Portable Diagnostic Systems
Portable Diagnostic Systems is a Newark, NJ–based biotech startup developing a portable, cartridge-based lab-on-a-chip platform for rapid, multiplexed drug and toxicology screening at the point of need. The company integrates microfluidics, immunoassay reagent engineering, biosensing, and AI-driven analytics to produce low-sample-volume assays and field-deployable instruments, and is advancing postmortem toxicology applications under an SBIR Phase II award.
Industries
Nr. of Employees
small (1-50)
Portable Diagnostic Systems
Products
Integrity-1 Analysis System
A portable cartridge-based analysis system that performs rapid, multiplexed drug/toxicology screening from small-volume biological samples (e.g., saliva) with results generated in minutes.
Integrity-1 Analysis System
A portable cartridge-based analysis system that performs rapid, multiplexed drug/toxicology screening from small-volume biological samples (e.g., saliva) with results generated in minutes.
Services
Design and optimization of multianalyte immunoassays on cartridge-based platforms and execution of validation studies and QC procedures to support diagnostic product readiness.
Design and optimization of multianalyte immunoassays on cartridge-based platforms and execution of validation studies and QC procedures to support diagnostic product readiness.
Expertise Areas
- Point-of-care and field-deployable diagnostics
- Microfluidics and lab-on-a-chip systems
- Immunoassay and multianalyte assay development
- Forensic/postmortem toxicology screening
Key Technologies
- Microfluidics
- Lab-on-a-chip cartridges
- Immunoassays
- Antibody engineering
News & Updates
Awarded an SBIR Phase II contract from NIDA to advance postmortem toxicology applications, including expanding analyte panels, validating against LC-MS, improving reagent stability, preparing for scalable manufacturing, and integrating machine vision and AI-driven QC.
Awarded an SBIR Phase II contract from NIDA to advance postmortem toxicology applications, including expanding analyte panels, validating against LC-MS, improving reagent stability, preparing for scalable manufacturing, and integrating machine vision and AI-driven QC.