Project/Proposal title
NSF Career: "ASSURED" electrochemical platform for multiplexed detection of Cancer Biomarker Panel using Shear-Enhanced
Nanoporous-Capacitive Electrodes
Undergraduate Research and Innovation Experience in Cancer Diagnosis and Therapeutic Intervention
A rapid, robust, cost-effective field-based platform technology for the selective and sensitive determination of PFAS in source water
Source of Support
National Science Foundation
National Science Foundation
United States Geological Survey
Quantitative Modeling of Live Breast Cancer Cell Metabolism Exposed to an Electromagnetic Field
Field-Scale Demonstration of a Novel Real-Time Sensor for PFAS
I-Corps: Point-of-use microfluidics-based electrochemical platform for per-and polyfluoroalkyl substance (PFAS) detection in source water.
SBIR: Phase II Low-cost Diagnostic for Animal and Zoonotic Diseases
New Jersey Health Foundation
Environmental Security Technology Certification Program
National Science Foundation
Department of Homeland Security