Georgia Tech Research Corporation

Miroslava Josowicz

Jiri Janata

George Yang Yu

Wendy Kuhne

William S Dynan

Jennifer Steeb

Improved electrochemical biosensor arrays and instruments are disclosed herein. Methods of making and using the electrochemical biosensor instruments are also disclosed. An electrochemical biosensor array can include an array of microelectrodes disposed on a substrate. Each microelectrode can include a conducting electrode material disposed on a portion of the substrate, a first polymeric layer disposed on at least a portion of the conducting electrode material, a second polymeric layer disposed on at least a portion of the first polymeric layer, and a capture molecule that is in physical communication with the second polymeric layer.

Electrochemical biosensor arrays and instruments and methods of making and using same

Improved radiation devices and their associated fabrication and applications are described herein. The microirradiators generally include a non-radioactive conducting electrode, an insulating sheath, a radioactive source, and, optionally, a contact electrode. The microirradiators generally produce low absolute radiation levels with high radiation flux densities.

Growing community of inventors

Atlanta, GA, United States of America

Miroslava Josowicz