extreme precision, allele-specific editing, and high activity with minimal off-target effects.

Funding History

2
Total raised:$157M
Series B$96M
Series A$61M

Opportunities

The platform addresses the large, unmet need for treatments for dominant genetic diseases, which require allele-specific editing and represent the majority of genetic disorders.
Expanding genomic accessibility via novel PAM sites allows targeting of previously unreachable genes, opening up new therapeutic areas.

Risk Factors

High technical risk in validating the extreme precision and efficacy of novel nucleases in vivo.
Intense competition from other next-generation gene editing companies and reliance on a partnership-driven business model create commercial and strategic execution risks.

Competitive Landscape

Operates in a crowded and fast-moving field of next-generation CRISPR editing, competing with companies like Prime Medicine, Beam Therapeutics, and Caribou Biosciences, as well as academic labs developing novel editors. Differentiation is claimed through a comprehensive platform for custom nuclease engineering and a disease-first approach.