Quantum Nanosensors Could Reveal What Organs-on-Chips Miss
Quantum sensors could help organ-on-a-chip devices track fleeting cellular signals in real time.
2026-09-23
LIOM
LIOM is developing wearable sensing technology for non-invasive biochemical monitoring, beginning with glucose. Formerly called Spiden, the company is working toward continuous measurements through the skin; its platform remains a development effort rather than an established consumer diagnostic.
2026-09-14
Allez Health
Allez Health develops wearable biosensor technology for continuous metabolic monitoring. Its investigational platform includes glucose and lactate sensing, with a focus on connected measurements that can support diabetes management and research into metabolic health.
2026-09-14
Biolinq
Biolinq develops wearable biosensors that measure glucose through small sensing elements placed within the skin. Its platform focuses on metabolic monitoring and combines biochemical measurements with contextual health information to help users understand changes over time.
2026-09-14
Orange Biomed
Orange Biomed is developing portable A1C testing based on microfluidic single-cell analysis. Its approach examines blood cells in a small sample to support diabetes monitoring, with a reusable reader and disposable test components intended for point-of-care use.
2026-09-14
10 Things to Know About Organ Chips and How They Benefit Humanity
NASA explains how organ chips use human cells to model tissues, test stressors, and study potential treatments.
2026-09-08
Biosensors: tools for the future with a spectrum of applications
Biosensors have taken testing from central labs to homes, with glucose meters and rapid antigen tests showing what fast detection can do.
2026-06-29
Nanotech Microchip Diagnoses Type 1 Diabetes
A gold-nanoparticle microchip could diagnose type 1 diabetes in minutes from a finger prick.
2026-05-14
Automated Microfluidic System for Point-of-Care Detection of Pathogens
A University of Toronto microfluidic device turns saliva-based pathogen testing into a glucose meter readout.
2026-05-12
Organ-on-a-chip technology replicates decades of human aging in just four days
UC Berkeley's linked fat-liver chip mimics about 40 years of human tissue aging in four days.
2026-04-20