* Please kindly note that our products and services can only be used to support research purposes (Not for clinical use).
CAT# | Product Name | M.W | Molecular Formula | Inquiry |
---|---|---|---|---|
MFP-001 | Menaquinone-7 | 649 | C46H64O2 | Inquiry |
MFP-002 | Thailanstatin A | 535.63 | C28H41NO9 | Inquiry |
MFP-003 | Ectoine | 142.16 | C6H10N2O2 | Inquiry |
MFP-005 | Didemnin B | 1112.36 | C57H89N7O15 | Inquiry |
MFP-006 | Leptomycin B | 540.7 | C33H48O6 | Inquiry |
MFP-007 | FR901464 | 507.6 | C27H41NO8 | Inquiry |
MFP-008 | Sibiromycin | 475.5 | C24H33N3O7 | Inquiry |
MFP-009 | Deoxymulundocandin | 992.2 | C48H77N7O15 | Inquiry |
MFP-010 | Fumagillin | 458.5 | C26H34O7 | Inquiry |
MFP-011 | Methoxatin disodium | 374.17 | C14H4N2Na2O8 | Inquiry |
MFP-012 | K 252a | 467.5 | C27H21N3O5 | Inquiry |
MFP-014 | Marizomib | 313.77 | C15H20ClNO4 | Inquiry |
MFP-016 | Calicheamicin | 1368.4 | C55H74IN3O21S4 | Inquiry |
MFP-017 | Safracin B | 540.6 | C28H36N4O7 | Inquiry |
MFP-018 | Bacteriochlorophyll | 911.5 | C55H74MgN4O6 | Inquiry |
MFP-019 | Oligomycin A | 791.1 | C45H74O11 | Inquiry |
MFP-020 | Neocarzinostatin chromophore | 659.6 | C35H33NO12 | Inquiry |
MFP-021 | Geldanamycin | 560.6 | C29H40N2O9 | Inquiry |
MFP-022 | Pentostatin | 268.27 | C11H16N4O4 | Inquiry |
MFP-023 | Chromomycin a3 | 1183.2 | C57H82O26 | Inquiry |
Microbial fermentation refers to the procedure of using microorganisms to transform raw materials into products needed by humans through specific metabolic pathways under suitable conditions. Microbial fermentation is a very complicated biochemical process, which is related to the production performance of strains, as well as closely related to the ratio of the culture medium, the quality of raw materials, sterilization conditions, fermentation conditions and process control. Microbial fermentation engineering is based on the theory and technology of microbiology, combined with modern bioengineering technologies such as genetic engineering, cell engineering, and enzyme engineering, to manufacture a great many useful metabolites and exert their unique physiological functions. Microbes use carbohydrates to ferment on a large scale to manufacture various industrial solvents and chemical raw materials for humans.
The microbial fermentation manufacturing process includes the following three stages:
Microbial fermentation is widely used in medicine, food, agriculture, metallurgy, environmental protection, etc. due to its advantages of mild production conditions, abundant source of raw materials and low price, product transfer, environmental friendliness and easy handling.
Medicine: Microbial fermentation can produce medicines that people need. For example, the process of culturing Penicillium to obtain penicillin is a classic fermentation process.
Food: Microbial fermentation can produce a wealth of traditional fermented foods (such as wine, vinegar, soy sauce, bread, etc.) and food additives (such as pigments, syrups, sour agents such as citric acid or lactic acid, and umami agents such as monosodium glutamate, etc.).
Agriculture: Microbial fermentation can transform plant genes, produce biological pesticides, and microbial feeds.
Metallurgy: the use of microorganisms could selectively dissolve some metals in the ore.
Environmental protection: Microbial fermentation could be applicable for organic wastewater treatment, rapid composting of organic solid waste, recycling of waste cellulose, and pulp fermentation to produce ethanol.
Creative Peptides is committed to providing customers with high quality microbial fermentation products.
Creative Peptides has accumulated a huge library of peptide knowledge including frontier peptide articles, application of peptides, useful tools, and more!
Cetrorelix acetate (C70H92ClN17O14, referred to as cetrorelix), a synthetic decapeptide with 5 amino acids in th ...
Delmitide, also known as RDP58, is a novel D-amino acid decapeptide with anti-inflammatory effect. RDP58 is a te ...
Orexin A (OXA) and orexin B (OXB) are hypothalamic neuropeptides discovered in 1998, which bind to two G-protein ...
Teicoplanin is a glycopeptide antibiotic developed after vancomycin for the treatment of Gram-positive (G+) cocc ...
NF-кB activator 1, named Act1, is a 60-kDa (574-aa) polypeptide. Based on its interaction with IKKγ, Act1can be ...