|
HS Code |
995689 |
| Product Name | Lactobacillus Paracasei Lpc-37 400B |
| Strain | Lactobacillus paracasei Lpc-37 |
| Cfu | 400 billion |
| Form | powder |
| Usage | dietary supplement |
| Shelf Life | typically 24 months |
| Storage Condition | cool, dry place |
| Main Function | supports digestive health |
| Origin | fermented dairy |
| Application | capsules, sachets, functional foods |
| Allergen Status | dairy-free |
| Heat Resistance | moderate |
| Delivery Format | bulk or finished product |
| Target Audience | adults |
| Country Of Manufacture | varies by supplier |
As an accredited Lactobacillus Paracasei Lpc-37 400B factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | White foil pouch labeled "Lactobacillus Paracasei Lpc-37 400B, Net Weight: 100g, Store at -18°C, sealed for freshness." |
| Shipping | Lactobacillus paracasei Lpc-37 400B is shipped as a freeze-dried powder in airtight, moisture-resistant containers under cold chain conditions. It should be transported and stored at 2–8°C to maintain viability. Shipping includes insulated packaging with gel packs or dry ice, and transit time is minimized to preserve product integrity. |
| Storage | Lactobacillus Paracasei Lpc-37 400B should be stored in a cool, dry place, preferably at temperatures below 8°C (refrigerated). The product must be kept in its original, airtight packaging, protected from light, moisture, and strong odors to maintain viability. Ensure the storage area is clean and isolated from contaminants. Avoid repeated freeze-thaw cycles for optimal stability and shelf life. |
| CFU Count: Lactobacillus Paracasei Lpc-37 400B with ≥400 billion CFU/g is used in probiotic dairy formulations, where it enhances gut microbiota viability and stability. Viability: Lactobacillus Paracasei Lpc-37 400B with high freeze-drying viability (>90%) is used in capsule supplements, where it ensures effective delivery of active cultures. Stability Temperature: Lactobacillus Paracasei Lpc-37 400B stable at 25°C is used in ambient yogurts, where it maintains probiotic potency without refrigeration. Particle Size: Lactobacillus Paracasei Lpc-37 400B with microencapsulated particle size <50 µm is used in powdered drink mixes, where it improves dispersion and homogeneous blending. Purity: Lactobacillus Paracasei Lpc-37 400B with ≥99% microbiological purity is used in pediatric nutrition products, where it reduces contamination risk and supports safety standards. Moisture Content: Lactobacillus Paracasei Lpc-37 400B with moisture content <5% is used in direct compression tablets, where it prolongs shelf life and prevents microbial degradation. Shelf Life: Lactobacillus Paracasei Lpc-37 400B with 24-month validated shelf life is used in ready-to-market probiotic sachets, where it guarantees long-term strain activity. pH Tolerance: Lactobacillus Paracasei Lpc-37 400B with pH resistance 2.5–8.0 is used in functional beverages, where it survives gastric transit for enhanced colonization. Oxygen Tolerance: Lactobacillus Paracasei Lpc-37 400B with high oxygen resistance is used in ambient storage snacks, where it retains live cell counts during processing and storage. Heat Resistance: Lactobacillus Paracasei Lpc-37 400B with heat tolerance up to 55°C is used in pasteurized juice products, where it sustains viability through moderate thermal processing. |
Competitive Lactobacillus Paracasei Lpc-37 400B prices that fit your budget—flexible terms and customized quotes for every order.
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We have produced Lactobacillus paracasei Lpc-37 for over two decades, watching customer demands evolve and science catch up to the value inherent in robust, stable probiotic preparations. Lpc-37 has earned a solid place in the health and food industries, and every batch leaving our line still gets the same attention as the first. Handling probiotics like Lpc-37 means respecting the delicate biology while meeting the expectations that come from years of feedback from supplement and food product developers.
Our process starts with a single strain, specifically isolated and identified as Lpc-37, then grown under tightly controlled conditions that avoid contamination and maintain purity. Over years of rounds, we have honed each part of the workflow for consistency, so our customers see little variation in each lot.
Lactobacillus paracasei Lpc-37 at 400 billion CFU per gram isn’t just about high counts. Customers ask for this strength because certain applications—especially capsules, stick packs, and direct powder forms—require concentrated potency to deliver shelf-life promises and to stand up to hurdles during product formulation.
Our direct clients—major nutraceutical brands and dairy producers—tell us the most vital factor isn’t just if the strain survives, but how easily it blends, how it stands up to their own formulation steps, and whether it keeps counts through heat and storage. Our Lpc-37 at 400B comes in a freeze-dried powder, allowing seamless inclusion into finished products without complicated rehydration or additional steps. Our operators make sure the powder runs consistent and fine to meet automated packaging demands.
We see Lpc-37 400B requested for its documented benefits in gut health, immune support, and even mood balance. Customers often cite studies where Lpc-37 was tested in clinical trials for digestive function, and bring us complex formulations for all ages, from infant blends to senior-specific supplements. Across the board, they need solutions that can be certified allergen-free, meet vegan requirements, and convey a clear lineage from strain to final batch.
Compared to our other offerings—such as L. acidophilus or B. lactis—Lpc-37 stands apart for its stress resilience and versatility in applications. When we process Lpc-37, the strain survives particularly well during lyophilization and blending. Our internal quality checks show Lpc-37 maintaining counts after exposure to moderate heat and humidity, outperforming several other probiotics at similar concentrations.
Customers investing in high-end supplements often select Lpc-37 after comparing batch-to-batch CFU decay rates across their supply chain. We hear from formulation scientists who have run their own trials; they explain Lpc-37 consistently delivers post-production cell counts more reliably than many alternatives. In markets subject to high transport temperatures or long shelf periods, Lpc-37’s inherent stability relieves a top concern, keeping the cost of overages—adding extra cells to ensure label claims—less burdensome.
From our side, that reliability means fewer customer support queries, fewer returned batches, and less troubleshooting when third parties blend into multistrain products. We have learned that our Lpc-37 handles the compression and compaction steps in tablet making with lower loss, and the taste is mild compared to L. reuteri or other acid-making strains, giving finished foods and beverages a cleaner sensory profile. We have sent out Lpc-37 400B for use in yogurts, protein shakes, and heat-processed snack foods; its robustness makes it suitable for a wider scope than some more fragile competitors.
Every production run reminds us that viability is only part of the equation. We keep the process simple but rigorous, growing under conditions that keep stress low, then concentrating with a carefully selected cryoprotectant matrix before freeze-drying. Lpc-37’s resilience is not accidental. Generations of in-house optimization—down to the right carbohydrate backbone for freeze-drying media—have shaped how robustly Lpc-37 manages both the stresses during processing and those faced later, during shipping or storage in finished goods.
Lab technicians regularly test sample aliquots at every major step. Test results get logged in real time. We check compatibility in different popular excipients, such as maltodextrin and inulin, then send finished powder to outside labs for independent enumeration when a new client requests. Lpc-37 400B consistently passes these checks with higher recovery than many alternatives. These points matter more when the product is headed into demanding pharmaceutical-grade lines or international shipping.
We keep clear documentation, not just because of audits, but because repeatability defines trust. Clients demand detailed traceability. Every vial gets barcoded; every batch yields transparency from source to shipment. Years of this regimen make Lpc-37 a strain manufacturers turn to when regulatory scrutiny and QA standards are strict.
Healthcare professionals and formulators made Lpc-37 400B into a staple based on accruing data showing strong survivability and physiological benefit. Over the years, our team has tracked the explosion in research, especially in gut-brain axis studies, and we have partnered with independent researchers to confirm that our process maintains the genetic and functional identity seen in published studies.
We've watched specific publications drive surges in interest. For instance, when clinical trial evidence showed children given Lpc-37 experienced reduced frequency and duration of diarrhea, supplement lines shifted formulations. Our technical sales team got questions about heat and mechanical stress. We adapted, running longer in-house stress tests and preparing expedited samples for brand R&D departments. That hands-on, agile approach wins repeat customers. We continue to watch fresh science, and when results point to a new era—such as Lpc-37’s potential in managing IBS symptoms or supporting mental wellness—we test alongside clients to assure our production matches what the science expects.
The demand is more than trend. Incoming inquiries reveal real needs: manufacturers want probiotics proven in trials using the same strain they can actually obtain. Being a primary producer, we document microbe lineage, lot testing, and strain identification by both phenotypic and genetic means to satisfy both regulatory demands and science-driven customers.
Our clients formulate with Lpc-37 to answer real consumer problems. In the supplement space, it appears in capsules targeting digestive health. Producers highlight Lpc-37 in infant drops, because it dovetails with research around healthy gut flora development in early childhood, and predictably remains viable in suspension.
Food technologists add Lpc-37 400B to yogurts, smoothies, and even chocolate-coated snacks, making use of the strain’s ability to tolerate mild processing heat without dramatic cell loss. Where other strains show drop-off or a sharp tang developing in the finished product, Lpc-37 stands out for its neutral impact and survival.
Functional beverage lines favor this powder for compatibility in mixes aiming to deliver both protein and probiotic value. We work with R&D labs that routinely run shelf-life, refrigeration, and unopened storage trials with our powder—Lpc-37 passes for six, twelve, and sometimes eighteen months, maintaining enumeration within label targets.
Our chain includes artisan food producers and major global CPG brands. They require flexible sizing—sometimes finished dose-ready sticks, sometimes kilogram quantities. Our packaging teams built options from bulk to small-pouch, all nitrogen-flushed, based on years of feedback from customers frustrated by moisture or oxygen intrusion in other suppliers’ products.
Our direct customer interactions reveal the depth of knowledge required to make probiotics practical. Most product designers want more than proof-of-concept—they need a daily-run supply that acts consistent, regardless of the time of year, humidity, or downstream handling steps.
We regularly open the doors for contract partners to observe our protocols. Sometimes, a partner brings in an unusual blending carrier or requests trials with a specific excipient. R&D teams value our willingness to walk the process end-to-end, sometimes adjusting the output to fit a need, such as micronizing the powder for dispersibility in certain beverage platforms.
Ingredient buyers check for product with robust documentation departments, global regulatory dossier support, and on-call technical support who understand both cell biology and end-product design. Over decades, we’ve brought in scientists from both fermentation and quality backgrounds to ensure that Lpc-37 supports every link in the production chain.
Technical dialogue shapes every change. For example, we only shifted our primary carrier blend after repeat input from a multinational dairy customer who documented improved moisture protection with unique carbohydrates. Our own process data matched their findings, and batch survivability improved. The entire production cycle, from inoculation through freeze-drying and packing, now leans on that collaboration.
Pushing viable counts to 400B per gram is demanding. The living cells resist crowding, and the freeze-drying process alone takes precision and constant adjustment to environmental factors: temperature, humidity, pH, and nutrient supply. We built redundancy into our controls: backup sensors, real-time cloud-based tracking, in-process samples for enumeration, frequent recalibration of dosing instruments.
Power outages, process interruptions, or sudden shifts in raw material quality get caught fast and isolated. We invested early in backup generator capacity, cold room redundancy, and remote monitoring so that even during natural disasters or infrastructure failures, Lpc-37 production holds steady. Clients rarely see these disruptions because years of investment shield the process.
Finished powder must survive passage across continents, through warehouses that may or may not observe storage guidelines. Heavy shipping periods in the heat push the limits, so every truckload and air shipment gets a full QA sign-off before departure. Container temperature loggers, desiccant checks, and trained logistics partners give our customers confidence that the powder that leaves our plant still meets their product label no matter the journey.
With health authorities raising requirements, we prioritized broad-spectrum microbiological testing—beyond CFU counts, we screen for contamination, antibiotic resistance, and ensure non-GMO identities for each master cell bank refresh. Our system gives both domestic and export customers a clear path from mother culture to each product batch’s COA.
Routine reference checks in outside labs verify no drift. Strain-specific identification with PCR and genome sequencing addresses questions from novel food regulators in both the EU and Asia-Pacific. We maintain long-term samples for possible client or regulatory rechecks for several years, not just the minimum required.
QA teams review reports with each batch, considering input from regulatory changes globally—especially for infant and clinical supplement uses. We use standardized data collection but retain flexibility to produce new documentation forms as required by partners in new markets.
Probiotics have become a global industry, and Lpc-37 400B features in formulations for export. Regulatory expectations in North America, the EU, East Asia, and the Middle East diverge, but the same batch moves between markets because our compliance and data package anticipate most regional nuances. We have adapted labels and supporting documentation for ingredient import scrutiny, but the substance stands up: survivors, purity, and labeling match up regardless of end market.
Years of back-and-forth with border inspectors, nutritionists, and food safety agencies led to steady improvements in documentation and process description. By staying close to both the regulatory sector and direct-to-consumer trends, we anticipate new requests—like substantiating claims for stress management or providing material for research clinics working on emerging health endpoints.
Producing Lpc-37 400B means constantly adapting and listening—for both biological and business health. The market expects more: greater purity, better survivability, and a path to next-generation research. Our plant team meets weekly with quality and R&D, trading notes on every complaint, suggestion, or novel use case from the last batch. Feedback from clients directly fuels our next wave of small-batch experiments and process tweaks.
We see rising interest in sustainable sourcing, lower carbon production, and traceability down to the farm level for fermentation media. While the live cell is tiny, the ecosystem providing that cell now attracts the same scrutiny as the microbe’s genome. We invest in cleaner energy, better insulation, and packaging made from recycled materials, starting with Lpc-37 lines.
Manufacturing is only as good as its ability to solve a partner’s problem. Lpc-37’s legacy lies not only in published science but in the durability and dependability of the product as it moves from our floor to yours. Every step—from harvest tanks to sealed bags—reflects our aim to build not just a commodity, but a trusted part of health solutions for years to come.