DNA sequencing on a chip

G.M. Wallraff; T. Nguyen; Jeff W. Labadie; T. Huynh; P.J. Brock; W.D. Hinsberg; Richard DiPietro; G. McGall

Paper

01 Feb 1997

DNA sequencing on a chip

Abstract

This method, which combines semiconductor manufacturing technology with molecular biology, has been used to build DNA and RNA arrays at densities as high as 10 6 sites/cm 2.

Conference paper

193-nm single-layer positive resists: building etch resistance into a high-resolution imaging system

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Sub-50 nm half-pitch imaging with a low activation energy chemically amplified photoresist

G.M. Wallraff, D. Medeiros, et al.

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Poly(Aryl ether‐phenylquinoxaline)s: Self‐polymerization of an A—B monomer via quinoxaline‐activated ether synthesis

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Journal of Polymer Science Part A: Polymer Chemistry

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W.D. Hinsberg, G.M. Wallraff, et al.

American Chemical Society, Polymer Preprints, Division of Polymer Chemistry

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Abstract

Related

193-nm single-layer positive resists: building etch resistance into a high-resolution imaging system

Sub-50 nm half-pitch imaging with a low activation energy chemically amplified photoresist

Poly(Aryl ether‐phenylquinoxaline)s: Self‐polymerization of an A—B monomer via quinoxaline‐activated ether synthesis

Mechanistic studies of chemically amplified photoresists