17^th Nephrology,Renal Medicine & Renal Care

Dive into the role of AI and machine learning in transforming renal diagnostics. Discover how algorithms analyze imaging and electronic health records to identify early signs of chronic kidney disease and acute kidney injury. Understand predictive models, automation in image interpretation, and AI-driven decision support tools in clinical nephrology. Explore the integration of AI with wearable devices for continuous kidney function monitoring and real-time alerts. Examine how natural language processing enhances data extraction from clinical notes for improved patient profiling. Learn about the development of personalized treatment plans through AI-based risk stratification. Gain insights into ethical considerations, data privacy, and the future of AI-powered nephrology care.

Understand the impact of nanomedicine on renal care. This session will focus on how nanocarriers improve targeted drug delivery, imaging, and therapeutic monitoring in kidney diseases, including diabetic nephropathy and chronic kidney disease. Explore innovations in nanoparticle-based biosensors for early diagnosis and disease progression tracking. Learn how nanostructured materials are being used to enhance dialysis membranes and reduce toxicity. Discover the role of multifunctional nanoparticles in delivering gene therapies and anti-inflammatory agents. Gain insights into ongoing clinical trials and regulatory challenges in translating nanotechnology into routine nephrology practice.

Gain insights into targeted biological agents and immunosuppressants tailored for treating glomerular disorders like FSGS and minimal change disease. Learn how personalized immunotherapy is revolutionizing glomerular disease management. Explore advances in monoclonal antibodies, complement inhibitors, and T-cell modulating therapies designed to minimize relapse and preserve renal function. Understand the role of biomarkers in predicting therapeutic response and guiding individualized treatment plans. Delve into clinical trial outcomes evaluating the safety and efficacy of emerging immunomodulators. Discuss strategies for balancing immune suppression with infection risk in long-term disease management.

Explore cutting-edge 3D imaging techniques that offer detailed mapping of renal structures. Topics include high-resolution MRI, CT scanning, and AI-enhanced imaging for accurate diagnosis and treatment planning. Learn how these technologies aid in early detection of abnormalities, surgical navigation, and monitoring of disease progression. Discover the integration of 3D imaging with augmented reality for preoperative simulations. Understand the role of contrast-enhanced modalities in evaluating renal perfusion and function. Gain insights into future directions in imaging-driven personalized nephrology.

Learn how genetic analysis influences renal dietary planning. Discover personalized nutrition strategies for CKD patients based on genetic markers, optimizing metabolic control and disease progression. Explore how nutrigenomics helps tailor protein, sodium, and potassium intake to individual metabolic profiles. Understand the role of gut microbiota, gene-nutrient interactions, and epigenetic modifications in kidney health. Gain insights into dietary interventions that can potentially delay dialysis and improve patient outcomes. Delve into case studies and clinical applications of precision nutrition in nephrology.

Uncover the potential of stem cells and bioengineered tissues in kidney repair. This session explores innovations in 3D bioprinting, scaffolding technologies, and stem-cell-derived nephron units. Learn how induced pluripotent stem cells (iPSCs) are being used to model kidney diseases and test therapeutics. Discover breakthroughs in organoid development and their application in drug screening and toxicity studies. Understand the challenges in vascularization, integration, and functional maturation of engineered kidney tissues. Gain insights into translational research aiming to bring lab-grown kidney components closer to clinical use.

This session will discuss how genetic variations affect drug response in kidney patients. Learn how pharmacogenomics supports precision prescribing to minimize side effects and improve outcomes. Explore case studies where genotyping guided immunosuppressant and antihypertensive dosing in renal patients. Understand the impact of polymorphisms in drug-metabolizing enzymes and transporters on therapeutic efficacy. Delve into pharmacogenomic testing implementation in clinical nephrology practice. Gain insights into ongoing research and guidelines shaping the future of individualized renal pharmacotherapy.

Review the mechanisms and management of electrolyte imbalances such as hyperkalemia and hyponatremia in renal failure. Topics include fluid management strategies and diagnostic interpretation. Understand the pathophysiology of disturbances in calcium, phosphate, and magnesium levels in chronic kidney disease. Explore the role of hormonal regulation, including aldosterone and vasopressin, in maintaining fluid-electrolyte homeostasis. Learn how acid-base imbalances are detected and corrected in acute and chronic renal conditions. Gain practical insights into intravenous fluid selection and monitoring in critical care nephrology. Discuss clinical cases to enhance diagnostic reasoning and therapeutic approaches in complex electrolyte disorders.

Analyze the influence of environmental toxins, occupational exposures, and lifestyle factors on renal disease development. Explore prevention strategies through public health and clinical interventions. Learn about heavy metals like lead and cadmium, and their nephrotoxic effects over time. Understand the role of air and water pollution in accelerating chronic kidney disease progression. Examine the impact of climate change and heat stress on kidney function, especially in vulnerable populations. Discover how agricultural and industrial exposures contribute to endemic nephropathies in specific regions. Gain insights into policy-driven approaches and community education for mitigating environmental risks to renal health.

Engage in discussions around ethical issues in transplant medicine. Topics include donor consent, equity in organ allocation, commercialization of organ donation, and post-transplant follow-up ethics. Explore the ethical dilemmas surrounding living versus deceased donor programs and the prioritization of recipients. Examine cross-border transplant tourism and the legal and moral implications of unregulated practices. Understand cultural, religious, and socioeconomic factors influencing donor and recipient decision-making. Learn about policies promoting transparency, fairness, and accountability in organ procurement systems. Discuss the role of ethics committees and institutional review boards in guiding transplant practices.

Highlighting the latest research and treatments for PKD, including vasopressin antagonists, gene therapy approaches, and lifestyle interventions to manage cyst progression and renal decline. Explore advancements in imaging techniques for early detection and monitoring of cyst development. Learn about the role of mTOR inhibitors, somatostatin analogs, and other emerging pharmacological agents. Understand the genetic basis of autosomal dominant and recessive PKD and its implications for targeted therapy. Examine patient-centered care strategies, including dietary modifications and blood pressure control. Gain insights from clinical trials and real-world evidence driving the future of PKD management.

Explore how genetic differences affect renal drug metabolism, particularly in managing comorbidities like hypertension and diabetes in CKD patients. Gain practical knowledge in integrating genomics into daily practice. Learn how variations in genes encoding cytochrome P450 enzymes influence drug dosing and toxicity. Understand the pharmacogenomic considerations in prescribing ACE inhibitors, ARBs, and antidiabetic medications in renal impairment. Discover how personalized medicine can minimize adverse drug reactions and improve therapeutic outcomes. Review current guidelines and decision-support tools for pharmacogenomic testing in nephrology. Examine case-based scenarios illustrating the clinical utility of genomic profiling in complex renal patients.

Discover how stem cells are being used to regenerate kidney tissue. Learn about renal organoids, pluripotent cell lines, and their potential to revolutionize transplantation and dialysis alternatives. Explore breakthroughs in differentiating stem cells into functional nephron components for therapeutic applications. Understand the use of stem cell models in studying kidney disease mechanisms and drug screening. Examine the challenges of cell integration, immune rejection, and long-term viability in regenerative therapies. Gain insights into clinical trials and translational research advancing stem cell-based solutions for renal failure.

This track focuses on age-related kidney conditions, multimorbidity, and personalized treatment strategies for the elderly. Address challenges like polypharmacy, frailty, and cognitive decline in older renal patients. Explore the impact of physiological aging on glomerular filtration rate and drug metabolism. Learn about tailored dialysis protocols, conservative management approaches, and end-of-life care in elderly populations. Understand strategies for improving adherence, nutritional support, and quality of life in geriatric patients. Discuss the importance of comprehensive geriatric assessment in nephrology practice. Gain insights into interdisciplinary care models that support holistic management of aging kidney patients.

Explore how microfluidic systems mimicking nephron function are used in preclinical drug testing. This innovation reduces reliance on animal models and enhances precision in renal pharmacology. Learn how these bioengineered platforms replicate glomerular filtration, tubular reabsorption, and secretion processes. Understand their application in evaluating nephrotoxicity, drug metabolism, and personalized therapeutic responses. Discover how integration with stem cell-derived renal cells improves physiological relevance. Examine current collaborations between academia and industry driving chip development. Gain insights into regulatory perspectives and the path toward clinical adoption of kidney-on-a-chip technologies.

Focus on the diagnosis and treatment of congenital and acquired renal diseases in children. Topics include CKD in children, pediatric dialysis, and genetic kidney conditions. Explore early detection strategies for nephrotic syndrome, vesicoureteral reflux, and structural abnormalities. Learn about growth and developmental challenges associated with pediatric renal disorders. Understand the unique pharmacological considerations and dosing adjustments in young patients. Discuss innovations in pediatric kidney transplantation, including donor matching and long-term outcomes. Gain insights into family-centered care approaches and psychosocial support for children with chronic kidney disease.

Examine the future of home-based kidney care with innovations in wearable dialysis and remote monitoring. Understand how patient empowerment and remote care models are transforming outcomes. Explore advances in compact and user-friendly dialysis machines designed for home use. Learn how real-time data transmission and AI-powered alerts enhance safety and personalize treatment. Discover how telemedicine integration supports regular monitoring, patient education, and timely intervention. Review case studies highlighting improved quality of life and adherence in patients using smart home dialysis. Gain insights into regulatory, training, and reimbursement frameworks supporting home-based renal therapies.

Review advances in wearable health tech, telemedicine, and biomarker development for early CKD detection. Learn how digital tools and precision diagnostics are reshaping nephrology care pathways. Explore the role of real-time monitoring devices in tracking renal function and patient adherence. Understand how emerging biomarkers like NGAL, KIM-1, and cystatin C enable earlier and more accurate diagnosis. Discover how mobile apps and cloud-based platforms facilitate patient engagement and remote management. Examine the integration of AI and big data analytics for risk prediction and outcome optimization. Gain insights into future trends driving the digital transformation of kidney healthcare.

Engage in policy-focused discussions on equitable kidney care, reimbursement models, regulatory frameworks for new therapies, and ethical dilemmas in research and treatment. Explore disparities in access to dialysis, transplantation, and advanced renal therapies across different populations. Understand the role of healthcare policy in shaping preventive strategies and chronic disease management. Learn about informed consent, patient autonomy, and data privacy in nephrology research. Discuss the implications of cost-effectiveness analyses on treatment availability and clinical decision-making. Gain insights into global initiatives and health policies aimed at improving kidney health equity and resource allocation.