1 petitions (n = 70-100), pulse length (70-100 microsec), and electrode spacing (1.5-2 cm).

2 inputs, but not inputs separated by only 100 microsec.

3                            Cardiac-gated 100-microsec IRE pulses were applied sequentially between th

4 he decay of luminescence for as long as 1000 microsec after excitation.

5 els with a time constant of approximately 12 microsec has been recorded with a high-speed patch-clamp

6 rd open-ear leading for 4 kHz stimuli and 15 microsec toward the opposite-ear leading for 8 kHz stimu

7  identified by minimal synaptic jitter (<150 microsec) and divided into two groups: CAP-sensitive (n

8  Omega), and short time constants (about 200 microsec) as a consequence of the activation at rest of

9 cated the release of 3000 molecules over 200 microsec, much smaller and faster events than quanta ass

10  stimulation over 12 weeks (2.5 to 5 V, 240- microsec pulse duration, 35 Hz, 3 to 6 pulses per burst,

11 sinus was stimulated electrically (120V, 250 microsec duration, 0.3 Hz), and neurons of the trigemino

12 lated for electrical stimulation (150 V; 250 microsec duration; 0.5, 1, 2, 5, 10 and 20 Hz) and the d

13                          The lowest jnds (30 microsec) were comparable with human jnds, indicating th

14 rains were similar (t1/2 approximately = 300 microsec), whereas the rate of re-reduction sensitive to

15 0 degrees ) with interclick delays of +/-300 microsec were perceived by the cat as originating from p

16 of a conformational event on the order of 35 microsec, which is not seen in the other mutant (Phe62Fl

17  responses with a temporal resolution of 400 microsec.

18 he molten globule state at pH 2, tauR is 2.5 microsec, increasing further with the formation of salt-

19  was shifted from normal by approximately 55 microsec toward open-ear leading for 4 kHz stimuli and 1

20 ve an apparent relaxation time, tauR, of 1.6 microsec in 3 M guanidine-HCl at pH 7 and 20 degrees C.

21  successive shocks) averaging 84.03 +/- 3.74 microsec (n = 72) and were completely blocked by the non