A combinatorial approach of Proteomics and Systems Biology in unravelling the mechanisms of acute kidney injury (AKI): involvement of NMDA receptor GRIN1 in murine AKI

Medicine and Dentistry

• Acute Kidney Injury 100%
• GRIN1 100%
• N Methyl-D-Aspartate Receptor 100%
• Proteomics 100%
• Programmed Cell Death 33%
• Protein P53 33%
• Renin Angiotensin Aldosterone System 33%
• Necrosis 33%
• Gene Activation 33%
• Reactive Oxygen Species 33%
• Disease Exacerbation 16%
• DNA Fragmentation 16%
• Calcium Ion 16%
• Kidney Cortex 16%
• Signal Transduction Pathway 16%
• Major Surgery 16%
• Immunohistochemistry 16%
• Metabolite 16%
• Diseases 16%
• Protein Kinase 16%
• Cell Death 16%
• Folic Acid 16%
• Calpain 16%
• Caspase 16%
• Transactivation 16%

Biochemistry, Genetics and Molecular Biology

• Aspartic Acid 100%
• Proteomics 100%
• Acute Kidney Failure 100%
• GRIN1 100%
• Glutamatergic 33%
• P53 33%
• Programmed Cell Death 33%
• Renin Angiotensin Aldosterone System 33%
• Gene Activation 33%
• Signal Transduction 16%
• Metabolite 16%
• Mouse Model 16%
• Transactivation 16%
• SMAD 16%
• Protein Kinases 16%
• Caspase 16%
• DNA Fragmentation 16%
• Cell Death 16%
• Calpain 16%
• Folic Acid 16%

Pharmacology, Toxicology and Pharmaceutical Science

• Receptor 100%
• Acute Kidney Failure 100%
• Aspartic Acid 100%
• Aldosterone 33%
• Reactive Oxygen Metabolite 33%
• Necrosis 33%
• Protein P53 33%
• Renin 33%
• Angiotensin 33%
• Mouse Model 16%
• Diseases 16%
• Disease Exacerbation 16%
• Protein Kinase 16%
• Caspase 16%
• Calcium Ion 16%
• Folic Acid 16%
• Calpain 16%