2008Photochemistry and PhotobiologyRequires access

ELECTRONIC PROCESSES AND PHOTOSENSITIZATION IN BILAYER LIPID MEMBRANES*

H. Ti Tien

Open publisher page 44 citations

Abstract

Abstract— In part one of this paper, evidence for electronic processes in experimental and biological membranes are reviewed. The membrane under consideration, be it experimental or biological, is understood to mean an ultrathin bamer separating two aqueous phases. The question ‘can electronic processes occur in/across such a structure immersed in an aqueous environment?’ is answered affirmatively. In the second part of this paper, photosensitization by dyes and photoelectric effects in experimental bilayer lipid membranes observed recently are described.

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What this paper is about

Abstract— In part one of this paper, evidence for electronic processes in experimental and biological membranes are reviewed. The membrane under consideration, be it experimental or biological, is understood to mean an ultrathin bamer separating two aqueous phases. The question ‘can electronic processes occur in/across such a structure immersed in an aqueous environment?’ is answered affirmatively. In the second part of this paper, photosensitization by dyes and photoelectric effects in experimental bilayer lipid membranes observed recently are described.

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Available abstract

Abstract— In part one of this paper, evidence for electronic processes in experimental and biological membranes are reviewed. The membrane under consideration, be it experimental or biological, is understood to mean an ultrathin bamer separating two aqueous phases. The question ‘can electronic processes occur in/across such a structure immersed in an aqueous environment?’ is answered affirmatively. In the second part of this paper, photosensitization by dyes and photoelectric effects in experimental bilayer lipid membranes observed recently are described.

Key concepts: Membrane, Lipid bilayer, Bilayer, Biological membrane, Aqueous solution, Photoelectric effect, Chemistry, Biophysics

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