High-yield microbial culture components supplying global biotechnology and pharmaceutical operations.
Factory-grade carbon source and growth-promoting nutrient formulation.
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Essential formulation raw materials for fungal and industrial bacterial cultures.
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Non-GMO botanical nitrogen source for biotechnology and fermentation.
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Premium amino acid source maximizing biomass yield in biological processes.
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Nutrient-rich animal infusion powder tailored for industrial bio-reactors.
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High-quality enzymatically digested milk protein for premium culture lines.
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Highly soluble nitrogen fraction for strict biological fermentation specs.
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High purity culture substrate enhancing fungal development and colony counts.
View Details →Expertise, Innovation, and Global Reliability
Beijing Hongrun Baoshun Technology Co., Ltd., established in 2008 in the Science and Technology Innovation Area of the China (Beijing) Pilot Free Trade Zone, has grown into a leading national "High-Tech Enterprise" and a "Zhongguancun High-Tech Enterprise." We specialize in the research, development, and high-volume manufacture of microbial culture media, peptones, yeast extracts, and nutrient formulations essential for biological manufacturing, including complex metabolic processes like homolactic fermentation.
In 2018, we expanded our industrial reach by building a state-of-the-art production base in the Qili Industrial Park of Langzhong, Sichuan. Spanning over 40,000 square meters of production facilities and 20,000 square meters of modern warehousing, this facility houses separate, dedicated lines for animal-derived and plant-derived products. With a workforce of over 100 specialists, we offer customized raw material specifications, consistent batch-to-batch quality, and reliable global distribution.
Maximizing lactic acid yield through precise nitrogen and carbon optimization.
Homolactic fermentation is a highly efficient metabolic process where lactic acid bacteria (LAB) convert sugars (primarily glucose) almost exclusively into lactic acid via the Embden-Meyerhof-Parnas (EMP) pathway. For industries producing biodegradable plastics (PLA), bio-preservatives, and pharmaceutical-grade lactic acid, ensuring the purity and rate of this fermentation is critical.
Unlike heterolactic pathways, which generate CO2 and ethanol alongside lactate, homolactic fermentation requires highly specific nutritional parameters. Fastidious LAB strains, such as Lactobacillus casei and Lactobacillus acidophilus, lack the metabolic machinery to synthesize many essential amino acids and B vitamins. Therefore, high-purity nitrogen sources like soy peptone, yeast extracts, and casein tryptone act as catalytic boosters, ensuring rapid cell density growth and maximizing lactate conversion rates.
Meeting diverse market needs through precise customization and industry-focused solutions.
Pharmaceutical-grade peptones provide the ultra-pure nitrogen source required for cultivating vaccine strains, therapeutic proteins, and monoclonal antibodies without toxic by-products.
Used in the dairy and food processing industry to cultivate highly active lactic acid bacteria starter cultures, ensuring fast acidification and consistent product texture.
Optimizing organic acid, enzyme, and biopolymer (such as PLA) yields through high-concentration nitrogen infusions that maintain long-term bacterial cell viability.
Formulating active biological fertilizers and biopesticides. Plant-based peptones and potato extracts boost beneficial soil microbe counts safely and effectively.
Replacing synthetic chemical feed supplements with premium microbial nutrients to improve digestion, disease resistance, and water quality control.
Continuous genetic changes in industrial bacterial strains necessitate customizable culture solutions. We modify peptide profiles to fit specific bioreactor requirements.
Enabling safe, scalable, and trace-free biological processing.
To comply with stringent international safety and vegetarian/vegan regulations, we operate completely separate production lines for animal-derived and plant-derived ingredients. This prevents cross-contamination and ensures raw materials like Soy Peptone and Wheat Peptone remain 100% animal-free.
Our quality control protocol guarantees that no batch leaves our facility without passing multiple high-performance liquid chromatography (HPLC) tests, solubility analyses, and microbial limit testing. This strict process ensures high batch-to-batch consistency for industrial bioreactors.
Every step of our production process, from raw material procurement to enzymatic hydrolysis and spray drying, follows certified quality management procedures.
We meet global dietary compliance requirements, enabling food-grade fermentation producers to supply global halal markets confidently.
How we ensure stable supply and cost-effective distribution to international buyers.
In modern industrial biotechnology, supply chain stability directly impacts production efficiency. Located inLangzhong, Sichuan, our manufacturing hub relies on stable domestic agricultural networks for raw inputs like corn and potatoes. This location provides significant benefits, shielding our operations from global commodity fluctuations and keeping raw material costs steady.
Additionally, our 20,000-square-meter warehouse maintains a continuous safety stock of major peptones, extracts, and custom media formulations. This setup drastically shortens transit times, allowing us to ship high-purity products to North American, European, and Southeast Asian ports within weeks. Through our five specialized subsidiaries—including Beijing Yaoyou Technology and Sichuan Baoshun Biotechnology—we cover the entire supply pipeline, from scientific research and custom blending to logistics and after-sales support.
Why leading biotechnology firms rely on our products for their industrial bioprocesses.
We supply a wide range of microbial fermentation materials from animal, plant, and yeast sources, ensuring you find the right option for your specific process.
Our completely in-house manufacturing process provides total control over output volume, raw materials, and delivery timelines.
Utilizing advanced enzymatic hydrolysis, filtration, and refining techniques, we deliver high-purity ingredients that reduce process variance.
We offer up to 500g of free product samples (excluding shipping fees), allowing you to verify compatibility and performance before ordering.
Our R&D team can adjust parameters like total nitrogen, amino nitrogen, and peptide distribution to match your strain requirements.
Our sales team communicates fluently across multiple languages, ensuring smooth transactions and technical consultations.
Answering common questions about biological culture media and industrial fermentation.
Homolactic fermentation uses the Embden-Meyerhof-Parnas (EMP) metabolic pathway to convert glucose almost entirely (typically over 90%) into lactic acid. Heterolactic fermentation, on the other hand, utilizes the phosphoketolase pathway, producing lactic acid alongside carbon dioxide, ethanol, or acetic acid. Industrial applications focusing on lactic acid production prefer homolactic strains to maximize yield and simplify purification.
Lactic acid bacteria are fastidious organisms with complex nutritional requirements. They cannot synthesize all the amino acids, vitamins, and nucleic bases they need to grow. Peptones provide essential pre-digested peptide chains and free amino acids, allowing the bacteria to allocate more metabolic energy to cell division and lactic acid production instead of synthesizing nutrients.
Yeast extract paste is highly soluble and contains abundant B-complex vitamins, purines, pyrimidines, and amino acids. These act as cofactors and growth stimulants that accelerate microbial growth, shortening the lag phase in bioreactors and increasing total productivity.
Yes. Modern non-GMO plant-derived nitrogen sources, such as soy peptone and wheat peptone, are highly refined to match the amino acid profile of animal-derived tryptone. Additionally, they reduce the risk of Transmissible Spongiform Encephalopathy (TSE/BSE) contamination, making them ideal for modern pharmaceutical and animal-free bioprocesses.
We maintain strict control over our raw materials and employ automated, standardized hydrolysis and spray-drying processes. Each batch undergoes rigorous HPLC and molecular weight testing to ensure that the chemical profile remains consistent across shipments.
Our manufacturing facilities are certified under the ISO 9001:2015 Quality Management System and hold MUI Halal certification. These credentials verify that our production lines meet strict quality, traceability, and dietary requirements.
Yes. We support custom adjustments to parameters like solubility, nitrogen content, moisture levels, and pH. Our R&D team can customize formulations to match the nutritional needs of your specific production strains.
For standard products kept in stock at our 20,000-square-meter warehouse, we can dispatch shipments within 3 to 7 business days. Custom formulations generally take between 2 and 4 weeks, depending on the scale and complexity of the order.
Yes, we provide up to 500g of free product samples per item. This allows you to evaluate compatibility and performance in your own laboratory or pilot facility before committing to bulk purchases.
Our Sichuan production base features completely independent processing lines, air filtration systems, and packaging stations for plant and animal products, eliminating any risk of cross-contact.
High-yield fermentation ingredients and customized media solutions from a trusted factory partner.
Essential organic nitrogen and growth factor source for fastidious microbial cultures.
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Premium nitrogen source promoting fast biomass build-up in large-scale fermentations.
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Concentrated yeast extract providing high levels of vitamins and nucleotides.
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Highly soluble nutrient source designed to optimize microbial fermentation yields.
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High-purity dehydrated culture media component for industrial research.
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Refined carbohydrate and nutrient source for fungal and bacterial cultures.
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Premium digested protein providing highly consistent amino acid levels.
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Natural carbon and nutrient substrate promoting robust microbial growth.
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Hongrun Baoshun