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Reduction of liver ischemia-reperfusion injury via glutamine pretreatment
Rita Stangl
, Attila Szijártó
, Péter Ónody
, Judit Tamás
, Miklós Tátrai
, Viktor Hegeds
, Anna Blázovics
, Gábor Lotz
, András Kiss
,
Katalin Módis
, Domokos Gerö
, Csaba Szabó
, Péter Kupcsulik
, László Harsányi
Research output
:
Contribution to journal
›
Article
›
peer-review
28
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Scopus citations
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Keyphrases
Glutamine
100%
Liver Ischemia-reperfusion Injury
100%
Reperfusion
80%
Ischemia-reperfusion Injury
60%
Liver
40%
Glutamine Dipeptide
40%
PM10
40%
Alanyl-glutamine
40%
Liver Damage
20%
Sham
20%
Redox Homeostasis
20%
Liver Tissue
20%
Wistar Rats
20%
Bleeding
20%
Normothermic
20%
Histologic
20%
Surgical Technique
20%
Effective Method
20%
Postoperative Outcomes
20%
Immunohistochemical Assessment
20%
Liver Homogenate
20%
Liver Ischemia
20%
Histologic Assessment
20%
Spectrophotometric Analysis
20%
Hepatic Ischemia-reperfusion Injury
20%
Antioxidant Parameters
20%
Flow Graph
20%
Hepatic Microcirculation
20%
Chemiluminescent
20%
Major Hepatic Resection
20%
Hepatic Inflow Occlusion
20%
Warm Ischemia-reperfusion Injury
20%
Protective Methods
20%
Laser Doppler Flowmeter
20%
Medicine and Dentistry
Glutamine
100%
Reperfusion Injury
100%
Liver Ischemia
100%
Ischemia
28%
Dipeptide
28%
Liver Injury
14%
Homeostasis
14%
Antioxidant
14%
Infusion
14%
Microcirculation
14%
Hepatectomy
14%
Liver Tissue
14%
Surgical Procedure
14%
Alanylglutamine
14%
Pharmacology, Toxicology and Pharmaceutical Science
Reperfusion Injury
100%
Glutamine
100%
Liver Ischemia
100%
Ischemia
28%
Dipeptide
28%
Liver Injury
14%
Antioxidant
14%
Wistar Rat
14%
Alanylglutamine
14%
Neuroscience
Reperfusion Injury
100%
Glutamine
100%
Ischemia
42%
Dipeptide
28%
Antioxidant
14%
Alanylglutamine
14%
Blood Plasma
14%