|
HS Code |
788536 |
| Name | Wogonoside |
| Cas Number | 51059-44-0 |
| Molecular Formula | C21H18O10 |
| Molecular Weight | 430.36 g/mol |
| Iupac Name | 5-hydroxy-8-methoxy-2-phenyl-4H-1-benzopyran-4-one 7-O-beta-D-glucopyranoside |
| Appearance | Yellow powder |
| Solubility | Soluble in DMSO, methanol, ethanol |
| Melting Point | 220-222°C |
| Purity | ≥98% (HPLC) |
| Synonyms | Wogonin 7-O-beta-D-glucopyranoside |
| Source | Scutellaria baicalensis (Chinese skullcap) |
| Storage Condition | Store at -20°C, protected from light |
| Chemical Class | Flavonoid glycoside |
| Pubchem Cid | 5281705 |
| Smiles | COC1=C(C=C2C(=C1)OC(=CC2=O)C3=CC=CC=C3)O[C@@H]4O[C@H](CO)[C@@H](O)[C@H](O)[C@H]4O |
As an accredited Wogonoside factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Wogonoside, 100 mg, supplied in a sealed amber glass vial with tamper-evident cap, labeled with product details and safety information. |
| Shipping | Wogonoside is shipped in securely sealed containers to prevent contamination and degradation. It is packaged with appropriate labeling and documentation in accordance with chemical safety and regulatory guidelines. The shipment is handled under controlled conditions, typically at room temperature, and delivered via certified carriers to ensure quality and integrity upon arrival. |
| Storage | Wogonoside should be stored in a cool, dry place, away from direct sunlight and moisture. It is best kept in a tightly sealed container at -20°C for long-term storage to maintain its stability and potency. Avoid repeated freeze-thaw cycles and exposure to air. Ensure it is clearly labeled and stored according to safety guidelines for chemical reagents. |
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Purity 98%: Wogonoside Purity 98% is used in pharmaceutical formulation development, where it ensures high efficacy and consistent batch performance. Molecular Weight 460.38 g/mol: Wogonoside Molecular Weight 460.38 g/mol is used in targeted drug delivery systems, where optimal molecular profile supports enhanced bioavailability. Melting Point 256°C: Wogonoside Melting Point 256°C is used in solid dosage manufacturing, where thermal stability supports processing efficiency. Particle Size <10 microns: Wogonoside Particle Size <10 microns is used in nano-formulation production, where fine dispersion promotes rapid absorption. HPLC Assay ≥99%: Wogonoside HPLC Assay ≥99% is used in quality control laboratories, where it guarantees analytical precision and regulatory compliance. Stability Temperature 25°C: Wogonoside Stability Temperature 25°C is used in storage and packaging applications, where it maintains active compound integrity over time. Water Solubility 0.05 mg/mL: Wogonoside Water Solubility 0.05 mg/mL is used in injectable formulations, where controlled solubility aids in predictable therapeutic distribution. UV Absorption λmax 277 nm: Wogonoside UV Absorption λmax 277 nm is used in quantitative spectroscopy assays, where it allows selective detection and accurate measurement. Residual Solvents <0.01%: Wogonoside Residual Solvents <0.01% is used in GMP manufacturing environments, where low residuals support regulatory approval and patient safety. Heavy Metals <10 ppm: Wogonoside Heavy Metals <10 ppm is used in nutraceutical product development, where minimized contamination ensures consumer protection. |
Competitive Wogonoside prices that fit your budget—flexible terms and customized quotes for every order.
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In our years of extracting, purifying, and supplying plant-derived actives, few compounds draw as much industry attention as Wogonoside. Sourced from Scutellaria baicalensis, a plant with a long-standing place in traditional remedies, this flavone glycoside stands out both for its chemical profile and growing relevance across health, laboratory, and industrial sectors. We manufacture Wogonoside on a scale that supports research, custom formulation, and pilot production—its distinct benefits have encouraged us to share a closer look at what we have learned through hands-on production and collaboration with clients worldwide.
Each lot of Wogonoside our facility produces follows rigorous internal standards. We rely on validated extraction protocols, high-performance liquid chromatography (HPLC), and mass spectrometry to make sure the Wogonoside content exceeds 98% purity by dry weight. Visual appearance tells a story too; batches take on a faint yellow crystalline powder form, a result of both the starting herb and the care involved in purification. Our most requested model provides Wogonoside in 5-gram, 10-gram, and 100-gram lots, vacuum-sealed and nitrogen-packed upon request to protect the active structure during transit. Some clients, particularly those developing reference standards or bioassays, prefer smaller aliquots or select a specific purity grade. We can scale up above kilogram range, but careful communication helps ensure logistics and safe storage practices are clear before shipment leaves our site.
Batch-to-batch consistency takes determined attention. Chemical markers like loss on drying, melting point, and residual solvent content receive routine verification. This ensures researchers receive the same quality whether they return for another order in three weeks or three years. The industry does not reward shortcuts; a single missed impurity screen or careless drying step risks undermining a full run, costing both time and trust. Through years of scale-up and repeated process optimization, we have refined a workflow that keeps typical lot-to-lot variance under 2%. This hands-on control over the full extraction and isolation chain sets direct manufacturers apart from companies that simply repackage for resale.
In our experience, Wogonoside’s versatility is its strength. Pharmaceutical and university labs tend to request it for studies in anti-inflammatory or anti-tumor research. The compound’s structure—5,7-dihydroxy-8-methoxyflavone glucuronide—features a sugar moiety that makes it ideal for enzyme interaction assays and metabolic pathway tracing. Because we can provide technical guidance, research teams gain insights not only from the compound’s inherent properties, but also from our familiarity with its behavior in various solvents and under multiple experimental conditions. This exchange reduces delays caused by solubility problems or unanticipated degradation during bioassays.
Formulators in nutraceutical and cosmeceutical development increasingly include Wogonoside as a natural antioxidant component. Our ability to supply high-purity product helps limit interference from other flavones, supporting standardized, label-friendly product design. Regulatory considerations, especially in global markets, put pressure on transparent supply chains; as a direct manufacturer, we provide independent test data and certificate of analysis with each delivery, verifying not only assay results but also packing and transport practices. Some natural colorant producers show interest in Wogonoside for its stability under moderate heat and light exposure, giving their products enduring appeal in real-world conditions.
Startups formulating new finished goods sometimes approach us with concerns about Wogonoside’s compatibility alongside other actives. Over many customer projects, we have observed that careful adjustment of pH and solvent ratios prevents unwanted precipitation or loss of activity. We often suggest trial blending under controlled conditions before committing to large-batch integration. Working side by side with clients ensures that technical support goes beyond shipping and tracking information—our chemists and application specialists share first-hand knowledge about the small quirks that can matter enormously at scale.
The plant extract marketplace often markets several related flavones. Baicalin, baicalein, and oroxylin A (all from Scutellaria species) headline ingredient lists in both research catalogs and consumer products. What sets Wogonoside apart starts at a chemical level. The added glucuronic acid group changes its polarity, solubility, and cellular uptake compared to more hydrophobic aglycones like baicalein. For researchers tracing metabolic fate in cell culture or animal models, this difference alters absorption rates and bioactivity. We regularly run side-by-side HPLC and UV-Vis spectra for clients needing to distinguish these closely related compounds, especially when complex plant extracts could otherwise cause ambiguity in published work.
Compared to baicalin—a widely researched glucuronide flavone—Wogonoside exhibits improved photostability, which proves significant for cosmetic applications that depend on shelf-life and resistance to oxidation under light. In anti-inflammatory bioassays, slight differences in molecular structure shift enzyme-binding affinity; researchers focusing on COX-2 or MAPK pathways have reported different results when switching between baicalin and Wogonoside. These subtle variations make it vital to source Wogonoside from a supplier with experience controlling for impurity cross-contamination, since the biological activity can change dramatically when the compound is present even at low levels alongside structurally similar flavones. Direct manufacturers can optimize process parameters not only to maximize yield, but also to keep minor analogues out of the final product.
We have also noticed a tangible gap in how different suppliers approach documentation. Laboratories relying on our Wogonoside batches receive a full spectrum of characterization data—NMR, MS, FTIR, and detailed chromatographic fingerprints—allowing them to compare results year-to-year and across multiple studies. This attention to transparency guards against the all-too-common pitfall of chasing results that stem from impurity, not the principal compound. Other market players, especially traders and repackers, typically cannot provide beyond-the-label authentication or verify the extraction origin. Direct sourcing shortens the feedback loop and helps researchers adapt protocols, improve reproducibility, and share accurate data with confidence.
Through two decades of active engagement with botanicals, our team has developed firsthand strategies for the unique difficulties that come with manufacturing Wogonoside at scale. The source plant, Scutellaria baicalensis, shows variability across harvests and growing regions. Early on, we invested in tight supplier partnerships and regular field audits, minimizing quality drift that could otherwise ripple through extraction. Longstanding relationships with growers ensure continuity, even across years of climatic change or shifting agricultural practices. Our involvement at the ground level reduces the risk of heavy metal or pesticide contamination, two factors that remain high on the awareness list of regulators and customers alike.
Extraction efficiency has seen the biggest jumps from process R&D. At one point, a single batch could take nearly a week to isolate and dry. Fine-tuning extraction solvent ratios and using stepwise gradient elution allowed us to compress timelines and raise both yield and purity. Addressing the challenge of heat sensitivity, we swapped traditional open-drum evaporation for closed-loop, low-pressure vacuum systems. This protects the delicate glycoside structure and produces a fine powder with reliably low moisture content, crucial for later stability and solubility in downstream applications. Waste minimization, always a target in chemical manufacturing, gained a boost by switching to recyclable and recoverable process solvents, keeping our environmental footprint smaller and lowering costs for clients who rely on sustainability certification.
Once Wogonoside clears purification, protecting it from both oxidation and hydrolysis takes priority. Our warehouse maintains controlled temperature and humidity for all stored lots, and every outgoing shipment uses light-blocking, gas-impermeable packaging. Such steps come from years of learning which conditions leave product quality unchanged and when, for example, a summer shipping route can introduce unexpected degradation risk if ignored. International clients appreciate that we can support storage guidance rooted in direct observation, not just theoretical guidelines.
Our lab analysts know the frustrations researchers face with inconsistent supply. A key reason customers stay with us turns out not to be chemistry alone, but rather the simple reliability that comes from managing our product lines closely, refusing to let middlemen disrupt the chain of custody. Each lot can be traced through farming, extraction, purification, packing, and shipment with batch records available on demand. This level of transparency matters most to those publishing new findings, developing preclinical models, or launching regulated retail lines. Failure to deliver traceability undermines entire research projects and brands, so we make it a daily discipline, not an afterthought.
Working directly with pharmaceutical developers reveals another reason to focus on control from sourcing to shipping. Regulatory audits demand precise documentation for each input; spot checks reveal even a single uncontrolled change to supplier origin or process as a non-compliance trigger. Our shipments include not just the standard certificate of analysis, but also cumulative stability test data, packing verification photos, and periodic random sample retention for up to three years. Customers designing clinical studies or looking to pass regulatory inspection value this level of direct evidence; it often makes the difference between early approval and frustrating, costly re-submission.
Years of close communication with frontline researchers inform our continued investment in testing and process control. Researchers have asked for reference materials and blind-identity samples. Academic partners seek method-matched samples to minimize variable interference. We route these requests straight to our analytical team, often providing custom splits or altered packaging at no extra charge. This small act speeds up study timelines and strengthens data integrity, building trust that lasts well beyond a single shipment. For those scaling up from bench trials to pilot runs, our chemists answer process questions and help troubleshoot unanticipated quirks in mixing or dissolution, cutting guesswork out of tech transfer.
Market demand for transparent, well-documented ingredients only grows year over year. Research publications, once content to note “flavone extract,” now require precise molecular provenance, sourcing disclosure, and impurity mapping. Regulatory trends in both the United States and European Union point toward heightened scrutiny for compounds used in food, supplements, and cosmetics. As a direct manufacturer, we keep two steps ahead by including sustainability declarations, migrant worker policy compliance, and full-chain-of-custody forms for every batch. These measures seem like overhead in the beginning, but our clients reap the value once regulatory agencies examine labeling claims or require evidence of responsible sourcing.
Integrating Wogonoside into multi-component formulas brings its own challenges. Several of our innovation partners work on next-generation delivery systems—liposomes, nanoparticles, or cyclodextrin inclusion complexes—to maximize both absorption and functional benefit. Bringing a raw material supplier into these early trials proves worthwhile. We provide insight into Wogonoside’s behavior under temperature cycling, processing shear, or solvent switching, preserving intended performance in the finished product. Trust, in the technical sense, grows when collaborators have immediate access to the people who know the compound’s history from field to flash chromatography, not just shipping and billing details.
Patents and intellectual property protection for botanical actives also shape the landscape. With new claims filed each quarter in China, the US, and Europe, clarity around manufacturing route, plant origin, and product purity limits risk for finished product developers. As the manufacturer, we gather legal and scientific background for each lot, enabling compliance evaluations and due diligence reports on request. We have even hosted customer audits on-site, letting teams inspect documentation, chain of custody records, and analytic equipment directly. Those experiences build long-term client relationships grounded not only in commercial exchange but also in mutual respect and scientific rigor.
Practical application comes front and center in our day-to-day. Some clients prefer face-to-face or phone communication over endless email chains, a habit we appreciate. More labs value getting a small pre-shipment sample for in-house testing before full-scale purchase. Our experience teaches that a timely conversation or test packet avoids lost weeks of reformulation, especially if solubility or sensitivity comes into play. We encourage these sample runs openly rather than managing with formal quote forms or contracts; this speeds product development and shows respect for the pace researchers operate under.
Working on the shop floor, our technical leads emphasize routine process walks, hands-on QA sampling, and equipment calibration as the backbone of each batch. Without that, even the highest-purity raw plant input will not guarantee product fit for laboratory or commercial use. Staff development—on extraction optimization, chromatographic separation, or even correct pigment-blocking during packing—gets the same investment as machine upgrades or new analytic installs. A reliable team means consistent output, and client trust grows from that bedrock of discipline, not from well-polished marketing or paperwork alone.
Our logistics staff, almost all with years in hands-on chemical handling, know how to forecast customs concerns, pre-clear documentation with authorities, and reroute urgent orders to avoid weather or transit delays. Internal feedback loops run from packaging back to extraction, with cross-functional teams reviewing every issue or customer suggestion. Clients frequently note that quick, honest communication—especially the transparency to alert about a lot delay, logistical hiccup, or special shipping requirement—matters more than promises or branding. This culture of open exchange, from lab to loading dock, helps us deliver not only Wogonoside with reliable purity, but also the intangible asset of peace of mind on each order.
Looking back on years of producing, packaging, and supporting Wogonoside, our greatest insight comes from direct, daily work with the compound and open dialogue with the industries relying on it. The attention we pay at every stage—growing, extracting, validating, shipping—arises not from policy but lived necessity, shaped by the relentless pace of scientific progress and commercial competition. End-users and researchers value not just molecules and test results, but also partnership, understanding, and mutual investment in long-cycle goals. From streamlining extraction to accommodating real-world storage and application needs, our knowledge extends not only from written standards, but also from the direct lessons learned handling, refining, and delivering Wogonoside every day.
While the market for plant-based actives grows more sophisticated, clear differences separate those who manufacture directly and those who aggregate and resell. Through a commitment to quality, candid communication, and resilient process control, we earn the continued trust of those seeking Wogonoside and similar compounds. The chemical itself unlocks possibility in research, wellness, and industry; the value we bring stems from experience, transparency, and a relentless willingness to improve based on what we and our customers learn together.