Vivaldis Phos-Clear (Aluminium Hydroxide Gel Powder) Advanced Intestinal Phosphate Binder for Dogs & Cats (35g)

Select Variant: 35 g

Description

Control elevated blood phosphorus and halt the progressive cycle of renal hyperparathyroidism with Vivaldis Phos-Clear Powder (35g), available online at VetMitra. In dogs and cats with Chronic Kidney Disease (CKD), failing nephrons lose their ability to excrete phosphorus into the urine. This leads to persistent hyperphosphatemia, which suppresses calcitriol (active Vitamin D) synthesis and induces secondary hypocalcemia. Together, these triggers continuously stimulate the parathyroid glands, resulting in Renal Secondary Hyperparathyroidism—a destructive state driving metabolic bone demineralization (fibrous osteodystrophy), soft tissue calcification, cardiac dysfunction, uremic anemia, and accelerated nephron loss.Vivaldis Phos-Clear provides a gold-standard, evidence-based intervention powered by Aluminium Hydroxide Gel Powder (250 mg/scoop):Direct Intestinal Phosphorus Chelation: When mixed with food, aluminium hydroxide binds tightly to dietary phosphorus within the digestive tract to form insoluble, non-absorbable aluminium phosphate complexes that pass safely through the feces, preventing phosphorus from entering the bloodstream.Superior to Calcium-Based Binders: Unlike calcium carbonate or calcium acetate binders, Aluminium Hydroxide maintains exceptional binding capacity across a wide gastrointestinal pH spectrum and carries zero risk of inducing hypercalcemia, preventing metastatic soft-tissue and vascular calcification.Crucial Bridge for Calcitriol Therapy: Normalizing serum phosphorus levels below 6.0 mg/dl using Phos-Clear is essential before initiating calcitriol supplementation in advanced CKD, avoiding dangerous calcium-phosphorus precipitation products ($Ca \times P > 55$).Fuss-Free Powder Formulation: Odorless and tasteless powder that mixes easily into wet or canned food, ensuring stress-free administration for finicky feline and canine renal patients.