Version 3.01
Leading-Edge Features
Special Features
Special Analysis Features
Ordinary Features
Additional Features
Standard and Advanced Versions
1) Standard Version
  The Standard Version of WinLTP has everything in the Advanced Version except the automated perfusion.  THis includes 2 AD chanels, 4 Pulse/Train sweep stimulations, full Continuous Acquisition, full Protocol Scripting (except for automated perfusion) imposinhg single and averaged sweeps, and the Experimental Log.
2) Advanced Version
  The Advanced Version has the full capability of WinLTP including automated perfusion and the ability to carry out fully automated experiments.  This also includes digital control of may other devices by changing digital outputs across many sweeps.
3) Reanalysis Program
  The free Reanalysis Program now includes converting WinLTP sweep files to Axon Binary Files, and reanalyzing sweeps from multi-sweep binary Axon ABF Files, IgorPro IBW files and WinWCP WCP files.
  Standard Advanced
Automated Perfsuion N Y
Changing digital outputs across many sweeps N Y
Protocol Builder Y Y
Full Multitasking with Continuous Acquisition Y Y
Imposing single and averaged sweeps in the acquisition program Y Y
Experimental Log Y Y
Convert WinLTP sweep files to ABF files Y Y
Reanalyzing multi-sweep binary Axon ABF Files, IgorPro IBW files, and WinWCP WCP files Y Y
Number of AD channels 6 6
Maximum number of PxSweeps 4 4
View neighboring sweeps during online acquisition and in reanalysis Y Y
Impose single and averaged sweeps during online acquisition and in reanalysis Y Y
Internal gain for National Instruments M- and X-series boards Y Y
Protocol Linking Y Y
Running many WinLTPs at once Y Y
Sweep stimulation/acquisition with no time between sweeps Y Y
Population Spike Area, Amplitude and Latency measurements Y Y
Maximum Slope, BeginTime->EndTime Slope and Low%->High% Slope measurements Y Y
Analgyze all evokede synaptic responses in a sweep Y Y
Special analyses of trains Y Y
Automatic blanking of stimulus artifacts Y Y
Rs single and double exponential curve fitting Y Y
Rs measurement from unfiltered trace, PkAmp measurement from filtered trace Y Y
Sweeps can signal averaged, stimulus artifact blanked and/or digitally filtered online Y Y
LTP Protocol (either slow single pathway S0 stimulation, or slow alternating dual pathway - S0 then S1 - stimulation)
Record in extracellular, intracellular or patch clamp modes Y Y
Fastest acquisition sample rate (in KHz) 40 40
Number of extracellular digital stimulation outputs 8 8
Number of AnalogOutputs 2 2
Number of simultaneous patch-clamps 2 2
Maximum number of samples/sweep 1,000,000 1,000,000
Maximum sweep duration (in sec) 100 100
LTP induction by Single train, repetitive train (theta burst stimulation), and primed burst stimulation Y Y
LTD induction by fast repetitive single pulse sweeps (up to 10 Hz) Y Y
On-line Analyses DC baseline, PeakAmplitude, Latency, Slope, Maximum Slope, Area, Duration, Rise Time, Decay Time, Coastline, PopSpike Area, PopSpike Amplitude, PopSpike Latency, Average Amplitude, Cell resistance (Rm), and Patch electrode series resistance (Rs)
12 Analysis graphs Y Y
Save Sweep Graph as a Windows Enhanced Metafile Y Y
Save your Spreadsheet/ AmpFile data to an Excel XLS file or an ASCII text file Y Y
Analog train and ramp stimulation Y Y
Patch seal test protocol Y Y
Internal gains of x1 to x50 or x100 for National Instruments boards Y Y