Behavior

Scientists at Swinburne University discuss research in behavior

Published in Drug Law Weekly, September 8th, 2009

According to recent research from Hawthorn, Australia, "This paper presents a study of EOF properties of plasma-polymerized microchannel surfaces and the effects of protein (fibrinogen and lysozyme) adsorption on the EOF behavior of the surface-modified microchannels. Three plasma polymer surfaces, i.e. tetraglyme, acrylic acid and allylamine, are tested."

"indicate EOF suppression in all plasma-coated channels compared with the uncoated glass microchannel surfaces. The EOF behaviors of the modified microchannels after exposure to protein solutions are also investigated and show that even low levels of protein adsorption can significantly influence EOF behavior, and in...

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Source: Drug Law Weekly (2009-09-08)

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