1. |
The WinLTP records
synaptic activity in extracellular, intracellular or
patch clamp modes |
2. |
2 AD channel
acquisition (down to 25 usec sample interval) |
3. |
Two extracellular
stimulation outputs (S0 and S1) |
4. |
Two simultaneous
patch-clamp recordings using two analog outputs |
5. |
Analog stimulation
including analog
trains and ramps (loop within loop stimulation) |
6. |
Repetitive sweeps
with simultaneous data acquisition (up to 1,000,000
samples and 100 sec duration) and stimulation (using two
extracellular pathway stimulation, S0 and/or S1, and
epoch-like digital and intracellular analog stimulation) |
7. |
Basic LTP
Protocols are either slow single pathway S0 stimulation,
or slow alternating dual pathway (S0 then S1)
stimulation |
8. |
LTP induction can be produced by: Single train,
repetitive train (theta burst stimulation), and primed
burst stimulation |
9. |
LTD stimulation
and analysis can be performed using fast repetitive
single pulse sweeps (at up to 10 Hz), or several pulses
in a sweep for faster repetitive stimulation |
10. |
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) |
|
11. |
Rs single and double
exponential curve fitting |
11. |
12 Analysis graphs |
13. |
Save Analysis
Graphs to PNG files |
12. |
Patch
seal test protocol
implemented
|
13. |
Save Sweep Graph
as a Windows Enhanced Metafile
|
14. |
Save your
Spreadsheet/ AmpFile data to an Excel XLS file
|
15. |
Reanalyze straight
ASCII files (skip header) |
16. |
Automatic data
folder creation at starup |
17. |
WinLTP Acquisition and
Reanalysis on Macs
with Intel processors
|
18. |
On-line acquisition
for the M- and X-Series National Instruments boards runs
in Windows Vista, 7, 8 and 10. For the Digidata
132x, use WinLTP 2.20b for Windows XP, 7 and 8, and
WinLTP 2.30 for Windows 10 (downloadable from this
website). |