Sentence examples for firing significantly from inspiring English sources

Sites often fired differentially between P-contra and P-ipsi trial (Table 1; Figure 3B), with sites firing significantly more (spatial-punishment selectivity index >0.5) or less (index <0.5) on P-contra trials.

Similar to the type-1 putative dopamine neurons, these type-2 neurons increased their firing significantly to the conditioned tone that reliably predicted reward (Figure 2B, right panel).

The group also claims that the Israeli military operated with different safety margins for bombing or using artillery and mortars near civilians and its own troops, with Israeli forces at times allowed to fire significantly closer to civilians than Israeli soldiers.

We found the gastrocnemius fired significantly faster that the hamstring, which in turn fired significantly faster than the quadriceps.

Importantly, both adult and juvenile neurons fired significantly more action potentials after TTX treatment in response to depolarizing current injections (Fig 7A&B; Control: n = 34 cells, TTX: n = 35 cells).

Finally, Rgs7 −/− neurons fired significantly fewer action potentials in response to depolarizing current as compared to wild-type controls.

Third, the neurons between the retinotopic sites fired significantly more during AM when compared with all single square presentation conditions (Fig. 9 D ).

This, however, is sufficient for the neurons to fire significantly more at the path connecting the retinotopic sites during the time of passage.

This revealed that the 37 units fired significantly higher spike rates in the AM condition but only for the duration of the time interval during the passage of the wave-front (Fig. 9 D ; P < 0.01).

However, these 37 units fired significantly more in the AM condition during the time interval 110 140 ms than in any of the single square conditions (Fig. 9 B ; P < 0.05).

The BCs on average fired significantly earlier during the epsilon waves compared to the Bistrat cells (BCs: 66 ± 17°, n = 12; Bistrat cells: 126 ± 14°, n = 8; p < 0.001; Watson Williams test; 1 1.5 ms delay); the 2 significantly epsilon-modulated AACs preferentially fired at phases similar to Bistrat cells (137° and 108°; Figure 2C).