|
HS Code |
414365 |
| name | Scopolamine Root Extract |
| source_plant | Scopolia or Hyoscyamus species |
| active_compound | Scopolamine |
| appearance | Brownish powder |
| solubility | Soluble in alcohol and slightly soluble in water |
| taste | Bitter |
| odor | Characteristic herbal smell |
| extraction_method | Solvent extraction |
| purity | Varies, typically 98% for standardized extract |
| main_use | Pharmaceutical and research purposes |
| alkaloid_content | 0.1% to 1% depending on standardization |
| storage_conditions | Cool, dry, and away from direct sunlight |
| country_of_origin | Varies (commonly China or India) |
| potential_allergens | Generally none reported |
| risk_of_toxicity | High if improperly dosed |
As an accredited Scopolamine Root Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | White, opaque plastic bottle labeled "Scopolamine Root Extract, 50g." Tamper-evident seal, lot number, hazard warnings, and handling instructions displayed. |
| Shipping | Scopolamine Root Extract is shipped in secure, leak-proof containers, compliant with chemical safety regulations. It is packaged to prevent exposure to light, moisture, and contaminants, and labeled clearly for identification. Shipping includes appropriate hazard documentation and is expedited via trusted couriers to maintain product integrity and ensure timely delivery. |
| Storage | Scopolamine Root Extract should be stored in a tightly sealed container, protected from light, moisture, and direct heat. Keep it in a cool, dry, and well-ventilated area, ideally at a temperature between 2°C and 8°C (refrigerated). Ensure proper labeling, and restrict access to authorized personnel only, as it is a potent and potentially hazardous substance. |
| Purity 98%: Scopolamine Root Extract with 98% purity is used in transdermal patch formulations, where it ensures high bioavailability and consistent drug delivery. Particle Size <10 µm: Scopolamine Root Extract with particle size less than 10 µm is used in oral suspensions, where it facilitates rapid dissolution and enhanced absorption. Viscosity Grade 150 cps: Scopolamine Root Extract at a viscosity grade of 150 cps is used in ophthalmic gels, where it provides prolonged mucosal retention and uniform drug diffusion. Stability Temperature up to 40°C: Scopolamine Root Extract stable up to 40°C is used in tropical climate storage, where it maintains chemical integrity and formulation efficacy. Melting Point 57°C: Scopolamine Root Extract with a melting point of 57°C is used in sustained-release tablets, where it supports precise control of release profiles. Moisture Content <1%: Scopolamine Root Extract with moisture content below 1% is used in lyophilized formulations, where it achieves improved shelf life and reduced risk of hydrolysis. Assay by HPLC >97%: Scopolamine Root Extract assayed by HPLC over 97% is used in pharmaceutical compounding, where it guarantees active ingredient consistency and potency. Solubility in Ethanol >95%: Scopolamine Root Extract with solubility in ethanol above 95% is used in liquid extracts, where it enables high concentration preparations and homogeneous solutions. Residual Solvents <0.5 ppm: Scopolamine Root Extract with residual solvents under 0.5 ppm is used in injectable solutions, where it minimizes toxicity risk and meets regulatory standards. Microbial Limit <100 CFU/g: Scopolamine Root Extract with a microbial limit below 100 CFU/g is used in sterile injectable applications, where it assures microbiological safety and patient protection. |
Competitive Scopolamine Root Extract prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
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As a manufacturer with decades of experience in plant bioactives, we see the story of scopolamine root extract unfold from seed to finished drum. It isn’t enough to source a tub of fine powder or lightly dried roots and call it a day. The raw plant Hemlock and other Solanaceae relatives send up delicate signals in both chemistry and safety—testing both skill and responsibility from horticulture through tumbling centrifuge. A trader or distributor often only sees the finished good; for us, every harvest, every soil test, and every campaign of refining impacts the result.
Our own production runs on a controlled seasonal schedule. Growth conditions—water stress, shade, local fungal counts, and root maturity—shape total alkaloid yields and ratios. Over many seasons, we’ve logged these changes batch by batch. We do not “standardize after the fact” by blending away variability; we tailor extraction parameters to each crop. That means the scopolamine content in our extract reflects real biology, confirmed by HPLC and checked independently in our own lab, before we prepare anything for commercial use.
For scopolamine root extract, we categorize product runs as Model SCE-90, SCE-80, and SCE-70, with the number indicating minimum assay percentage of total scopolamine alkaloids. SCE-90 is reserved for advanced pharmaceutical applications and requires extra isolation steps. SCE-80 suits all major research and development needs where a robust concentration of actives is required, for instance, in CNS pharmacology, or as a precursor in anti-motion sickness products. SCE-70 is requested mostly by smaller firms designing transdermal patches or custom formulations, seeking a balance between potency and price.
Particulars like lot size and packaging come down to end-use and regulatory path. We mostly supply in kilo-scale vacuum packs or fiber drums lined with food-grade film. Fine-milling acts as a finishing step, but we avoid over-pulverizing roots to retain stability and limit degradation. All processing is internal—a closed loop from harvested root to finished extract ensures lot traceability at every step.
Consistent solvent ratios, cleanroom finishing, negative-pressure containment, and multiple independent checkpoints keep the risk of contaminant carryover minimal. Alkaloid fingerprinting via HPLC-UV and cross-confirmation with NMR and mass spectrometry allow us to report actual scopolamine percentages with confidence. Records remain on hand for every batch, open to inspection by regular customers or auditors.
Most customers arrive with a technical brief, often dictated by downstream manufacturing constraints. Transdermal patch producers find that SCE-80 can blend straight into their sol-gel carriers, while researchers testing scopolamine as a research tool in cognitive science request custom dilution or alternate solvents tailored to their instrumentation limits. We have witnessed the challenges in scale-up, particularly where suppliers switch sources and run into solubility or stability issues. Quality at the raw extract level prevents those headaches later.
Product development teams benefit from consistency when validating dosing for motion sickness devices or medications for post-operative nausea. We see firms moving away from wild-harvested starting materials—unpredicted contaminants or low actives force costly delays, often at the regulatory filing stage. By handling our own agronomy and harvest planning, we can promise that each batch follows the declared phytochemistry, minimizing the chance of last-minute surprises that can kill a launch or clinical campaign.
Some industries chase maximum purity, but our experience shows that overly aggressive purification sometimes leaves final extracts less stable and hard to process further. We fine-tune each extraction run to a target profile aligned with use: higher scopolamine for injectable or patch products, broad-spectrum alkaloid peaks for research and analytic standards. Regulatory affairs teams want to see supporting technical files that prove claimed content and absence of pesticides or heavy metals. We provide these, backed by traceable and regularly updated in-house protocols.
Raw material in natural products brings endless questions of source, quality, and fit. Most market alternatives come filtered through brokers or traders, sometimes with vague origins or uneven history. The real difference in our scopolamine root extract lands in three areas: traceable cultivation, hard-won production controls, and unwavering transparency.
Farms growing the root under our direction avoid off-label chemicals and harvest too soon or too late— both of which cause alkaloid ratios to swing wildly. Trading houses often prioritize volume over quality. As primary producer, we plan root cycle calendar in coordination with research partners to optimize chemistry, not simply yield. A high count of scopolamine isn’t the sole measure of value; ratio to other alkaloids (hyoscyamine, atropine) can shift downstream solubility and bioactivity. Our approach studies the full fingerprint, not just headline numbers.
Extracts that look similar on paper can behave very differently in the plant or patch or preclinical assay. Across dozens of customer feedback cycles, we’ve tracked how stability in the extract format changes shelf life and outcome reliability in both medical and R&D settings. Our technical managers check formulation compatibility for each new customer use. Small changes in pH, residual solvent, or fine root fiber can trigger crystallization or dropouts in semi-solid blends—details we encounter because we make every kilo ourselves, not just arrange shipment.
When firms compare our scopolamine extract to third-party products, they see documented batch-to-batch data rather than quick certificates. We’re often called after a trial run with generic extract leads to failed filtration or end-product instability. With regular supply, advice, and site visits, we address variables before they become line-stopping bottlenecks.
The biosynthesis of scopolamine in native plants remains high-variability by nature. Working upstream, we influence major outcomes: driving better yields with less waste, teaching new farmers about the careful balance needed for medicinal roots, and investing in automated drying and milling equipment. Downstream, we empower new applications in neuroscience or antiemetic therapy by guaranteeing reliable starting material.
Some users operate at the front lines of cognitive disorder research; others seek scopolamine as a core input for commercial motion sickness devices or patches for clinical or offshore use. Both groups bring intense scrutiny from regulators and final consumers. By offering extracts with known content, verified safety data, and open technical history, we build trust that a document—no matter how official—cannot replace.
Unlike generalists or third-party aggregators, our investment in scopolamine extract reaches into every aspect of the crop. Disease pressure in the field shifts the final active load; rainfall windows change fiber content and dry-down speed. We optimize soak and solvent steps, real-time monitoring extraction to catch batch deviations before it becomes a problem. Having built extraction reactors from initial CAD design, we know exactly which gaskets and seals influence purity or which agitation speed brings tightest control. Each of these technical choices is traceable back to QC records and performance data, not lost in a supply chain of shifting vendor names.
Alkaloid regulation changes nearly every season, as authorities update guidelines for controlled chemical content. Local variations in legal status or export controls mean only direct management of raw material and content ensures product clears every checkpoint. Having our own compliance office, keeping ahead of upcoming regulatory shifts, we can inform partners of changes and work through new technical documentation as it happens.
Climate trends affect both crop size and alkaloid profile. Drought events in one year can mean half the active content in the following season. By running real-time analyses, we forecast root chemistry and shift extraction volume or process sequence to account for environmental swings. These predictive steps mean customers keep quality through unpredictable seasons.
Adulteration risks remain present in botanical chemicals. As price pressure builds and demand grows, some traders dilute genuine extract with fillers or non-active materials. Because we run every batch through internal and external validation, including ultraviolet scans, mass spec, and bioburden sweeps, our customers know the label matches the drum. Counterfeiters can’t keep up with documentation extending from field planting logs to ISO audit reports.
Shelf stability is more than a label date. Experience tells us that light, temperature, and carrier solvent make far more difference than many realize. We analyze shelf parameters by accelerated aging and live field use, giving customers actual data so they can match shipping and storage to use-by dates with real safety margin. Feedback cycles with high-volume pharmaceutical users help us tune protocols so that even cold-climate or high-humidity destinations receive potent extract, ready for direct use.
Biopharma and specialty device companies rely on precision, not averages. The difference between a project moving forward and stalling in formulation often turns on details in raw extract: trace fiber, residual solvent, hidden pH shifts, or microcrystalline precipitation a month into storage. Standard ordering through agents sands off the red flags. By making scopolamine extract end-to-end ourselves, we can support technical root cause analysis if trials fail or spec sheets diverge from expectation.
With new technologies arising in CNS research, psychological challenge testing, and even veterinary applications, requirements move faster than basic product descriptions. We answer questions about custom solvents, co-extractants, or analytic panel expansions, powered by a decade-long library of internal records. Our team works with university, biotech, and clinical partners to turn hard-won agronomic and manufacturing knowledge into improved products and reduced clinical surprises.
We do not believe that extract quality stops at the batch. Follow-on technical support often reveals that minor changes in processing at the upstream end bring downstream benefits for both users and patients. Regular communication and logistic predictability mean customers do not face last-minute ingredient substitutions or unexplained delays. These efforts bring product launches on schedule and clinical programs through review with fewer regulatory headaches.
Scopolamine root extract stands under tighter scrutiny than ever with regulators and buyers worldwide. Its importance in neurological research and motion-related therapies means purity and full traceability act as non-negotiable demands. Our long-term planning—crop rotations, backup farm plots, scheduled annual audits—prevents supply shocks and ensures uninterrupted service, even when competitors run out or cut corners.
This commitment extends to open technical visits and full document access. Customers can view our operations, walk fields, review QC reports, or inspect production first-hand. These steps root our reputation in demonstrable action. As regulators increase oversight and brands seek absolute confidence in their ingredient streams, open-door supply chains will become the new normal, not a specialty offering.
Looking forward, we invest not only in refining extraction methods but in the scientific partnerships that uncover new uses or dosage forms for scopolamine root extract. We back up every product batch with approachable, expert staff and documented experience, aiming for more than transactional sales: we build relationships that support innovation and regulatory certainty worldwide.