Predictive and translational models for renal drug safety evaluation

Keyphrases

• Predictive Models 100%
• Translational Model 100%
• Drug Safety Evaluation 100%
• Drug-induced Kidney Injury 100%
• Renal Tubular Epithelial Cells 50%
• Two Dimensional 33%
• Attrition 33%
• Clinical Drugs 33%
• High Specificity 16%
• Predictivity 16%
• Humanized 16%
• Metabolic Enzymes 16%
• In Vivo Model 16%
• High Sensitivity 16%
• Pharmacology Studies 16%
• Insults 16%
• Common Cause 16%
• Drug Development 16%
• Overexpressing 16%
• Advanced Models 16%
• In Silico 16%
• Context of Use 16%
• Kidney 16%
• Rat Model 16%
• Drug Discovery 16%
• Xenobiotics 16%
• Physiological Level 16%
• Cell Function 16%
• Machine Learning 16%
• In Silico Methods 16%
• Canine Model 16%
• Repeated Dose Toxicity 16%
• Kidney Injury 16%
• Static Culture 16%
• Epithelial Cell Injury 16%
• Nephrotoxic Medications 16%
• Renal Transporters 16%
• Xenobiotic Transporters 16%
• Cellular Models 16%
• Xenobiotic Metabolism 16%
• Drug pipeline 16%
• Advanced in Vitro Models 16%
• Recapitulation 16%
• Clinical Detection 16%
• Drug-induced Injury 16%
• Complex Flow 16%
• Renal Tubular Epithelium 16%
• Machine Modeling 16%
• Acute Kidney Injury Biomarkers 16%
• Safety Pharmacology 16%
• Flow-based 16%
• Microphysiological Systems 16%

Pharmacology, Toxicology and Pharmaceutical Science

• Drug Safety 100%
• Kidney Injury 100%
• Drug Development 28%
• Rat Model 14%
• Dose Toxicity 14%
• Canine Model 14%
• Drug Discovery 14%
• Safety Pharmacology 14%
• Biological Marker 14%
• Acute Kidney Failure 14%