Reduced adhesion of human blood platelets to polyethylene tubing by microplasma surface modification

J. L. Lauer; J. L. Shohet; R. M. Albrecht; C. Pratoomtong; R. Murugesan; S. Esnault; J. S. Malter; U. H. Von Andrian; R. D. Bathke; S. B. Shohet

doi:10.1063/1.1786668

Reduced adhesion of human blood platelets to polyethylene tubing by microplasma surface modification

J. L. Lauer, J. L. Shohet, R. M. Albrecht, C. Pratoomtong, R. Murugesan, S. Esnault, J. S. Malter, U. H. Von Andrian, R. D. Bathke, S. B. Shohet

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20 Scopus citations

Abstract

Microplasmas were used for the surface treatment of small-diameter polyethylene (PE) tubing. The density of the microplasma was measured using a microwave cavity disgnostic. A monochromator helped in observing plasma light output at various positions along the PE tube to assess uniformity. To the lumenal surface of the PE tubing, a poly(ethylene oxide) surfactant was immobilized with an argon microplasma discharge. The properties of the inner surface of the PE tubing and the emitted light intensity indicated a correlation.

Original language	English (US)
Pages (from-to)	4539-4546
Number of pages	8
Journal	Journal of Applied Physics
Volume	96
Issue number	8
DOIs	https://doi.org/10.1063/1.1786668
State	Published - Oct 15 2004

ASJC Scopus subject areas

Physics and Astronomy(all)

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title = "Reduced adhesion of human blood platelets to polyethylene tubing by microplasma surface modification",

abstract = "Microplasmas were used for the surface treatment of small-diameter polyethylene (PE) tubing. The density of the microplasma was measured using a microwave cavity disgnostic. A monochromator helped in observing plasma light output at various positions along the PE tube to assess uniformity. To the lumenal surface of the PE tubing, a poly(ethylene oxide) surfactant was immobilized with an argon microplasma discharge. The properties of the inner surface of the PE tubing and the emitted light intensity indicated a correlation.",

author = "Lauer, {J. L.} and Shohet, {J. L.} and Albrecht, {R. M.} and C. Pratoomtong and R. Murugesan and S. Esnault and Malter, {J. S.} and {Von Andrian}, {U. H.} and Bathke, {R. D.} and Shohet, {S. B.}",

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T1 - Reduced adhesion of human blood platelets to polyethylene tubing by microplasma surface modification

AU - Lauer, J. L.

AU - Shohet, J. L.

AU - Albrecht, R. M.

AU - Pratoomtong, C.

AU - Murugesan, R.

AU - Esnault, S.

AU - Malter, J. S.

AU - Von Andrian, U. H.

AU - Bathke, R. D.

AU - Shohet, S. B.

PY - 2004/10/15

Y1 - 2004/10/15

N2 - Microplasmas were used for the surface treatment of small-diameter polyethylene (PE) tubing. The density of the microplasma was measured using a microwave cavity disgnostic. A monochromator helped in observing plasma light output at various positions along the PE tube to assess uniformity. To the lumenal surface of the PE tubing, a poly(ethylene oxide) surfactant was immobilized with an argon microplasma discharge. The properties of the inner surface of the PE tubing and the emitted light intensity indicated a correlation.

AB - Microplasmas were used for the surface treatment of small-diameter polyethylene (PE) tubing. The density of the microplasma was measured using a microwave cavity disgnostic. A monochromator helped in observing plasma light output at various positions along the PE tube to assess uniformity. To the lumenal surface of the PE tubing, a poly(ethylene oxide) surfactant was immobilized with an argon microplasma discharge. The properties of the inner surface of the PE tubing and the emitted light intensity indicated a correlation.

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Reduced adhesion of human blood platelets to polyethylene tubing by microplasma surface modification

Abstract

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