DocumentCode
1885318
Title
Multi-patch: a chip-based ion-channel assay system for drug screening
Author
Picollet-D´hahan, Nathalie ; Sauter, Fabien ; Ricoul, Florence ; Pudda, Catherine ; Marcel, Frédérique ; Sordel, Thomas ; Chatelain, François ; Chartier, Isabelle
Author_Institution
DSV Branch, Commissariat a l´´Energie Nucleaire, Grenoble, France
fYear
2003
fDate
20-23 July 2003
Firstpage
251
Lastpage
254
Abstract
Ion channels are cellular membrane proteins that act as specific signal transducers. They have crucial roles in physiology and pathophysiology and are important drug targets. Patch-damp is the gold-standard for assessing ion channel function but does not have the potential to be automated and parallelized. This fact underlies current efforts in developing parallel patch-on-chip platforms in order to provide higher throughput and better reproducibility. Our approach is to develop a bio-electronic sandwich interface between microstructured substrates and printed circuits. ´Multi-patch´ is a patch-on-a-chip device replacing patch pipettes by micrometer-sized holes and enabling multiple simultaneous single-cell electrical measurements. We present here a comparative approach of different substrates in view of the development of a chip-based device. We emphasize on the silicon technology pointing out its advantages in terms of microstructuration and development of an integrated electronics.
Keywords
biomembranes; cellular biophysics; elemental semiconductors; integrated circuit design; monolithic integrated circuits; physiology; polymers; proteins; silicon; Si; assessing ion channel function; bio-electronic sandwich interface; cellular membrane proteins; chip-based device; chip-based ion-channel assay system; drug screening; integrated electronics; micrometer-sized holes; microstructuration; microstructured substrates; parallel patch-on-chip platforms; patch-on-a-chip device; pathophysiology; physiology; printed circuits; signal transducers; silicon technology; single-cell electrical measurements; Biomembranes; Drugs; Electric variables measurement; Physiology; Printed circuits; Proteins; Reproducibility of results; Semiconductor device measurement; Throughput; Transducers;
fLanguage
English
Publisher
ieee
Conference_Titel
MEMS, NANO and Smart Systems, 2003. Proceedings. International Conference on
Print_ISBN
0-7695-1947-4
Type
conf
DOI
10.1109/ICMENS.2003.1222001
Filename
1222001
Link To Document