|
HS Code |
588431 |
| Productname | Isoliquiritin Apioside |
| Casnumber | 66056-20-0 |
| Molecularformula | C26H30O13 |
| Molecularweight | 550.51 |
| Appearance | Yellow powder |
| Purity | ≥98% (HPLC) |
| Solubility | Soluble in DMSO, methanol |
| Source | Glycyrrhiza uralensis (licorice root) |
| Storagecondition | Store at -20°C, protected from light |
| Chemicalclass | Flavonoid glycoside |
| Synonyms | Isoliquiritin-6'-apioside |
As an accredited Isoliquiritin Apioside factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Isoliquiritin Apioside, 10mg, supplied in a tightly sealed amber glass vial with tamper-evident cap and clear labeling. |
| Shipping | Isoliquiritin Apioside is shipped in compliance with relevant chemical safety regulations. The compound is securely packaged in sealed containers to prevent contamination and degradation. Temperature and light-sensitive, it may be shipped with cooling packs or insulation. Complete safety documentation, including MSDS, accompanies each shipment to ensure safe handling and storage upon arrival. |
| Storage | Isoliquiritin Apioside should be stored in a tightly sealed container, away from light and moisture. Keep it at a cool, dry place, ideally at 2-8°C (refrigerator temperature). Avoid exposure to heat, humidity, and direct sunlight to maintain its stability and prevent degradation. Ensure the storage area is well-ventilated and follow standard safety protocols for chemical handling. |
Competitive Isoliquiritin Apioside prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to sales3@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: sales3@ascent-chem.com
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In the chemical industry, confidence in sourcing starts at the factory. We have been refining extraction and purification protocols for decades, and Isoliquiritin Apioside stands out as an example of our crew's focus on fine plant-based compounds. This compound, sourced from the roots of Glycyrrhiza plants, owes its reputation to the persistent work on selecting the best roots, optimizing our separation methods, and keeping tight watch on every production batch.
Isoliquiritin Apioside comes in the form of a pale yellow powder with a molecular formula of C26H30O13 and a relative molecular mass of 550.51. Each container bears a unique batch code which can be traced right back to the day’s extraction, test results, and the technician behind it. Factory HPLC runs show a purity of at least 98%, and our internal testing covers not just purity but also solvents and contaminant residues—critical when our customers use this in sensitive pharmaceutical or food research.
Some of our clients work in pharmacology, focusing on natural anti-inflammatory or antioxidant projects. Recent studies use our Isoliquiritin Apioside when screening for biological activity—our quality allows researchers to focus on the molecule rather than worry about impurities clouding their results. Orders have also come from food industry labs analyzing flavor components, and universities working on analytical standards. We also see growing demand from cosmetic labs: they have precise quality thresholds and rely on our certificates and in-house HPLC chromatograms for proof of batch consistency.
Standard packing comes in light-protected bottles or pouches, sealed with double vacuum layers. We print QR codes on every primary package so customers with regulatory requirements or patent filings can review our archive and see batch performance and all related reports any time. This single-batch traceability is not simply about compliance—it’s about building trust and transparency down the whole supply chain.
Our facility also handles various flavonoid glycosides, such as isoliquiritin, liquiritin, and others. What makes Isoliquiritin Apioside unique is its glycosylation pattern—the apiosyl group brings new water solubility and different bioavailability compared to its parent molecule, Isoliquiritin. You cannot always swap these compounds in bioassays or quality control labs just for convenience. Consider that Isoliquiritin Apioside’s unique sugar moiety influences both chromatography characteristics and possible pharmacokinetic profiles, features often requested by contract research organizations working with libraries of natural substances.
Other glycosides might look similar in basic analytical tests, but our side-by-side NMR and mass spectrometry data illustrate clear signatures. We regularly run comparative testing after receiving adjustment requests for chromatographic purity or moisture content, especially from pharmaceutical developers. These specifics matter: we spend as much time talking with customer R&D and lab teams about their project setups as we do preparing product shipments.
It takes hands-on effort to maintain consistency, season after season. Suppliers of the raw plant roots report variations due to rainfall, growing altitude, and agronomy practices, and our technical staff often visit fields personally to walk growers through harvesting requirements. Once in-house, samples undergo micro-analysis before extraction even begins: poor initial raw material cannot be masked by downstream purification. Our in-house techs have seen what issues can arise with generic supplies—mixed root sources, questionable solvents, and problems with off-smells. These may look trivial but affect method validation work for end users who must meet strict regulatory or audit standards.
We see the full journey of Isoliquiritin Apioside, starting from root washing and cutting through to multi-stage column chromatography and lyophilization. Our chemists document every deviation from SOPs, especially during seasonal changes when humidity affects recovery and drying rates. Each final batch undergoes not only full HPLC-DAD and LC-MS checks but also is tested for heavy metals, pesticide residues, and microbial loads. Our QC team carries out cross-lab validations every quarter, matching our data with reference labs to catch drift or process errors before customers ever get their shipment.
Customers ask for analytical documents with each order, so alongside the usual certificate of analysis, we routinely supply full chromatogram scans, residual solvent reports, and discussion notes matching the client’s application. Pharmaceutical clients in particular request more data than advertised in the standard product note; instead of being frustrated by these requests, we treat them as opportunities to fine-tune both the process and customer relationship. More than once, pharmaceutical R&D teams have flagged minute chromatographic peaks only to realize, in discussion, that local solvent variations had caused detection artifacts—the back-and-forth not only resolves isolated questions but improves both our procedures and customer understanding.
For clients planning clinical studies or submitting for regulatory approval, we partner with outside reference labs. These collaborations help us maintain a cross-industry perspective. It pays off; our audit reports have been praised for transparency and completeness. This thorough documentation builds long-term business, not just one-off orders.
Rising global demand for plant-based chemicals sometimes leads less reliable outfits to cut corners or mislabel batches. Our commitment starts at the farm gate: we know the origins of every shipment, and we assist our growers in meeting environmental and documentation standards. It may take extra work and higher up-front costs, but over the long term, this effort reduces batch failures, earns repeat business, and keeps auditors satisfied during customer plant visits.
There is constant pressure in this market to lower prices, sometimes at the expense of traceability or purity. Some buyers, focused only on cost, face difficulties later when analytical or regulatory issues arise in their projects. Regular communication with our buyers and their technical teams keeps us tuned to shifting requirements and allows us to address changes in standards or regional regulations as soon as they emerge.
We produce Isoliquiritin Apioside on a reliable schedule that supports both research-size orders and regular industrial runs. Laboratory clients sometimes order only tens of grams, needing tight documentation and rapid shipping, while industrial partners may require kilo-scale lots for test production. We have built our schedule and inventory to cover both without compromising on batch quality or analysis.
Research-stage orders often include extra documentation and re-testing at customer request. We support open communication about each user’s application and help solve any obstacles with storage, formulation, or analysis. So, beyond just sending powder in a bottle, we field calls and emails with detailed support from technical staff who have run these protocols themselves, not just read about them in abstracts.
Manufacturing precise natural products comes with everyday surprises. We regularly brainstorm with process engineers to stretch recovery rates, reduce solvent footprint, and increase drying efficiency. For Isoliquiritin Apioside, years of refining extraction and crystallization techniques have cut impurity spikes and improved solubility characteristics. Some improvements arise from customer feedback—issues with residue levels, storage stability, or container materials have brought tangible tweaks to our approach, all tracked through our QA change management system.
Quality checks extend beyond our immediate walls. Periodic trace analysis of final product in customer labs returns to us via detailed technical reports, keeping us sharp. We examine each flagged anomaly—perhaps a solvent residual has shifted with new equipment, or a freshly identified impurity pattern ties back to an upstream plant batch. These findings create a straightforward feedback loop for continuous improvement.
We do not treat technical specs as marketing slogans. Every data sheet reflects real measurements from that production window, double-checked by two independent analysts. Each time we develop a new batch, we update internal reference standards against NMR, HPLC, and mass spectrometry libraries. Reagents are bought solely from certified suppliers, vetted each quarter with cross-reference to known contamination trends.
Heavy metal and pesticide screening is not an afterthought—it starts with incoming root shipments, long before any extraction begins. Labs performing routine testing on Isoliquiritin Apioside benefit from our upfront transparency: fact-based communication about analytical hurdles, historical deviations, or handling suggestions. Where appropriate, we even invite partner labs to visit, observe production firsthand, and participate in method development, especially for new application fields.
Direct communication with the factory floor avoids the communication barriers and uncertainty that can creep in with brokers or third-parties who have not seen the process or cannot vouch for document trails. Each order receives individualized attention, and our technical staff—who run the pilot plant and main line—provide accurate, chemistry-driven answers. This reduces error and maintains speed when project deadlines tighten.
Clients sourcing Isoliquiritin Apioside directly from the plant control their own supply chain. Delays caused by miscommunication or third-party mistakes decrease, and confidence in every gram shipped increases. In practice, this translates into fewer re-runs of experiments, lower project risk, and better outcomes during audits or grant proposals. Our documentation helps labs avoid pitfalls that arise with off-specification flavonoid batches, and our ongoing communication means quick closure on technical queries.
Research in natural compounds is expanding not just in pharmacology but also in nutritional, cosmetic, and even environmental sciences. As new applications emerge—such as functional foods, natural colorant development, and new antioxidant blends—demand for high-clarity, low-residue Isoliquiritin Apioside grows. Our investment in modernizing equipment, enhancing analytical tools, and working closely with end users puts us at the forefront of these trends.
Every year, partnerships with academic labs lead to innovative uses or novel analytical techniques. We encourage joint development—whether it’s pilot studies on new formulations, method refinement for stability testing, or the search for new therapeutic classes based on flavonoid chemistry. Our experience with regulatory submissions, internal batch traceability, and user feedback all contribute to a culture where challenges become a springboard for technical progress.
Our production model emphasizes relationship building. Delivering Isoliquiritin Apioside goes beyond simple supply; we work to be a resource for project planning, troubleshooting, and scaling up research into full industrial production. Our hands-on method—rooted in direct communication, technical transparency, and steady process improvement—results in more reliable deliveries, less uncertainty, and a smoother workflow for every lab or factory that opens a bottle of our product.
We believe this approach, proven over years of work in plant-derived compound manufacturing, brings long-lasting value. Those who choose our Isoliquiritin Apioside see, batch by batch, the difference that rigorous oversight, open conversation, and ongoing data-driven innovation make—not just for a single order but for ongoing research and development pipelines.
