Device for electrically reading microarrays, has base having support for positioning test surface of microarray parallel to reading surface of base, and matrix of transducers arranged on reading surface of base

Antonio Baldi; Diana Bonilla; Roberto De La Rica; Cesar Fernandez-Sanchez

Device for electrically reading microarrays, has base having support for positioning test surface of microarray parallel to reading surface of base, and matrix of transducers arranged on reading surface of base

Antonio Baldi (Inventor), Diana Bonilla (Inventor), Roberto De La Rica (Inventor), Cesar Fernandez-Sanchez (Inventor)

Physics

Research output: Patent

Abstract

NOVELTY - The device (1') has a base (2') having a support (3') for positioning a test surface of the microarray parallel to a reading surface of the base. A matrix of transducers (5') is arranged on the reading surface of the base for translating the variation of an electrical or chemical value into the variation of an electrical value. A reading element is connected to the transducers, to interpret the electrical signals from the transducers.

Original language	English
Patent number	2010-A64049 [81]
Publication status	Published - 2010

Keywords

electrical
reading microarrays
base support
test surface
microarray parallel
reading surface
matrix of transducers

Fingerprint

Dive into the research topics of 'Device for electrically reading microarrays, has base having support for positioning test surface of microarray parallel to reading surface of base, and matrix of transducers arranged on reading surface of base'. Together they form a unique fingerprint.

Cite this

@misc{7750a8490b1147ca89219392058c2e61,

title = "Device for electrically reading microarrays, has base having support for positioning test surface of microarray parallel to reading surface of base, and matrix of transducers arranged on reading surface of base",

abstract = "NOVELTY - The device (1') has a base (2') having a support (3') for positioning a test surface of the microarray parallel to a reading surface of the base. A matrix of transducers (5') is arranged on the reading surface of the base for translating the variation of an electrical or chemical value into the variation of an electrical value. A reading element is connected to the transducers, to interpret the electrical signals from the transducers.",

keywords = "electrical, reading microarrays, base support, test surface, microarray parallel, reading surface, matrix of transducers",

author = "Antonio Baldi and Diana Bonilla and {De La Rica}, Roberto and Cesar Fernandez-Sanchez",

year = "2010",

language = "English",

type = "Patent",

note = "2010-A64049 [81]",

}

TY - PAT

T1 - Device for electrically reading microarrays, has base having support for positioning test surface of microarray parallel to reading surface of base, and matrix of transducers arranged on reading surface of base

AU - Baldi, Antonio

AU - Bonilla, Diana

AU - De La Rica, Roberto

AU - Fernandez-Sanchez, Cesar

PY - 2010

Y1 - 2010

N2 - NOVELTY - The device (1') has a base (2') having a support (3') for positioning a test surface of the microarray parallel to a reading surface of the base. A matrix of transducers (5') is arranged on the reading surface of the base for translating the variation of an electrical or chemical value into the variation of an electrical value. A reading element is connected to the transducers, to interpret the electrical signals from the transducers.

AB - NOVELTY - The device (1') has a base (2') having a support (3') for positioning a test surface of the microarray parallel to a reading surface of the base. A matrix of transducers (5') is arranged on the reading surface of the base for translating the variation of an electrical or chemical value into the variation of an electrical value. A reading element is connected to the transducers, to interpret the electrical signals from the transducers.

KW - electrical

KW - reading microarrays

KW - base support

KW - test surface

KW - microarray parallel

KW - reading surface

KW - matrix of transducers

M3 - Patent

M1 - 2010-A64049 [81]

ER -