Bio-Agriculture Nutrient for Cell Culture

ART-MN-013 is designed for microbial nutrition and upstream bioprocess media development where yeast-origin nutrients are used to support robust growth environments. The product is not a live yeast inoculant; CFU/g is not the functional specification. Instead, procurement and R&D teams evaluate it by chemical composition, solubility behavior, nitrogen contribution, ash, pH, moisture, and lot-to-lot consistency. Typical commercial targets may include moisture not more than 6.0%, protein by N×6.25 in the 45-60% range, total nitrogen 8-11%, amino nitrogen not less than 3.0%, ash 8-15%, and pH 5.0-7.0 in a 2% aqueous solution, with final values confirmed by Certificate of Analysis.

The matrix can be considered for cell culture feed development, seed-train support, microbial fermentation, and bio-agriculture process inputs where a yeast-derived nutrient stream is preferred over single-chemical supplementation. It may contain naturally occurring peptides, free amino acids, B-complex nutritional factors, nucleotides, and cell wall components such as beta-glucan and mannan fractions, depending on the confirmed production grade. For related upstream ingredients, see microbial nutrition and fermentation products, or contact ArtemisYeast for grade selection when osmolality, endotoxin expectation, or low-bioburden processing is important.

• Biopharma upstream cell culture: evaluation as a yeast-origin nutrient supplement in research, process development, and industrial cell culture workflows; suitability depends on the final media design and customer validation.
• Microbial fermentation media: organic nitrogen, peptides, minerals, and growth-factor contribution for bacterial, yeast, and fungal fermentation systems used in enzymes, food ingredients, agricultural inputs, and industrial biotechnology.
• Seed train and scale-up support: nutrient source for shake flask, bench, pilot, and production fermenters when formulators need a dry, weighable input with defined lot documentation.
• Bio-agriculture production: use in fermentation processes for microbial inoculant production, soil-input manufacturing, and other controlled fermentation programs where yeast-derived nutrition is specified.
• Media optimization studies: useful for R&D scientists comparing yeast extract, autolysate, peptone, and cell wall fractions for nitrogen release, growth kinetics, metabolite profile, foam behavior, and downstream filtration impact.

ART-MN-013 is packed in 20 kg multi-wall sacks suitable for palletized export shipment. Store unopened sacks in a clean, dry, odor-free warehouse at 5-25 °C, protected from condensation, direct sunlight, pests, and strong-smelling chemicals. Recommended shelf life is typically 24 months from manufacture when the original packaging remains sealed and storage conditions are maintained; the exact retest or best-use date is provided on the lot documentation.

After opening, reseal the sack or transfer the powder to a closed, food-grade or process-grade container and use promptly. Avoid humid handling areas because yeast-derived powders can cake and absorb moisture. Standard powder-handling controls are recommended, including local dust extraction, eye protection, gloves, and prevention of cross-contact with allergens or restricted materials defined by the customer’s site procedures. For large-volume trials, request current packaging dimensions, pallet pattern, and shipping weight through the bulk quote request page.

ArtemisYeast supplies ART-MN-013 for B2B evaluation with lot-specific documentation available on request, including Certificate of Analysis, specification sheet, safety data sheet, ingredient statement, allergen statement where applicable, and packaging information. Manufacturing and supplier qualification files may include HACCP-aligned controls and documentation for ISO 22000, FSSC 22000, Halal, and Kosher status when available for the selected grade and production site; these are provided as documentation available and should be verified during procurement approval.

Key quality checks can include appearance, odor, moisture, protein, total nitrogen, amino nitrogen, ash, pH, mesh size such as 80 mesh pass target, heavy metals against agreed limits, and microbiological indicators such as total plate count, yeast and mold, coliforms, and Salmonella absence in the tested sample size. ArtemisYeast can support specification matching for tender documents, plant qualification, and R&D screening. For audit expectations, document review, and release criteria, consult ArtemisYeast quality documentation before placing a production order.