by Professor Peter H. Barry
The following programs JPCalcW , MemPotW and ArtMemW and MemCableW now come as full Windows programs. In each case, they can be run under Windows XP, Vista, Windows7 or above. They can also be run in Macintosh computers, provided they have fully compatible Windows emulation packages. These programs are each computer-aided learning (CAL) programs, which are aimed to simulate actual experiments and teach some difficult concepts in physiology. Free demonstration versions of each of the programs are available. Further information may be obtained either from this Web page or by contacting Professor Peter H. Barry (email@example.com) of the Dept of Physiology, School of Medical Sciences, Faculty of Medicine at the University of New South Wales. For information about him and his research and other interests click on Professor Peter H. Barry.
To order any of the above programs, contact Peter Barry directly by email at firstname.lastname@example.org
Please note sign corrections in the article on liquid junction potentials in the original printed and original pdf version of AxoBits 39 for a priori corrections. For details and how to get corrected article from the AxoBits 39 pdf down load click here.
Ionic Mobility Tables The tables in this listing give lists of the ionic mobilities stored in the Junction Potential Calculator programs, JPCalc and JPCalcW, together with more recent additional ionic values and references for further information.
ArtMem for Windows (ArtMemW), converted from a DOS-based interactive graphical program ArtMem by PHB, it was designed to simulate an experiment to illustrate how membrane potentials are set up across an ion-selective artificial membrane and would be a good first introduction to membrane potentials, prior to using the MemPotW or MEMPOT program. Further details are also given in an accompanying screen.
MemPot for Windows (MemPotW) converted from a DOS-based interactive graphical program MemPot by PHB, it was designed as an interactive teaching program that simulates the measurement of membrane potentials on excitable cells and with the aim of showing students how resting membrane potentials and action potential peaks depend on [K] and [Na] concentrations and on their relative permeabilities. Further details are also given in an accompanying screen.
MemCable for Windows (MemCableW) , converted from a DOS-based interactive graphical program MemCable by PHB, it was designed to simulate a microelectrode experiment which illustrated the passive time-dependent properties of a spherical neuron and the cable properties of a nerve and muscle fibre. Further details are also given in an accompanying screen.
(Also see under Link to Peter H Barry at top of page)
Free Link to
Some Research Reprints Available
62. Keramidas, A., Moorhouse, A.J., Pierce, K., Schofield, P.R. and Barry, P.H. (2002). Cation-selective mutations in the M2 domain of the inhibitory glycine receptor channel reveal determinants of ion-charge selectivity. J. Gen. Physiol. 119: 393-410.
63. Moorhouse, A.J., Keramidas, A., Zaykin, A., Schofield, P.R. and Barry, P.H. (2002). Single channel analysis of conductance and rectification in cation-selective, mutant glycine receptor-channels. J. Gen. Physiol. 119: 411-425.
Page originally created by Peter H. Barry and Mrs. Lucille Y. Coleman (1998)
This site has been updated (see manual and ion mobility-conductivity relationship) by PHB on Nov 30, 2012