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Cichorioside G

    • Product Name Cichorioside G
    • Alias Taraxasteryl caffeate
    • Einecs 1238283-38-1
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry admin@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
    VTB
    Specifications

    HS Code

    254372

    name Cichorioside G
    cas_number 1238106-02-5
    molecular_formula C44H72O19
    molecular_weight 889.03 g/mol
    appearance Powder
    purity ≥98% (HPLC)
    storage_temperature -20°C
    solubility DMSO, Methanol
    source Cichorium intybus (chicory)
    category Natural product; glycoside
    iupac_name 1-O-β-D-glucopyranosyl-4,6-dideoxy-6-acetyloxy-β-D-glucopyranoside
    synonyms Cichorioside-G; Chicory glycoside G

    As an accredited Cichorioside G factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Cichorioside G is supplied in a sealed 10 mg amber glass vial, labeled with product name, purity, and safety information.
    Shipping Cichorioside G is shipped in secure, airtight containers to prevent contamination and degradation. The chemical is handled in compliance with safety and regulatory guidelines, including clear labeling and relevant documentation. Shipments are typically expedited and temperature-controlled if necessary, ensuring the compound's stability and integrity during transit.
    Storage Cichorioside G should be stored in a cool, dry place, away from direct sunlight and moisture. Keep it in a tightly sealed container, preferably under inert gas such as nitrogen or argon, to prevent degradation. Store at 2–8°C (refrigerator temperature) for optimal stability. Avoid exposure to heat, acids, and oxidizing agents to maintain its chemical integrity.
    Application of Cichorioside G

    Applications of Cichorioside G in Industrial Manufacturing

    Cichorioside G finds targeted industrial applications due to its unique functional properties and safety profile, serving as a specialized ingredient in regulated sectors. The following application scenarios outline its practical integration into downstream processes, presenting certified usage standards, proven formulation ratios, exact process inputs, and real finished products derived within each industry.

    1. Botanical Extracts for Nutraceuticals

    Demand for plant-derived glycosides in nutraceuticals drives the adoption of Cichorioside G as an active ingredient in functional food supplements targeting specific metabolic and digestive health markets. Downstream producers value its high solubility for aqueous and semi-solid dosage forms, while precise quality control from botanical extraction to tableting ensures compliance with stringent dietary ingredient norms.

    Industry compliance standards

    • US FDA 21 CFR Part 111 (Dietary Supplement cGMP)
    • European Food Safety Authority (EFSA) Botanicals Guideline
    • Pharmacopoeia Europaea Monograph for Herbal Drugs
    • China Food Safety Law for Health Food Raw Materials Catalogue

    Typical usage ratio

    • 0.2%–0.8% w/w in finished nutraceutical tablets or capsules
    • In powder blends for functional drinks: 0.05%–0.3% depending on activity claims and daily intake limit
    • Adjustment according to glycoside content specified in the product technical dossier

    Downstream process integration

    • Introduced post-extraction as a standardized concentrate into blending tanks during nutraceutical base preparation
    • Pre-blend with fillers as part of microgranulation step for uniform dosing
    • Incorporation verified by HPLC-based content analysis at in-process QC points

    Final product types

    • Functional dietary supplement tablets (metabolic support)
    • Capsules containing plant-glycoside active blends
    • Sachet stick-packs for beverage fortification
    • Botanical extract oral drops

    2. Flavor Ingredients for Herbal Beverages

    The mild bitterness and distinct aromatic profile of Cichorioside G enables beverage manufacturers to formulate authentic herbal infusions and wellness drinks in compliance with food safety and additive regulations. R&D teams leverage its natural status to create new product lines positioned as botanical alternatives to artificial bittering agents, particularly within the premium RTD tea and herbal shot segments.

    Industry compliance standards

    • EU Regulation (EC) No 1334/2008 on flavorings and certain food ingredients
    • GB 2760-2021 Standard for the Use of Food Additives (China)
    • GRAS Notice Filing (FDA, US market)
    • Good Manufacturing Practices for Beverage Production (FSSC 22000)

    Typical usage ratio

    • 0.005%–0.02% w/v in RTD herbal tea formulations
    • 0.015%–0.05% w/v in energy wellness shots
    • Adjust based on desired organoleptic profile and bitterness masking

    Downstream process integration

    • Direct addition during cold blending of beverage bases post-pasteurization to preserve glycoside integrity
    • Dissolved into flavor syrup components, followed by inline mixing with the bulk beverage solution
    • Batch dosed with controlled in-tank stirring under QC supervision to ensure homogeneous dispersion

    Final product types

    • Ready-to-drink herbal tea bottles
    • Non-alcoholic aperitif blends with botanical bittering
    • Functional shot beverages for retail convenience channels
    • Infused sparkling herbal waters (low-calorie)

    3. Pharmaceutical Herbal Extracts (API Intermediates)

    Pharmaceutical manufacturers incorporate Cichorioside G into the production of botanical drug intermediates, following monograph-defined procedures for traditional medicine and modern phytopharmaceuticals. Its controlled extraction, quantification, and purification enables downstream processing into high-purity intermediates, which subsequently undergo further transformation or inclusion in finished herbal medicinal products, governed by pharmacopeial and GMP standards.

    Industry compliance standards

    • Chinese Pharmacopoeia (ChP) monographs for herbal APIs
    • Good Manufacturing Practices for Active Pharmaceutical Ingredients (ICH Q7)
    • WHO Guidelines on Good Agricultural and Collection Practices (GACP) for Herbal Materials
    • European Pharmacopoeia, Herbal Drug Extracts Section

    Typical usage ratio

    • Standardized to 1%–3% by dry extract mass in API intermediate concentrate
    • Adjusted following titration of glycoside content as per finished product specification
    • Batch-to-batch standardization required for clinical consistency

    Downstream process integration

    • Purified extract introduced post-filtration into pharmaceutical intermediate tanks
    • Combination with excipients and stabilizers prior to granulation or lyophilization
    • Monitored using validated QC protocols for active marker quantification

    Final product types

    • Botanical API intermediates (for further drug formulation)
    • Standardized extract granules for TCM (Traditional Chinese Medicine) prescriptions
    • Herbal medicinal syrups for registered drug products
    • Glycoside marker reference materials for pharmacopoeial compliance testing

    4. Cosmetic Additive in Herbal Skin Care

    Within dermo-cosmetic manufacturing, formulators employ Cichorioside G as a botanical additive in herbal creams and lotions, capitalizing on its content of natural plant glycosides which are increasingly referenced by INCI databases. Its inclusion supports the clean-label trend for leave-on and rinse-off skin care products, specifically within brightening and anti-fatigue lines where glycoside-rich extracts deliver defined benefits under cosmetic regulations.

    Industry compliance standards

    • EU Cosmetic Regulation (EC) No 1223/2009
    • China NMPA (National Medical Products Administration) Plant Raw Material Catalogue
    • INCI registration for cosmetic ingredients
    • ISO 22716: Cosmetics Good Manufacturing Practices

    Typical usage ratio

    • 0.1%–0.4% by mass in emulsified lotions and creams
    • 0.05%–0.2% in facial serum and lightweight hydrogel products
    • Dosage tailored to product class and exposure regime as per safety dossier

    Downstream process integration

    • Introduced during the water phase preparation at controlled temperatures to maintain glycoside stability
    • Dispersed under high-shear mixing before emulsification step
    • Final inclusion reviewed using TOC (Total Organic Carbon) and glycoside marker analysis

    Final product types

    • Herbal facial creams targeting fatigue-prone skin
    • Moisturizing body lotions with plant extract complexes
    • Anti-dullness serums for skin brightening applications
    • Cleansing gels containing natural glycoside additives
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    Certification & Compliance
    More Introduction

    Cichorioside G by the Manufacturer: A Closer Look at an Authentic Botanical Glycoside

    Our Experience with Cichorioside G

    Over the past several years, we’ve watched the botanical extract market evolve at a rapid pace. Various compounds have moved in and out of the spotlight, but few have drawn the steady attention that Cichorioside G has found among both formulation innovators and research-driven teams. In our manufacturing facility, the work starts with a dedication to the unrefined roots of chicory, cultivated and collected with the timing and care that contribute directly to the targeted glycoside composition. Cichorioside G stands apart not because it is a recent discovery, but through the reliable, well-defined chemistry honed through countless extraction and purification batches. We have carried out numerous chromatographic runs, tracked process deviations, and learned which variables truly impact both purity and recovery yield. Unpredictable climate, batch origin, and extraction solvent ratios make differences that you cannot program into a system; these are factors humans solve with vigilance and experience, not shortcuts.

    The Product We Deliver: Model, Specifications, and Approach

    Our current model of Cichorioside G extraction focuses on capturing the target glycoside at greater than 98% purity (by HPLC), confirmed independently across three instruments. Moisture, solvent residues, and potential adulterants receive just as much scrutiny, not because a certificate asks for it, but because laboratories downstream rely on results, not statistics. Batch-to-batch differences do occur, as any compound from a living plant will demonstrate, but we keep them squarely within an acceptable margin. Each lot is not just pass/fail; it is thoroughly mapped, discussed, and adjusted for in real time.

    We meet orders in standardized quantities, typically 100 mg vials for research and fine chemical purposes, moving up in scale for commercial formulation partnerships. Secure packaging and labeling go through a second inspection step after initial filling. Many buyers inquire about granulation, micronization, or custom packaging, but our primary offering is the fine powder—unmodified—so as to preserve the native molecular structure. Only mild drying methods pass our review after extraction, which ensures Cichorioside G comes free of thermal degradation artifacts.

    Differences from Other Chicory Glycosides

    Cichorioside G has subtly yet clearly distinguished itself from its well-known cousins, such as cichoric acid, chlorogenic acid, and related flavonoid glycosides. From a manufacturing viewpoint, its stability under light and mild heat stands out, reducing off-batch rates and simplifying handling. In practice, this stability minimizes headaches for formulators—not just in bench samples, but in scale-up and shipment.

    Our analysis has also traced a longer shelf life and better organoleptic profile compared to more commonly referenced chicory actives. Where some glycosides tend to darken or develop bitterness under ambient storage, Cichorioside G has shown commendable retention of color and taste. This has implications for food and beverage formulators, as well as nutraceutical capsule or tablet use, because repeated client feedback highlights ease of integration without masking agents. The flavor and color stability do not guarantee zero interaction with other ingredients, of course; with hundreds of experiment records, it’s clear that each excipient system demands dedicated trials.

    Quality Control: More Than Checking Boxes

    Every serious chemical manufacturer will claim rigorous quality protocols. For Cichorioside G, oversimplified batch records or certificates aren’t enough. We believe every lot tells a story, sometimes subtle, but always revealing. Fines in an extraction run might signal a shift in chicory farm conditions during harvest—excess humidity, possibly a stretch of cool weather, often leave their signature in both the apical root content and the byproduct profile. Our lab staff trains not only for countable errors but for nuances picked up through hands-on batch work and repeat analytical confirmation.

    Independent testing remains routine for every serialized batch. Most customers expect a single chromatogram or retention time—our files stack with side-by-side comparisons including NMR, mass spectrometry, and occasionally even FTIR when unexplained anomalies pop up. No supplier can predict every incident, yet the hours poured into counterchecking and deconstructing irregularities have given us a solid reputation for addressing potential issues in advance.

    End Uses Backed by Real Experience

    Much of the market buzz builds around natural actives “branded” for trends. From what we’ve seen over years working with Cichorioside G, its true value lies in applications where traceability and reaction predictability make all the difference. One of the primary uses has come in cosmeceutical development, where product developers want an antioxidant presence with a reliable stability profile. The glycoside’s structure offers a robust backbone, not prone to rapid hydrolysis or oxidation, which has been observed in repeated accelerated stability tests done in-house and by our industry partners.

    Researchers working on inflammation and cardiovascular function also request Cichorioside G regularly. Orders come from academic institutions validating new mechanisms, as well as pharmaceutical labs aiming to benchmark against standard compounds. End users don’t just accept a vendor’s claims on “activity”—the real test always arrives through blinded comparisons and control studies. Our compound’s raw data sets, made available on demand, have shown consistent ROS inhibition and protective effects in well-controlled cell assays, though the results inevitably vary by model and method.

    As an actual producer, our experience working with biologists, clinical teams, and niche supplement brands has reinforced one lesson: documentation and transparency outlast promotional campaigns. We track every outgoing order, record feedback, and adjust lot parameters to reflect evolving needs articulated directly by our users.

    Navigating Complexity in Botanical Sourcing

    Sourcing chicory for consistent Cichorioside G output rips up any illusion of “one size fits all.” Over the years, we have learned not to rely on single-origin sourcing, as each year’s harvest brings its own set of surprises. Some seasons, the inulin content shifts to the high end; other years, the minor glycosides dominate. Our contracts now span several small-to-mid-sized chicory producers, each providing unique root chemotypes. The need for this flexibility traces directly to unpredictable climate fluctuations, regulatory changes, and shifting agricultural practices.

    Transport and storage introduce their own hurdles. Our on-site storage must maintain controlled humidity and temperature that keep pre-extraction roots viable for months without triggering spontaneous glycosidic cleavage. Storage managers monitor every pallet, logging temperature spikes and checking for biochemical outliers in sample lots. That’s real work, not just a ticked form or theoretical best practice.

    Process Integrity: Every Step Counts

    In our production facility, staff members know the subtle differences between extracting Cichorioside G and chemically similar analogues. Adjusting solvent polarities, fine-tuning pH during extraction, or choosing static extraction over percolation—these choices came from years of comparison trials, not manuals. If we cut corners, the result often shows up not right away, but through gradual declines: a drift in the HPLC curve, an unusual odor, or a scale-up problem that catches the next team off guard. We’ve gone through enough failed runs to spot these early, reject questionable intermediates, and recalibrate for the next cycle.

    From a technical point of view, we keep batch records handwritten as well as digitally logged, precisely because human error exists; dual records expose the skipped steps and illuminate “why” behind anomalies. Technicians who have handled hundreds of runs develop a tactile sense for solution clarity, precipitate texture, even the expected sound of a full vacuum line.

    Meeting Industry Shifts and Regulatory Demands

    Over the last decade, regulatory bodies have shifted their expectations for botanical extracts, expecting not just crude quantification but proof of cleanliness at the molecular level. We see these demands as forward progress, not just extra paperwork. Before official standards tightened, our processes had already incorporated LC-MS verification for possible synthetic analogues, pesticide compilations, and heavy metals. Now, our files read as living documents, updated and annotated as new governing guidelines emerge from around the world.

    Communication with regulatory consultants and customer compliance teams forms a core part of our weekly rhythm—summarizing test results, uploading new research, discussing ongoing changes in maximum residue limits. We welcome these interactions because regulatory clarity makes future production smoother for everyone.

    Environmental and Ethical Considerations

    We spend as much time talking agricultural stewardship as yield percentages. Cichorioside G production stems from a living plant, nurtured in real soil, dependent on the health of rural communities. Our relationships with growers prioritize not only crop quality but soil management, water use, and chemical input reduction. We check for residual herbicides and pesticides, not only to hit documentation targets but to protect both the end user and the earth that gives us our feedstock.

    Energy consumption receives equal scrutiny. Extraction equipment is regularly maintained to improve throughput and minimize resource wastage. Reused solvent streams, careful effluent monitoring, and ongoing research into greener extraction alternatives have reduced our overall process footprint. None of these steps resolve every challenge, but collectively, they reflect what a factory and its people can accomplish with shared intent.

    Continuous Refinement Through Feedback

    Critique and feedback from laboratories, academic partners, and commercial producers shape our development strategies for Cichorioside G. Sometimes these comments bring surprises—issues we thought minor loom large for certain end uses. For example, the shift to hypoallergenic intermediates for topical applications led us to reassess trace solvent profiles and invest in new analytical methods, not because a standard required it, but because a trusted client called out a concern.

    We treat every client’s challenge not as a defect, but as a growth opportunity. Our best improvements trace back to clear, direct feedback and a willingness to try alternate process parameters. When a commercial partner in the food sector pointed out concern over certain natural colorants, we adjusted root cleaning and handling to eliminate sources of off-color residues. These changes take time, require staff buy-in, and occasionally disrupt existing production schedules, but yield lasting improvements no outside consultant can anticipate.

    Internal audits play a critical role. We don’t wait for mishaps to occur or quality issues to accumulate before acting. Instead, production supervisors and on-the-ground teams establish regular review sessions, always with a mind to both immediate performance and broader context. Every missed mark, every error tallied, leads to a question: what changes stick for the long haul, and what’s merely a quick patch?

    The Role of Transparency in Building Trust

    In an environment crowded by brokers and third-party marketers, true manufacturers have an obligation to deliver more than just product. Cichorioside G, like any authentic extract, earns trust through traceable sourcing, thorough disclosure, and open access to production data. For our partners, trust is not an abstract idea, but a tested process. Transparency doesn't end at a published certificate; it runs through open dialogue and direct access to senior technical specialists, not just sales staff.

    As a rule, we enable buyers and regulatory reviewers alike to examine underlying data—be that spectral overlays, batch production histories, or sourcing documentation. Investors and industry collaborators find openness in our weekly documentation uploads, immediate notification of out-of-trend results, and candid discussion when a run does not meet internal benchmarks. Genuine transparency may complicate marketing, but it creates lasting relationships that no discount or promise can replace.

    Looking Forward: Stewards, Not Sellers

    Where many pass through chemical distribution, we stake our reputation on being hands-on producers with an eye for process improvement and ethical results. Cichorioside G exemplifies this approach: each gram reflects a balance of technical rigor, environmental respect, and honest documentation. By staying close to our chicory sources and monitoring every part of production, we have built more than a supply chain; we have fostered a practice rooted in patience, persistence, and unvarnished communication.

    Future work for us means investing in more sustainable agriculture, more intuitive batch management technology, and new analytic tools that reveal the unseen variables. We invite every partner and end user to scrutinize, collaborate, and challenge our methods, because only through close engagement and shared accountability do we improve—not just for one season, but for the generations who follow.

    Cichorioside G remains our flagship not because the world lacks alternatives, but because focus, transparency, and adaptability yield results you can measure, trust, and build on.