Anvil Diagnostics
Anvil Diagnostics is dedicated to developing smart reagents and algorithms for invasive infections, aiming to catch infections that hospitals often miss with existing hardware. They focus on creating fast, simple, and practical liquid biopsy tests to detect pathogen DNA early, enabling targeted treatment before infections become crises. Their approach enhances digital PCR with a data-driven, machine learning methodology to analyze pathogen gene signatures comprehensively, making early-stage infection detection feasible in any hospital setting.
Industries
Nr. of Employees
small (1-50)
Anvil Diagnostics
Cambridge, Massachusetts, United States, North America
Products
Reagents and analysis algorithms for pathogen DNA detection using digital PCR
A combined reagent and computational-analysis offering that uses machine-learned DNA sensors and high-dimensional data processing to detect and quantify pathogen DNA from blood samples, intended as an alternative to slow culture-based methods.
Reagents and analysis algorithms for pathogen DNA detection using digital PCR
A combined reagent and computational-analysis offering that uses machine-learned DNA sensors and high-dimensional data processing to detect and quantify pathogen DNA from blood samples, intended as an alternative to slow culture-based methods.
Services
Collaborative assay development and clinical deployment
Partnership-based development of molecular assays and analytical algorithms, with support for making tests practical in hospital laboratory workflows and integrating with existing diagnostic hardware.
Collaborative assay development and clinical deployment
Partnership-based development of molecular assays and analytical algorithms, with support for making tests practical in hospital laboratory workflows and integrating with existing diagnostic hardware.
Expertise Areas
- Molecular diagnostics assay development
- Digital PCR-based pathogen detection
- Machine learning for probe design and diagnostic interpretation
- Cell-free pathogen DNA (liquid biopsy) testing
Key Technologies
- Digital PCR
- Machine learning-driven probe/sensor design
- Cell-free pathogen DNA detection
- High-dimensional signal deconvolution