![]() | ![]() | ![]() |
---|
Research Areas of Focus
The ASRC Sensor CAT advances the field of sensor technology through scientific research projects which investigate:
-
Novel molecular sensing modalities and materials
-
Cutting-edge development of sensor devices
-
Nanoscale sensor technology and ultrasensitive sensors
-
Interfaces between sensors and their (biological) environments
We welcome projects with a wide-range of applications to improve and understand human and environmental health through sensor technology.
On-Going Research Application Areas
Detection of SARS-CoV-2 virus (coronavirus that causes COVID-19)
-
Optical diagnostic device, Vyir, Inc.
-
Viral glycan sensing receptors, Dultech
High-throughput device for 3D cell cultures, Vivo Z
Our Projects

FREZENT BIOLOGICAL SOLUTIONS
New York, New York
Advanced Science Research Center
Frezent is pioneering senotherapeutics for the treatment of patients with solid tumors. The company is developing biological inhibitors of cancer-specific lipid metabolism. These inhibitors can be effectively applied to target dormant (senescent) cancer cells that escaped chemotherapy and prevent their reactivation.

INSURGENT
New York, New York
Advanced Science Research Center
Insurgent Tech disrupts the healthcare industrial complex by creating products and services that: allow people to take more control of their health, allow practitioners to provide better diagnosis and personalized care, expand availability and efficiency of health services, reduce health costs.

VADER NANOTECH
New York, New York
Advanced Science Research Center
Our patented approach uses image analysis to select for organisms with the ability to grow on plastic, PFAS, and other difficult to break down chemicals as a sole carbon source. Using directed evolution techniques we optimize these organisms and improve their performance.

SEEQC
New York, New York
Advanced Science Research Center
SEEQC is built upon the fundamental premise that to deliver a commercially scalable and cost-effective quantum computing solution, classical readout, control, error correction, and data processing functions must be integrated with a quantum processor.