Overview of Intrarenal Pressure (IRP)
Michelle Semins, MD, details the variability in intrarenal pressures, explaining that while a clear safe threshold is unknown, pressures over 30-40 might be dangerous; she lists factors influencing these pressures, like inflow/outflow and scope size, and mentions potential complications from prolonged high pressures, such as urosepsis.
EP: 1.Overview of the Incidence, Diagnosis, and Treatment of Urinary Stones
EP: 2.The Evolving Role of Ureteroscopy in the Treatment of Urinary Stones
EP: 3.Overview of Intrarenal Pressure (IRP)
EP: 4.Potential Complications Seen in Patients With Elevated IRP
EP: 5.Strategies for Reducing Risk of Elevated IRP
EP: 6.Key Treatment and Outcome Data for Patients Undergoing Therapy with Assistance of Ureteral Access Sheaths (UASs)
EP: 7.Factors for Consideration When Employing UASs In Patients With Urinary Stones
EP: 8.Methods for Continuous IRP Monitoring in Patients With Urinary Stones
EP: 9.Future Perspectives in the Treatment of Patients With Urinary Stones
Alkaline water unlikely to prevent kidney stones, study finds
January 11th 2024"While alkaline water products have a higher pH than regular water, they have a negligible alkali content–which suggests that they can't raise urine pH enough to affect the development of kidney and other urinary stones," says Roshan M. Patel, MD.
Microbiome alterations linked to kidney stone formation
December 21st 2023"If the diversity and robust functional potential of the healthy human microbiome is repeatedly assaulted by the average Westernized lifestyle via antibiotic exposure, diet, and other environmental factors, kidney stone prevalence will continue to increase," the authors write.
