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CCK as a modulator of cardiovascular function
Thelma Lovick
Research output
:
Contribution to journal
›
Review article
14
Citations (Scopus)
Overview
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Keyphrases
Cardiovascular Function
100%
Cholecystokinin
100%
Digestion
28%
Physiological Processes
14%
Physiological Role
14%
Abdominal
14%
Vagal Afferents
14%
Cardiovascular Reactivity
14%
Satiety
14%
Control Circuit
14%
Cardiovascular Effects
14%
Chronic Stimulation
14%
Hyperemia
14%
Cardiovascular Control
14%
Secretory Activity
14%
Behavioral Response
14%
Nociception
14%
Chronic Pain
14%
Autonomic Function
14%
Panic Disorder
14%
Midbrain
14%
Lordosis
14%
Central Site
14%
Peripheral Site
14%
Neuromodulators
14%
Cholecystokinin Receptor
14%
Intestinal Motility
14%
Gut Wall
14%
Pathophysiological Conditions
14%
Brain-gut Peptide
14%
Postprandial Hyperemia
14%
Medicine and Dentistry
Cardiovascular Physiology
100%
Cholecystokinin
100%
Gut
42%
Cardiovascular System
28%
Hyperaemia
28%
Mediator
14%
Physiological Process
14%
Chronic Pain
14%
Secretory Pathway
14%
Cardiovascular Effect
14%
Nociception
14%
Satiety
14%
Midbrain
14%
Panic Disorder
14%
Lordosis
14%
Cholecystokinin A Receptor
14%
Intestine Motility
14%
Brain Peptide
14%
Neuroscience
Cardiovascular Physiology
100%
Cholecystokinin
100%
Nociception
14%
Satiety
14%
Secretory Pathway
14%
Panic Disorder
14%
Midbrain
14%
Cholecystokinin A Receptor
14%
Brain Peptide
14%
Lordosis
14%