1 s are found in autonomic ganglia and mediate ganglionic transmission.

2 y of defects in peripheral neuromuscular and ganglionic transmission.

3 ave relevance late in development in vivo as ganglionic transmission and the effectiveness of BDNF ov

4 o play a role in modulation of the autonomic ganglionic transmission and to complement the vasodilato

5  of the ganglion and the nicotinic nature of ganglionic transmission at this synapse.

6           We conclude that the inhibition of ganglionic transmission by adenosine involves reduction

7 ium bromide resulted in complete blockade of ganglionic transmission, confirming total perfusion of t

8 methonium (300 microM), to block sympathetic ganglionic transmission, had no effect on the somatic mo

9 which was not affected by either blockade of ganglionic transmission (hexamethonium) or a drop in art

10                  We conclude that functional ganglionic transmission in the canine intracardiac gangl

11 nic acetylcholine receptors (nAChRs) mediate ganglionic transmission in the peripheral autonomic nerv

12 n of signaling in various systems, including ganglionic transmission peripherally and nicotine-evoked

13 used on determining mechanisms of attenuated ganglionic transmission so that means targeted at restor

14 mechanism of adenosine-induced inhibition of ganglionic transmission was investigated in the isolated

15 ) caused significant inhibition of the basal ganglionic transmission without affecting post-tetanic p