Blaze Bioscience

Blaze Bioscience

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Private Company

Total funding raised: $110M

Overview

Blaze Bioscience is a clinical-stage biotech developing targeted imaging agents to illuminate cancer cells during surgery. Its lead candidate, tozuleristide (BLZ-100), is an investigational product designed to help surgeons achieve complete tumor resection by providing real-time, direct visualization of malignant tissue. Founded in 2010 and built on technology from the Fred Hutchinson Cancer Research Center, the company is targeting significant unmet needs in surgical oncology, starting with brain and breast cancers. Blaze remains privately held and is led by a management team with extensive experience in biotech development, finance, and clinical operations.

Oncology

Technology Platform

Tumor Paint® platform: fluorescent peptide-dye conjugates (e.g., tozuleristide/BLZ-100) that bind to cancer cells and fluoresce under near-infrared light, paired with the CANVAS® imaging system for real-time intraoperative visualization of tumor margins.

Funding History

4
Total raised:$110M
Series D$45M
Series C$30M
Series B$25M
Series A$10M

Opportunities

The technology addresses a massive unmet need in surgical oncology across many solid tumors, with a large initial addressable market in breast cancer lumpectomies.
Successful demonstration of utility could lead to rapid adoption, reduced re-operation rates, and improved patient outcomes.
The platform nature of Tumor Paint® allows for potential expansion into numerous other cancer types.

Risk Factors

The company faces significant clinical development and regulatory approval risk for its lead candidate.
As a pre-revenue, private company, it is dependent on external financing and faces commercialization risks including surgeon adoption, reimbursement, and competition.
The platform's success is concentrated on a single targeting mechanism.

Competitive Landscape

Blaze competes in the intraoperative imaging market with companies developing contrast agents (e.g., Avelas Biosciences' AVB-620) and imaging systems (e.g., Stryker's SPY-PHI, Zeiss' INFRARED 800). Its chlorotoxin-based agent differentiates it through a unique tumor-targeting mechanism. Broader competition includes advanced MRI, ultrasound, and pathology techniques used for margin assessment.