View clinical trials related to Calculi, Urinary.
Filter by:The goal of this observational study is to analyse the occurence of urinary calculi after bladder augmentation in children: - location of the calculi (kidney or bladder) - type of bladder augmentation with higher rate of urinary calculi and why - Find risk factors of urinary calculi in bladder augmentation (age, sex, other bladder procedures..)
Urinary calculi have become a global public health problem, which brings a huge economic burden to society and individuals. The pathogenesis of urinary calculi is not completely clear. Supersaturation of urinary components is a necessary condition for the formation of urinary calculi. The causes of stone formation are closely related to diet, drugs, metabolic disorders, basic diseases, genetic factors, environment and so on. Diet essentially determines the composition of urine, which affects the formation of urinary calculi. The effect of dietary phosphorus intake on stones is not clear. There is a lack of data to support dietary phosphorus as an influencing factor of stone formation. Phosphorus is present in most foods. 24h urine composition analysis is of great value in predicting the occurrence and composition of urinary calculi. However, due to the interaction between urine components, a single urine component can not well predict the occurrence of stones. Therefore, the researchers introduced the relative supersaturation of common stone components in urine to predict the incidence of stones. Therefore, we want to give healthy adults a diet with different phosphorus content for a period of time to clarify the effect of phosphorus in the diet on 24h urine composition level and urine relative supersaturation, so as to further explore the relationship between dietary phosphorus and the incidence of urinary calculi. To provide more clear recommendations for early prevention of urinary calculi, and provide more evidence for clinical decision-making, thereby reducing the incidence rate of urinary calculi.
Current urological therapeutic modalities are represented by extracorporeal lithotripsy (ECL), rigid (URS) or flexible (URSsple) uretero-renoscopy and percutaneous nephrolithotomy (PCNL). They make it possible to extract the vast majority of stones by minimally invasive techniques but leave behind small residual lithic fragments (FR) that can always cause pain, infection, or promote the development of a larger stone. A non-invasive technique that can help eliminate them would be of great benefit to many patients by avoiding painful recurrences and limiting reprocessing; combined with appropriate medical management, it would limit the rate of remote recurrences and long-term complications. The treatment called "hydro-posturotherapy" has been developed in some spas that are approved for kidney diseases such as Vittel or Capvern. It includes several modalities: posturotherapy, lumbar percussion and hyperdiuresis. The main objective is to compare at 3 months, on the unprepared abdomen (ASP) and the low-dose scanner without injection, the elimination of kidney stone fragments under the effect of a short spa treatment with posturotherapy, lumbar percussion and controlled hyperdiuresis compared to the recommended standard treatment. The result will be assessed in 3 categories: complete elimination (SF: "without fragments" or "stone-free"), elimination of more than 50% of the fragments; elimination of less than 50% of the fragments.