User manual

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7.4.1 Minimal LTP Stimulation Using a Delay
Fig. 7.4.1.1 is the Reymann Magdeburg protocol for minimal LTP stimulation simply adding a Delay to the
normal LTP AvgLoop. You can change the delay time 5 sec (or 0.5 sec) or more before it starts (see
arrow).
Fig. 7.4.1.1. Minimal LTP stimulation protocol using the Delay line. The Delay value was changed from
180 to 60 sec at arrow, but it only changed for the next Delay period.
7.4.2 Immediately Change Delay and Sweep Period by Putting a Delay in a
Loop
If you want to change the Delay (or Sweep) Period while you are in it, just put a smaller Delay time in a
Loop and change the number of loops (Fig. 7.4.2.1).
Fig. 7.4.2.1. Minimal LTP stimulation protocol using a Delay line within a Loop. This allows the Delay to
be almost immediately changed rather than waiting for the next Delay. At the arrow, the Loop value was
changed from 3 loops to 1 loop, effectively immediately decreasing the Delay to 60 seconds.
7.4.3 Evoking Sweeps at the Beginning of a Delay Period
Single or Repeating Evoked Sweeps can be run at the beginning of a Delay Period, but will use the
delay’s period (Fig. 7.4.3.1, 7.4.3.2).
However, if an Single or Repeating Evoked Sweeps is of longer duration than the delay’s period, the
period will be extended by a multiple of the Delay Period until sufficient to contain all the Single or
Repeating Evoked sweeps.