BLASTID leverages advanced microfluidics, novel optics, and predictive machine learning to rapidly identify and analyze individual cells, including drug-resistant pathogens. The platform enables clinicians to detect pathogens and monitor antibiotic resistance in minutes, addressing the global crisis of antimicrobial resistance. Backed by a $104M ARPA-H grant, the company's technology is designed to reduce sepsis mortality by enabling timely, effective therapy.
Detect sepsis-causing pathogens within minutes; Monitor antibiotic resistance in real-time; Identify drug-resistant bacteria in clinical samples; Enable rapid therapy decisions for sepsis patients; Screen for antimicrobial resistance in hospital settings
Backed by $104M ARPA-H DARTS grant; Developed at Harvard Medical School; Scientific foundation from Dr. Johan Paulsson's work on AMR; Partnerships with Harvard Medical School and ARPA-H; Focus on sepsis and antimicrobial resistance crisis with 80% mortality reduction potential