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

Application of semiconductor lithography to the fabrication of oligonucleotide arrays

G.M. Wallraff, Jeff W. Labadie, et al.

IS&T Annual Conference 1996

Conference paper

Methacrylate terpolymer approach in the design of a family of chemically amplified positive resists

R.D. Allen, G.M. Wallraff, et al.

ACS Spring 1991

Paper

Polysilane photoresists for 193 and 248 nm lithography

G.M. Wallraff, R.D. Miller, et al.

J. Photopolym. Sci. Tech.

Conference paper

Base-catalyzed photosensitive polyimide

D.R. McKean, G.M. Wallraff, et al.

ACS Spring 1991

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Abstract

Related

Application of semiconductor lithography to the fabrication of oligonucleotide arrays

Methacrylate terpolymer approach in the design of a family of chemically amplified positive resists

Polysilane photoresists for 193 and 248 nm lithography

Base-catalyzed photosensitive polyimide