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1 eatment and prevention of mucosal injury and visceral sensation.
2 processing sensory-discriminative aspects of visceral sensation.
3 esponse, leading to sustained abnormality in visceral sensation.
4 d may be considered in itself a component of visceral sensation.
5 ed in the control of nausea and vomiting and visceral sensation.
6 nnabinoid 1 receptor (CB1R) agonists inhibit visceral sensation.
7 cytes stimulated fluid secretion and reduced visceral sensation.
8 ered somatic afferent activity may influence visceral sensations.
9  processing gustatory, vestibulo-ocular, and visceral sensation; 2) cholinergic somatomotor neurons o
10 on after cystitis may play a role in altered visceral sensation (allodynia) and/or urinary bladder hy
11 apping innervation is proposed to facilitate visceral sensation and homeostasis, where sensation and
12       We aimed to investigate alterations in visceral sensation and neural circuitry that result from
13 nects with specific areas related to somatic/visceral sensation and vision, in the frontoparietal ope
14              CB1 in sensory ganglia controls visceral sensation, and transcription of CNR1 is modifie
15 lthough perception of emotion and unpleasant visceral sensation are associated with activation within
16 permeability, gut immune function, motility, visceral sensation, brain-gut interactions, and psychoso
17                                   Changes in visceral sensation contribute to the development of dysp
18 em runs in parallel to the pathways carrying visceral sensation from the cranial nerves and may be co
19 etween negative emotional state and abnormal visceral sensation has been frequently reported.
20 nfluence of attention on brain processing of visceral sensation has not been performed.
21 ative emotion on brain processing of painful visceral sensations has not been investigated.
22 ns the greater autonomic responses evoked by visceral sensation in comparison with somatic sensation.
23 pies aimed at improving colonic motility and visceral sensation in constipation and reversing the eff
24  areas processing anal (somatic) and rectal (visceral) sensation in healthy adults, using functional
25 localized precisely, whereas localization of visceral sensation is vague, possibly reflecting differe
26 ese changes in brain activity may related to visceral sensation, pain regulation, emotion, but furthe
27            Interoception, the sensitivity to visceral sensations, plays an important role in homeosta
28 also the brain's primary sensory nucleus for visceral sensations relevant to symptoms in medical and
29 erlying the effect of emotional context upon visceral sensation remain unexplored.
30 nxiety grounded in simulation of a concrete, visceral sensation - such as pain - about which they hav
31             First, the pathways that provide visceral sensation to conscious perception at a cortical
32 mperature, itch, sensual touch, muscular and visceral sensations, vasomotor activity, hunger, thirst,