Microfluidics & Bioassays
Research Description
The Velev group is among the first to explore and demonstrate the formation of electrically-functional microdevices by interfacing colloidal assemblies with on-chip electronic circuits. Microscopic electronically readable biosensors have been assembled in situ by dielectrophoresis.
Current Projects
Paper Microfluidic Based Wearable Patches for Biomarker Detection from Sweat Sneha Mukherjee
Microfluidic Sweat Monitoring Tamoghna Saha
Previous Projects
Novel Human-Device Interfaces: Hydrogel EKG Electrodes and Microfluidic Sweat Monitoring Timothy Shay
Cell Sensing and Manipulation Using AC Electric Fields Elizabeth Melvin
Thin Film Nanofluidics Jairus Kleinert
Silver-Enhanced Immunoassays for Analyte Detection Shalini Gupta
Quantitative Micro-bioassays Needing Only Microliter Volumes of Analyte for Biomoleculer Detection Vinayak Rastogi
Manipulation of Droplets with Suspended Particles on a Dielectrophoretic Liquid Chip Suk Tai Chang
AC Electrokinetic Technique for Particle Collection on Patterned Electrodes Ketan Bhatt