Simulated Vaginal Fluid (SVF) Dried Powder Kit BZ549

Simulated Vaginal Fluid (SVF) Dried Powder BZ549 Product Code: BZ549 Manufacturer: Biochemazone Available Pack Sizes for Making: 100 mL, 200 mL, 500 mL, 1000 mL Custom Bulk Quantities Available Product Overview Biochemazone Simulated Vaginal Fluid (SVF) Dried Powder BZ549 is a laboratory-formulated powdered medium designed to reproduce the physiological composition and acidic environment of human vaginal fluid under controlled laboratory conditions. This dry-format formulation allows convenient storage, transportation, and preparation of fresh simulated vaginal fluid prior to experimental use. The formulation is developed to mimic the characteristic pH, buffering behavior, electrolyte balance, and organic constituents commonly associated with the vaginal environment, making it highly suitable for pharmaceutical, microbiological, biomedical, and gynecological research applications. Prepared using high-purity analytical-grade components, this standardized dried powder formulation provides excellent reproducibility and consistency for in vitro and preclinical studies. Upon reconstitution with purified water, the solution simulates vaginal conditions relevant to drug release, mucoadhesion, microbial interaction, biomaterial compatibility, and intravaginal formulation performance. BZ549 is widely used in vaginal drug delivery research, feminine healthcare product testing, microbiome interaction studies, dissolution and release testing, and biomaterial compatibility evaluations. The formulation contains no preservatives and may also be customized for specific pH ranges, microbial studies, or additional biological components depending on research requirements. Key Features & Benefits ✅ Simulated Vaginal Environment – Designed to mimic physiological vaginal fluid conditions ✅ Dried Powder Format – Convenient storage and preparation of fresh media ✅ Preservative-Free Formulation – Suitable for sensitive research applications ✅ Physiologically Relevant Composition – Mimics vaginal electrolyte and organic profile ✅ Acidic pH Simulation – Suitable for vaginal environment studies ✅ Reproducible & Standardized – Ideal for comparative laboratory applications ✅ High-Purity Components – Prepared using analytical-grade raw materials ✅ Freshly Reconstituted Medium – Enhances experimental consistency and stability ✅ Ready-to-Prepare Formulation – Simple reconstitution for laboratory use Applications 🧪 Pharmaceutical & Drug Delivery Research Vaginal drug release and dissolution studies Mucoadhesive formulation evaluation Intravaginal gel and suppository testing 🐀 Preclinical & Biomedical Studies Vaginal environment simulation Biomaterial compatibility testing Controlled-release formulation studies 🔬 Microbiological & Healthcare Research Vaginal microbiome interaction studies Probiotic and antimicrobial testing Feminine hygiene product evaluation 🧬 Biopharmaceutical Research Drug permeability and retention studies pH-dependent formulation assessment Comparative vaginal fluid simulation studies Typical Properties Appearance: Off-white to white free-flowing powder Reconstituted Appearance: Clear to slightly opalescent solution pH (after reconstitution): Physiological vaginal pH range Solubility: Water soluble upon reconstitution Composition: Buffered vaginal electrolyte and organic component formulation, Pathogen Free Preservatives: None Buffering Capacity: Physiologically balanced acidic buffering system Format: Dried powder preparation Storage & Stability Storage Temperature: 2–8 °C recommended Shelf Life: 12-24 months (sealed container) Shipping: Stable at room temperature Customization Options pH adjustment for specific vaginal condition studies Customized organic component concentrations Microbiome-compatible modifications Viscosity modification options available upon request Species-specific or study-specific vaginal simulation customization Ordering Information BZ549 is available in standard laboratory sizes or OEM/bulk supply formats. 📄 MSDS, Technical Datasheet, and Certificate of Analysis (CoA) available upon request 📧 Email: info@biochemazone.com 🌐 Website: www.biochemazone.com ⚠️ For research, education, and in vitro testing only. Not for human or animal use