RBJ
laboratory Software |
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Electrophysiology: |
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Whole-Cell aquisition: |
WCP |
Written By John Dempster
Strathclyde Univeristy |
Available here |
"Single-Channel" aquisition: |
EDR |
Written By John Dempster
Strathclyde Univeristy |
Available here |
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Whole-Cell analysis: |
WCP |
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Available here |
"Single Channel" analysis: |
QuB |
There are issues of course, but very powerful & has a
great support forum. |
Available here |
Previous work |
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"Single Channel" analysis: |
Tracwin |
Very useful, especially for event detection and fitting |
Author here |
Stimtor
aquisition |
Simple & Effective. A little
outdated now. Ran well under DOS or Win 98 |
Noel Davies, Leicester University |
Author here |
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On Trial |
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DC suite... |
Very powerful, loads of features, but a steep learning
curve. I'm still writing software to convert my data to this format, but some
ways to go yet! |
David Colquoun, University
College London |
Available here |
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Statistics |
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Excel/MS Visual Basic |
Flexible, if you have the time, but most test now availavle with comercial
packages. |
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StatsDirect |
Excellent for testing, I think could become a rival for
Prism? |
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Available here |
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....formerly we used Microcal
Origin |
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Graphing/Curve Fitting |
SigmaPlot |
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Available here |
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Model Testing |
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MS Visual Java |
Since Microsoft don't support
this anymore, it’s become a bit pointless. Not bad for speed, fairly
portable |
Now using the Beans thing... |
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Netbeans
Java |
Actually very good.
I was surprised for some reason, but we were able to rejuvenate most
of our Java code with this. |
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Unix C++ (various!) |
Great for high speed numerical simulations, but graphics
tricky |
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MS Excel/Visual Basic |
Very slow, but so easy(!!) we're
using this increasingly. |
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Turbo C++, MS Visual C++ 6.0 |
Our standards; both are flexible
and still produce pretty fast code. |
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Bio-informatics |
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Perl of course... ActivePerl |
Makes those strings so much
easier to plough through, but any old Perl will do. |
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