Over 10-b On-Chip Impedance Measurement System for High Frequency Range, M.Sc. Thesis Sharif University of Technology ; Atarodi, Mojtaba (Supervisor) ; Mehrani, Khashayar (Supervisor)
Abstract
Diabetes is one of the most catastrophic diseases in the world. There will be an end to patients’ problems if scientists can invent the artificial pancreas, but there is no implantable sensing core available. All of the sensors used for measuring blood glucose level were based on an electrochemical sensor which will generate a glucose level dependent electric current. The chemical structure of that sensor will deny its usability for in vivo applications. By exploring several biological and electrical literatures we introduced a fully electrical method for sensing the blood glucose level by impedance measurement. In this thesis we introduced a new method for sensing the blood glucose...
Cataloging briefOver 10-b On-Chip Impedance Measurement System for High Frequency Range, M.Sc. Thesis Sharif University of Technology ; Atarodi, Mojtaba (Supervisor) ; Mehrani, Khashayar (Supervisor)
Abstract
Diabetes is one of the most catastrophic diseases in the world. There will be an end to patients’ problems if scientists can invent the artificial pancreas, but there is no implantable sensing core available. All of the sensors used for measuring blood glucose level were based on an electrochemical sensor which will generate a glucose level dependent electric current. The chemical structure of that sensor will deny its usability for in vivo applications. By exploring several biological and electrical literatures we introduced a fully electrical method for sensing the blood glucose level by impedance measurement. In this thesis we introduced a new method for sensing the blood glucose...
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