1  associated with a distal shift of the spike trigger zone and distal relocation of FGF14, Na(+), and

2 geted to sensory terminals, close to impulse trigger zones) and within sympathetic ganglion neurons e

3 le the tapering diameter of AIS may define a trigger zone for action potentials.

4 e receptors to comprise a highly specialized trigger zone for NAADP-dependent Ca(2+) signaling by the

5 lottal edge appears to be the most sensitive trigger zone for swallowing.

6 culum (ER) are thought to act as specialized trigger zones for Ca(2+) signaling, where local Ca(2+) r

7               Here, we identify two chemical trigger zones for stimulant and rewarding actions of Del

8 R because this receptor is restricted to the trigger zone from which Ca2+ waves originate and it has

9 e the existence of multiple action potential trigger zones in separate regions of the neuronal arbori

10             Furthermore, the images of spike trigger zones showed that an action potential can be ini

11  is approximately four times lower in the AP trigger zone than in the middle of the AIS, where it is

12 the number, location, and stability of spike trigger zones, the excitability of terminal dendritic br

13 cellular) to directly characterize the spike trigger zone (TZ).

14                                          The trigger zones were activated selectively by different se

15                               Two main spike trigger zones were identified.

16                            The chemoreceptor trigger zone, which is outside the BBB, mediates the eme