Scenic Biotech

Scenic Biotech

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Private Company

Total funding raised: $25M

Overview

Scenic Biotech, founded in 2017, is a private, preclinical-stage biotech developing a novel class of therapeutics based on genetic modifiers. The company's core innovation is its proprietary Cell-Seq discovery platform, which identifies 'hidden disease protection factors' within the genome to rebalance disease pathways, rather than directly correcting the primary genetic defect. This approach has generated a wholly-owned pipeline of small molecule programs and attracted strategic collaborations with major pharmaceutical partners like Alnylam, Bristol Myers Squibb, and Genentech. Scenic is positioned at the forefront of a new therapeutic paradigm with potential applications across a range of severe genetic conditions.

NeurologyMetabolic Diseases

Technology Platform

Proprietary Cell-Seq™ discovery platform designed to identify genetic modifiers ('hidden disease protection factors') that can neutralize the impact of primary disease-causing mutations, enabling the discovery of novel druggable targets.

Funding History

2
Total raised:$25M
Series A$20M
Seed$5M

Opportunities

The modifier therapy approach addresses high-unmet-need genetic disorders with a potentially druggable small molecule strategy, offering advantages in administration and cost over complex biologics.
Successful platform validation could unlock novel targets across a wide range of diseases, creating multiple shots on goal and significant partnership or acquisition interest.

Risk Factors

The novel scientific premise carries high translational risk, as identifying a genetic modifier does not guarantee it is a safe and effective drug target.
As a preclinical, private company, Scenic is dependent on external financing and partnership deals to advance its capital-intensive R&D programs.

Competitive Landscape

Scenic operates in the competitive genetic medicine space, facing rivals using gene therapy, gene editing, and antisense oligonucleotides to directly target disease genes. Its unique focus on modifier genes via small molecules differentiates it, but it must prove its approach can achieve efficacy comparable or superior to these established modalities.