Calcium Polycarbophil Tablets 0.5 g × 10 Tablets (Liweishu)
$31.22
$40.59
Description Contents hide 1 Product Specifications 2 Mechanism of Action 3 Research Applications & Pharmacology 4 Safety Profile & Handling 5 Core Keywords 6 Research-Use Disclaimer Product SpecificationsSpecificationDescriptionProduct NameCalcium Polycarbophil Tablets (Liweishu)Generic NameCalcium PolycarbophilFormulationOral tabletStrength0.5 g (500 mg) per tabletPack Size10 tablets per boxApproval NumberH20244500 (NMPA, China)Product Code86904606000511ManufacturerZhejiang Anglikang Pharmaceutical Co., Ltd.Barcode6924802111273Storage ConditionsStore below 30?°C in a dry placeIntended UseFor laboratory research onlyMechanism of ActionCalcium Polycarbophil is a hydrophilic polymer that acts as a bulk-forming agent by absorbing water in the gastrointestinal tract, increasing stool bulk, and promoting bowel motility. It is widely used in research models related to constipation and bowel function.Research Applications & PharmacologyExperimental research on bowel motility and constipation modelsStudies on gastrointestinal hydration and stool consistencyInvestigations of polymer interactions in GI tract physiologyIn vitro and in vivo research on drug delivery and absorption modulationSafety Profile & HandlingPreclinical studies show minimal toxicity under laboratory conditionsUse appropriate laboratory PPE (gloves, masks, lab coat)Avoid inhalation of tablet powder and contact with eyes or skinStore in a cool, dry place away from direct sunlight and moistureDispose of all residues in accordance with hazardous waste guidelinesCore KeywordsCalcium Polycarbophil, Liweishu, bulk-forming agent, gastrointestinal research, laboratory research chemical, constipation research, experimental polymer tabletsResearch-Use DisclaimerThis product is intended exclusively for laboratory research purposes. It is not approved for clinical, therapeutic, diagnostic, or veterinary use. Improper handling or unauthorized application may result in health risks.
Gastrointestinal Research