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1 phase advancement was mediated via intrinsic cholinergic nerves.
2 tinal polypeptide (VIP) are co-released from cholinergic nerves.
3    The results indicate that baseline airway cholinergic nerve activity is necessarily dependent upon
4 dentified an age-related mechanism along the cholinergic nerve-airway smooth muscle (ASM) axis that u
5 d paradigm wherein osteocytes interface with cholinergic nerves and bone mechanotransduction is regul
6 onfirmed the presence of both adrenergic and cholinergic nerve at ICNA sites.
7                               The density of cholinergic nerve bundles within the muscles was not sig
8 lation and is then distributed to peripheral cholinergic nerve endings.
9 e spatial association between osteocytes and cholinergic nerve fibers in cortical bone in vivo.
10 h an IL-6-dependent expansion of sympathetic cholinergic nerve fibers.
11  Specifically, pharmacological inhibition of cholinergic nerve function reduces cardiomyocyte prolife
12                               Adrenergic and cholinergic nerves have highest densities within 5 mm of
13 tric oxide, released from non-adrenergic/non-cholinergic nerves, is considered the principle stimulat
14                             Parasympathetic (cholinergic) nerves of the autonomic nervous system are
15                                              Cholinergic nerves provided the most abundant input to t
16 in and scopolamine (to inhibit 'sensory' and cholinergic nerves, respectively).
17 purified from patients with SSc (SScIgGs) on cholinergic nerve stimulation in rat colon tissues.
18          We conclude that in ferret trachea, cholinergic nerve stimulation increases mucus secretion
19 l responses elicited by bath-applied CCh and cholinergic nerve stimulation.
20 ult mice, elevated the level and activity of cholinergic nerves (termed neuroplasticity).
21 ted that the homozygous PDAPP mouse exhibits cholinergic nerve terminal degenerative pathology and th
22 have validated these structural metrics with cholinergic nerve terminal in vivo imaging in Parkinson'
23 of the cholinergic basal forebrain predicted cholinergic nerve terminal loss, with most robust correl
24 cellular choline is transported into central cholinergic nerve terminals by 'high' and 'low' affinity
25 xtracellular acetate uptake into hippocampal cholinergic nerve terminals by metabolizing it to acetyl
26 cal conditions that rely on hyperactivity of cholinergic nerve terminals for 25 years.
27 lular acetate is recycled by rat hippocampal cholinergic nerve terminals for the formation and releas
28    Conclusion: Vesamicol receptor mapping of cholinergic nerve terminals in murine brain can be achie
29 s an age-related reduction in the density of cholinergic nerve terminals in the cerebral cortex; at 2
30 etate might also be transported into central cholinergic nerve terminals to form ACh.
31 itrosative stress in the microenvironment of cholinergic nerve terminals would diminish cholinergic t
32 rotoxin inhibits neurotransmitter release at cholinergic nerve terminals, causing a descending flacci
33 d the rate of nonquantal release of ACh from cholinergic nerve terminals, were computer-simulated, an
34 imiting for acetylcholine (ACh) synthesis in cholinergic nerve terminals.
35 botulinum which inhibit neurotransmission at cholinergic nerve terminals.
36  preclinical studies to quantify presynaptic cholinergic nerve terminals.
37                               Adrenergic and cholinergic nerves were highly co-located at tissue and
38 ure in mice resulted in increased density of cholinergic nerves, which was prevented by inhibiting Tr