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Use of a hanging-weight system for isolated renal artery occlusion
Almut Grenz
, Julee H. Hong
, Alexander Badulak
, Douglas Ridyard
, Timothy Luebbert
, Jae Hwan Kim
, Holger K. Eltzschig
Research output
:
Contribution to journal
›
Article
›
peer-review
8
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Citations (Scopus)
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Keyphrases
Weight System
100%
Hanging
100%
Acute Kidney Injury
100%
Renal Artery Obstruction
100%
Ischemia
62%
Renal Injury
37%
Surgical Procedures
25%
Hospitalized Patients
25%
Renal Ischemia
25%
Gene-targeted Mice
25%
Dose Effect
12%
Aorta
12%
Serum Creatinine
12%
Kidney
12%
Therapeutic Strategies
12%
Murine Model
12%
Failure Rate
12%
Mouse Model
12%
Common Complications
12%
Risk of Death
12%
Therapeutic Modalities
12%
Sepsis
12%
Pedicle
12%
Therapeutic Approaches
12%
Renal Protection
12%
Systematic Evaluation
12%
Cell Injury
12%
Ischemic Preconditioning
12%
Liver Transplantation
12%
Genetic Model
12%
Right Kidney
12%
Renal Failure
12%
Renal Artery
12%
Kidney Transplantation
12%
Time Dose
12%
Serum Creatinine Level
12%
Cardiac Surgery
12%
Tubular Cells
12%
Urethral Obstruction
12%
Delayed Graft Function
12%
Renal Vessels
12%
Flox
12%
Renal Pedicle
12%
Interventional Trial
12%
Tissue-specific Genes
12%
Nephrectomy
12%
Venous Obstruction
12%
Cross-clamping
12%
Renal Replacement Therapy
12%
Medicine and Dentistry
Acute Kidney Injury
100%
Renal Artery Stenosis
100%
Ischemia
62%
Kidney Injury
37%
Surgical Technique
25%
Pedicle
25%
Creatinine
25%
Kidney Ischemia
25%
Therapeutic Modality
12%
Cell Damage
12%
Sepsis
12%
Norfloxacin
12%
Heart Surgery
12%
Renal Failure
12%
Renal Artery
12%
Kidney Transplantation
12%
Ischemic Preconditioning
12%
Liver Transplantation
12%
Nephrectomy
12%
Delayed Graft Function
12%
Renal Replacement Therapy
12%
Renal Protection
12%
Urethra Obstruction
12%
Vein Occlusion
12%
Pharmacology, Toxicology and Pharmaceutical Science
Acute Kidney Failure
100%
Kidney Artery Stenosis
100%
Ischemia
62%
Kidney Injury
37%
Creatinine
25%
Kidney Ischemia
25%
Injury
12%
Vein Occlusion
12%
Mouse Model
12%
Replacement Therapy
12%
Sepsis
12%
Kidney Failure
12%
Norfloxacin
12%
Delayed Graft Function
12%
Urethra Obstruction
12%