Plastic Trash goes Biohybrid"-Rapid and Selective Functionalization of Inert Plastic Surfaces with Biomolecules

Stefan M Schiller; Dev Kambhampati; Gudrun Stengel; Jürgen Dolderer; Peter E. Nielsen; Renate Förch; W Knoll

Plastic Trash goes Biohybrid"-Rapid and Selective Functionalization of Inert Plastic Surfaces with Biomolecules

Stefan M Schiller, Dev Kambhampati, Gudrun Stengel, Jürgen Dolderer, Peter E. Nielsen, Renate Förch, W Knoll

Department of Cellular and Molecular Medicine

1 Citation (Scopus)

Abstract

The modification of used "inert" plastic materials with covalently bound biomolecules (for applications as biocompatible interfaces and biochips) can be realized utilizing an easy, fast, and efficient pulsed plasma polymerization process. The resulting electrophilic surface network can be modified with various chemical groups and used to bind PNA (peptide nucleic acid), realizing a DNA-sensor scheme probing and verifying reactions in the submonolayer regime.

Original language	English
Journal	Macromolecular Chemistry and Physics
Volume	211
Issue number	2
Pages (from-to)	222-228
Number of pages	7
ISSN	1022-1352
Publication status	Published - 19 Jan 2010

Cite this

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title = "Plastic Trash goes Biohybrid{"}-Rapid and Selective Functionalization of Inert Plastic Surfaces with Biomolecules",

abstract = "The modification of used {"}inert{"} plastic materials with covalently bound biomolecules (for applications as biocompatible interfaces and biochips) can be realized utilizing an easy, fast, and efficient pulsed plasma polymerization process. The resulting electrophilic surface network can be modified with various chemical groups and used to bind PNA (peptide nucleic acid), realizing a DNA-sensor scheme probing and verifying reactions in the submonolayer regime.",

author = "Schiller, {Stefan M} and Dev Kambhampati and Gudrun Stengel and J{\"u}rgen Dolderer and Nielsen, {Peter E.} and Renate F{\"o}rch and W Knoll",

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T1 - Plastic Trash goes Biohybrid"-Rapid and Selective Functionalization of Inert Plastic Surfaces with Biomolecules

AU - Schiller, Stefan M

AU - Kambhampati, Dev

AU - Stengel, Gudrun

AU - Dolderer, Jürgen

AU - Nielsen, Peter E.

AU - Förch, Renate

AU - Knoll, W

PY - 2010/1/19

Y1 - 2010/1/19

N2 - The modification of used "inert" plastic materials with covalently bound biomolecules (for applications as biocompatible interfaces and biochips) can be realized utilizing an easy, fast, and efficient pulsed plasma polymerization process. The resulting electrophilic surface network can be modified with various chemical groups and used to bind PNA (peptide nucleic acid), realizing a DNA-sensor scheme probing and verifying reactions in the submonolayer regime.

AB - The modification of used "inert" plastic materials with covalently bound biomolecules (for applications as biocompatible interfaces and biochips) can be realized utilizing an easy, fast, and efficient pulsed plasma polymerization process. The resulting electrophilic surface network can be modified with various chemical groups and used to bind PNA (peptide nucleic acid), realizing a DNA-sensor scheme probing and verifying reactions in the submonolayer regime.

M3 - Journal article

SN - 1022-1352

VL - 211

SP - 222

EP - 228

JO - Macromolecular Chemistry and Physics

JF - Macromolecular Chemistry and Physics

IS - 2

ER -

Plastic Trash goes Biohybrid"-Rapid and Selective Functionalization of Inert Plastic Surfaces with Biomolecules

Abstract

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