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Original Paper

Membrane pores—From biology to track-etched membranes

C. Lindsay Bashford
Bioscience Reports Dec 01, 1995, 15 (6) ; DOI: 10.1007/BF01204357
C. Lindsay Bashford
Department of Cellular and Molecular Sciences, Division of Biochemistry, St. George's Hospital Medical School, Cranmer Terrace, London SW17 0RE, U.K.
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Abstract

Flow of ions through narrow pores, either induced in biological membranes or created in synthetic membrane filters, exhibits, under appropriate conditions: 1) rapid switching of ion current between high and low conducting states; 2) selectivity between different ions; 3) inhibition by protons or divalent cations with an order of efficacy usually H+ >Zn2+>Ca2+ >Mg2+. It seems reasonable to conclude that these common properties arise from a common cause-the nature of the flow of ions close to a charged surface.

  • Calcium
  • ion current
  • membrane pore
  • zinc
  • © 1995 Plenum Publishing Corporation
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December 1995

Volume: 15 Issue: 6

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Membrane pores—From biology to track-etched membranes
C. Lindsay Bashford
Bioscience Reports Dec 1995, 15 (6) 553-565; DOI: 10.1007/BF01204357
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Membrane pores—From biology to track-etched membranes
C. Lindsay Bashford
Bioscience Reports Dec 1995, 15 (6) 553-565; DOI: 10.1007/BF01204357

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Keywords

calcium
ion current
membrane pore
zinc

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