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Hepatobiliary effects of morphine are mediated in the brain
Aryeh Hurwitz
, Greg Looney
, Mark Sullins
, Zvi Ben‐Zvi
Research output
:
Contribution to journal
›
Article
›
peer-review
7
Scopus citations
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Keyphrases
Analgesia
75%
Bile Duct
12%
Blood Gas
12%
Central Nervous System
12%
Central Site
12%
Cerebral Ventricles
25%
Gas Change
12%
Gastrointestinal Tract
12%
Gastrointestinal Transit
50%
Hepatobiliary
100%
Hepatobiliary Elimination
12%
Hypothermia
12%
India Ink
12%
Intravenous Dose
12%
Intravenous Morphine
12%
Latency
12%
Liver
25%
Morphine
100%
Morphine Analgesia
12%
Naloxone
12%
Naltrexone
12%
Opiate Receptors
25%
Opiates
50%
Peripheral Component
12%
Peripheral Site
25%
Respiratory Depression
12%
Rodents
12%
Spasm
12%
Spinal Cord Transection
12%
Sulfonephthalein
100%
Ventricle
12%
Medicine and Dentistry
Analgesia
87%
Bile Duct
12%
Biliary Excretion
12%
Blood Gas
12%
Brain Ventricle
25%
Bromsulphthalein
100%
Central Nervous System
12%
Gastrointestinal Tract
12%
Gut
12%
Hypothermia
12%
Indian Ink
12%
Intravenous Drug Administration
12%
Morphine
100%
Muscle Spasm
12%
Naloxone
12%
Naltrexone
12%
Opiate
62%
Opiate Agonist
12%
Receptor
25%
Respiration Depression
12%
Spinal Cord Transsection
12%
Ventricle of Heart
12%