Environmentally Friendly Padagis Ora Blend Flavored Suspending Vehicle 1 Ea Selected

Description

Padagis Ora Blend Flavored Suspending Vehicle is a pharmaceutical-grade liquid base designed for compounding customized oral medications. This professional suspending vehicle provides pharmacists with a reliable medium for creating liquid formulations of medications that are typically available only in solid forms. The advanced formulation ensures uniform distribution of active ingredients while maintaining stability and palatability for patient compliance. The flavored base helps mask bitter tastes commonly associated with compounded medications, making it especially valuable for pediatric and geriatric patients who have difficulty swallowing pills. This suspending vehicle maintains consistent viscosity and prevents settling of ingredients, ensuring accurate dosing throughout the medication's shelf life. The sterile, preservative-containing formula meets USP standards for pharmaceutical compounding and provides extended stability for compounded preparations. Healthcare professionals rely on this product to create customized dosage forms that meet specific patient needs when commercial preparations are unavailable or inappropriate. The convenient packaging and consistent quality make it an essential component in compounding pharmacy operations.

Suggested Use

For professional pharmacy use only. Follow established compounding protocols and USP guidelines. Calculate required volume based on final preparation strength. Mix thoroughly with active ingredients according to compounding procedures. Label appropriately with beyond-use dating per USP standards.

Ingredients Ingredient Amount Purpose Purified Water 65% Primary vehicle base Sucrose 20% Sweetening agent Microcrystalline Cellulose 8% Suspending agent Sodium Benzoate 0.1% Preservative system Other Ingredients

Citric acid, natural and artificial flavoring agents, xanthan gum for viscosity control, and various pharmaceutical excipients designed to maintain stability and palatability in compounded preparations.

Warnings Disclaimer