User manual

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between the last S1 pulse of a 3 pulse average and the next S0 pulse of the next 3 pulse average.
However, the S0 train need not be run half way between the S1 and S0 pulses, any fraction is possible.
Initially the large check box of the Run line containing the T0sweep is unchecked and the large check
box of the ElseRun line containing the Delay is checked. At the up arrow the large check box on the Run
line was checked, and the large check box on the ElseRun line is automatically unchecked. Since the
Run line Once check box was checked, only one T0sweep was produced when Delay period was to start,
and this did not delay onset of next P0sweep.
Fig. 7.4.10.1. Producing an LTP stimulation train half way between the last S1 pulse of a 3 pulse average
and the next S0 pulse of the next 3 pulse average. At the up arrow the large check box on the Run line
was checked. One T0sweep/S0 train was produced when Delay period was to start, but did not delay
onset of next P0sweep/S0 pulse.
7.4.11 In-Vitro Kindling
Fig. 7.4.11.1 is an example of “in-vitro kindling” like I use to do. To start the 4 train stimulation code (see
the Loop of 4), with 2 interspersed single pulse P0sweeps (see the Loop of 2), click on the large check
box of the Run line (at arrow). Because the Run Once box has been checked, the kindling code in the
Run construct was run only once.
Fig. 7.4.11.2 is a more realistic example of in-vitro kindling protocol in with the Run/ElseRun construct
allows the P0sweep in the outer loop containing the baseline non-kindling code to be turned on or off, and
the P0sweep in the inner loop of the kindling code to also be turned on or off.
At the left up arrow, the large check box of the Run line was checked to beginning running the 4 stimulus
train kindling one time through.
At the middle up arrow the Large check box of the Run line of the inner Run/ElseRun construct was
checked to stop P0sweep stimulation during the kindling stimulation by substituting a Delay Period.