Siddhayu Urostone Tablets – 30 Count

Siddhayu Urostone is a potent, phyto-pharmaceutical litholytic and diuretic formulation designed for the clinical management of urolithiasis (kidney stones) and urinary tract infections (UTIs). This complex botanical matrix works through a multi-action mechanism: it aids in the disintegration of renal calculi, facilitates the painless expulsion of stone fragments, and normalizes urinary pH. By inhibiting the crystallization of stone-forming minerals like calcium oxalate and phosphates, Urostone serves as both a corrective and preventative intervention for renal health.

Key Features

• Litholytic Disintegration: Formulated with bioactive extracts such as Pashanbhed and Varun, which are clinically recognized for their ability to break down the mucin binding renal stones, reducing them to fine gravel for easier passage.
• Natural Diuretic Action: Promotes increased urine volume and flow (diuresis), which assists in flushing out metabolic wastes, toxins, and micro-calculi from the urinary tract.
• Anti-Crystallization Properties: Helps regulate the balance between crystalloids and colloids in the urine, effectively preventing the formation and recurrence of new stones.
• Urinary Antiseptic & Anti-Inflammatory: Contains natural antimicrobial agents that soothe irritated mucosal linings of the bladder and urethra, reducing the burning sensation during urination and preventing secondary UTIs.
• Spasmolytic Relief: Acts as a smooth muscle relaxant for the urinary tract, helping to alleviate the acute colicky pain often associated with the movement of stones.

Recommended Usage

As a dietary supplement for renal support, take one (1) to two (2) tablets twice daily with water, or as directed by a healthcare professional.

• For Active Stones: Consistency is key to the litholytic process; a full course as prescribed by a practitioner is typically required.
• Hydration Protocol: It is essential to increase daily water intake (2–3 liters) while taking Urostone to facilitate the flushing mechanism and prevent mineral concentration.