ライフサイエンスコーパス: cholinergic fiber

1 large polysynaptic IPSCs by recruiting many cholinergic fibers.

2 was abolished by optogenetic stimulation of cholinergic fibers.

3 he fimbria fornix, a major pathway of septal cholinergic fibers.

4 Cholinergic fiber activation revealed that CCK BCs were

5 transmission between efferent olivocochlear cholinergic fibers and cochlea hair cells.

6 By stimulating cholinergic fibers and making electrophysiological recor

7 sts that there might be synapses between the cholinergic fibers and the dendrites of SpL neurons.

8 icular acetylcholine transporter showed that cholinergic fibers apposed putative cortically projectin

9 Cholinergic fiber density in layer II of the prefrontal

10 The treatment increased cholinergic fiber density in the hippocampus of both WT/

11 No differences in parietal cholinergic fiber density or nucleus basalis cholinergic

12 Cholinergic fiber density within the hippocampus also is

13 l to dorsal and a rostral to caudal shift of cholinergic fiber distribution in mPFC.

14 s, we find that stimulation of intrastriatal cholinergic fibers evokes polysynaptic GABA(A) IPSCs in

15 , release of acetylcholine by stimulation of cholinergic fibers facilitates LTP via activation of M(1

16 implants also induced a robust sprouting of cholinergic fibers from subjacent basal forebrain neuron

17 coupled temporally with the reappearance of cholinergic fibers in hippocampus, as assessed by the im

18 the first time, the presence of a plexus of cholinergic fibers in laminae II-III of the dorsal horn

19 crease in the total length of VAChT-positive cholinergic fibers in the IML after EC damage, along wit

20 r inhibits the release of acetylcholine from cholinergic fibers in the lungs and elsewhere.

21 viding evidence of compensatory sprouting of cholinergic fibers in the outer molecular layer of the d

22 ons in the nucleus basalis of Meynert and on cholinergic fibers in the prefrontal and parietal cortex

23 ive ChAT immunoreactivity was located in the cholinergic fibers in the SFO.

24 Cholinergic fibers innervate hippocampal neuron axons, d

25 the IP are located in a region that receives cholinergic fiber inputs from the ventral MHb, and optog

26 ew stereological technique to estimate total cholinergic fiber length in hippocampal subregions of be

27 The new cholinergic fibers likely originate from the superior ce

28 nsistent with the hypothesis that descending cholinergic fibers modulate afferent auditory signals by

29 aled an age-related decline in the length of cholinergic fibers of 22%, which was similar across the

30 f efferent neurons precedes the formation of cholinergic fiber patches in the cat SC which is first i

31 diate gray layer which precisely overlap the cholinergic fiber patches in this region of the cat SC.

32 demonstrates that while AF64A damaged septal cholinergic fibers, periventricular GnRH-immunoreactive

33 unctional nicotinic receptors and receives a cholinergic fiber projection.

34 The fine network of cholinergic fibers running through the hippocampus forms

35 The organization of the cholinergic fiber system was compared with that of stria

36 Clusters of cholinergic fibers that may be indicative of cortical pl

37 een thought of as an autoreceptor located on cholinergic fibers that originate from neurons in the nu

38 ors were also infiltrated by parasympathetic cholinergic fibers that promoted cancer dissemination.

39 eventing region-specific changes in cortical cholinergic fibers that result from the loss of circulat

40 In addition to containing cholinergic fibers, this projection has been identified

41 the wakefulness-dependent activity of septal cholinergic fibers through the alpha7-nicotinic acetylch

42 We found that ascending cholinergic fibers to the mPFC follow four pathways and

43 mistry that the MHb is cholinergic and sends cholinergic fibers to the Uva.

44 -immunopositive fibers in the SpL and in the cholinergic fiber tract lateral to the nucleus are assoc

45 revealed EPSPs evoked by stimulation of the cholinergic fiber tract lateral to the SpL.

46 precise overlap of striatal dopaminergic and cholinergic fibers underlies potent control of dopamine

47 It was found that the density of cholinergic fiber varicosities was higher in epileptic r

48 To visualize the cholinergic fibers, we used brain sections immunostained

49 Two morphologically distinct populations of cholinergic fibers were labeled and classified according

50 Cholinergic fibers were observed in both the telencephal

51 nce of brain nitric oxide synthase (BNOS) in cholinergic fibers within the A-laminae of the lateral g