Enhancing therapeutic strategies and drug development for patients with kidney disease

Kidney diseases, including chronic kidney disease and acute kidney injury, pose major global health challenges due to their high prevalence and impact on morbidity and mortality. Despite medical advances, there remains an urgent need for improved drug development and therapeutic strategies to treat these conditions.

This review examines how renal transporters influence drug handling, highlighting the impact of altered transporter function on toxin accumulation, organ injury, and systemic toxicity. We also address pharmacokinetic and pharmacodynamic changes in kidney diseases, recent advances in preclinical models like microphysiological systems, emerging therapies, and biomarkers for early detection and monitoring.

A robust understanding of transporter function and disease-specific pharmacokinetic shifts is crucial for optimizing drug development. While MPS show promise in predicting drug responses and nephrotoxicity by more accurately simulating human kidney physiology, current hurdles include complexity, cost, and scalability. Emerging biomarkers require stringent validation to ensure specificity and reliability in kidney disease. Targeting transporters offers novel therapeutic and drug repurposing opportunities. Moving forward, refining and validating these models and biomarkers, alongside patient-tailored therapies, will improve personalized medicine and management. Attentive integration of these innovations could significantly reduce morbidity and improve outcomes worldwide for patients with kidney disease.