STRM.BIO

STRM.BIO

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Private Company

Total funding raised: $5.5M

Overview

STRM.BIO is a private, preclinical-stage biotech founded in 2020, headquartered in Cambridge, Massachusetts, with a focus on RNA and gene therapy. The company's core technology is its megakaryocyte-derived vesicle (MV) platform, designed for precise, efficient, and repeatable in vivo delivery of genetic cargo to the bone marrow. Led by an experienced team with deep industry backgrounds, STRM.BIO aims to build a diversified pipeline from a common platform foundation, targeting significant unmet needs in rare diseases and immuno-oncology. The company is currently pre-revenue and in the platform validation and early pipeline development phase.

Rare Hematological DiseasesOncology

Technology Platform

Megakaryocyte-derived vesicle (MV) platform: a non-viral, cell-derived delivery system for targeted in vivo delivery of genetic cargos (gene editing tools, RNA, genes for cell therapy) to the bone marrow, designed for safety, repeat dosing, and scalability.

Funding History

1
Total raised:$5.5M
Seed$5.5M

Opportunities

The platform's potential for repeat dosing and precise bone marrow targeting addresses critical limitations of viral gene therapy, opening large markets in rare hematologic diseases.
Success in enabling in vivo CAR-T could disrupt the entire cell therapy manufacturing paradigm, creating a massive opportunity in oncology.

Risk Factors

High technical risk in proving the platform's efficiency, targeting, and manufacturability surpasses existing viral and synthetic methods.
Intense competition in the non-viral delivery space and the novel regulatory path for EV-based therapies present significant commercial and development hurdles.

Competitive Landscape

STRM.BIO competes in the crowded non-viral gene delivery space against companies developing lipid nanoparticles (e.g., Moderna, BioNTech for mRNA, plus many startups), polymer-based systems, and other extracellular vesicle technologies. Its differentiation hinges on the unique biology of megakaryocyte-derived vesicles for bone marrow targeting.