1 re but also regulate tissue function through neuroeffector actions.

2 poral monitoring and control over individual neuroeffectors and their receptors in vivo.

3 logical studies have shown that a variety of neuroeffectors are involved in behavioral sensitization

4 detection of focal Ca(2+) transients (called neuroeffector Ca(2+) transients, or NCTs) in smooth musc

5  focal increases in [Ca2+] have been termed 'neuroeffector Ca2+ transients' (NCTs).

6 le of gonadal hormones in the development of neuroeffectors for sexually differentiated vocalizations

7 sympathetic axon proliferation and increased neuroeffector gain, which are likely to contribute to be

8  general the data demonstrate that different neuroeffectors involved in sensitization exert their eff

9                Metabolism of beta-NAD at the neuroeffector junction (NEJ) is likely to be necessary f

10 cle neurotransmission, which occurs prior to neuroeffector junction formation as determined previousl

11                                          The neuroeffector junction in the gut consists of enteric mo

12 everal drugs, the NE released at sympathetic neuroeffector junctions nearby the microelectrode was me

13 e are fundamental differences in sympathetic neuroeffector mechanisms in MA and MV, which are likely

14  pathogenesis, we examined the effect of the neuroeffector molecule norepinephrine (NE) on HIV-1 repl

15 ctility consistent with enhanced sympathetic neuroeffector properties.

16 alcium biosensor, GCaMP6f, the activity, and neuroeffector responses of ICC-IM were examined.

17 sensor GCaMP6f, the spontaneous activity and neuroeffector responses of intramuscular ICC (ICC-IM) to

18 ation of ICC-IM in excitatory and inhibitory neuroeffector transmission in the proximal stomach.

19 ation of ICC-IM in excitatory and inhibitory neuroeffector transmission in the proximal stomach.

20  The cells responsible for mediating enteric neuroeffector transmission remain controversial.