Biochemical Engineering
Get Biochemical Engineering Raw Materials by RegionBiochemical Engineering
- • Amino Acids and Proteins (223)
- • Nucleic Acid Drugs (18)
- • Enzymes and Coenzymes Drugs (115)
- • Inhibitors (1087)
- • Biological Response Modifiers (15)
- • Fat Medicines (8)
- • Amino Acids and Derivatives (4166)
- • Saccharides (2372)
- • Biochemical Reagents (344)
- • Nucleoside Drugs (346)
- • Condensing Agent (40)
- • Polypeptide (768)
- • Biosynthetic Natural Products (107)
- • Plant Extracts (824)
- • Chinese Herbs (352)
- • Microbiology Reagents (11)
- • Protein Research (34)
- • Lipids (281)
- • Inflammation Mediators (128)
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Biochemical Engineering Suppliers
Lanolin
CAS No: 8006-54-0
Categories: Biochemical Engineering > Antistatic
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Genistein
CAS No: 446-72-0
Formula: C15H10O5
Categories: Biochemical Engineering > Biosynthetic Natural Products
L-Cysteine, hydrochloride, monohydrate
CAS No: 7048-04-6
Formula: C3H7NO2S.ClH.H2O
Categories: Biochemical Engineering > Amino Acids and Derivatives
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(R)-(+)-CYSTEINE HYDROCHLORIDE HYDRATE
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Guanosine
CAS No: 118-00-3
Formula: C10H13N5O5
Categories: Biochemical Engineering > Skin Conditioning
(±)-Norvaline
CAS No: 760-78-1
Formula: C5H11NO2
Categories: Biochemical Engineering > Antistatic
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DL-Norvaline
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alpha-DL-Aminopentanoic acid
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Cyclophosphamide
CAS No: 50-18-0
Formula: C7H15Cl2N2O2P
Categories: Biochemical Engineering > Inhibitors
Glucono Delta Lactone
CAS No: 90-80-2
Formula: C6H10O6
Categories: Biochemical Engineering > Skin Conditioning
Di-tert-butyl dicarbonate
CAS No: 24424-99-5
Formula: C10H18O5
Categories: Biochemical Engineering > Amino Acids and Derivatives
most of the known methods for transforming amines into isocyanates are not mild enough and furnish undefined products as a result of uncontrolled side reactions. However, 4-dimethylaminopyridine (DMAP)-catalyzed reaction with activated carbonates as C1 building blocks consMore
(+)-Ursolic acid
CAS No: 77-52-1
Formula: C30H48O3
Categories: Biochemical Engineering > Perfuming
DL-Aspartic acid
CAS No: 617-45-8
Formula: C4H7NO4
Categories: Biochemical Engineering > Antistatic
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Tofacitinib
CAS No: 477600-75-2
Formula: C16H20N6O
Categories: Biochemical Engineering > Inhibitors
1,4-Dioxane
CAS No: 123-91-1
Formula: C4H8O2
Categories: Biochemical Engineering > Enzymes and Coenzymes Drugs
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D-Valine
CAS No: 640-68-6
Formula: C5H11NO2
Categories: Biochemical Engineering > Antistatic
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Food Grade D-Valine for Nutrition Enhancers D-2-Aminoisovaleric Acid CAS 640-68-6
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Guanine
CAS No: 73-40-5
Formula: C5H5N5O
Categories: Biochemical Engineering > Cosmetic Colorant
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(+)-Xylose
CAS No: 58-86-6
Formula: C5H10O5
Categories: Biochemical Engineering > Skin Conditioning
Saccharin
CAS No: 81-07-2
Formula: C7H5NO3S
Categories: Biochemical Engineering > Oral Care
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Food Sweeteners Saccharin Insoluble CAS 81-07-2
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Deoxyadenosine
CAS No: 958-09-8
Formula: C10H13N5O3
Categories: Biochemical Engineering > Hair Conditioning
Irinotecan hydrochloride
CAS No: 100286-90-6
Formula: C33H38N4O6.ClH
Categories: Biochemical Engineering > Plant Extracts
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Pharmaceutical Raw Materials Powder for Anti-Tumor Irinotecan Hydrochloride CAS 100286-90-6
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Emodin
CAS No: 518-82-1
Formula: C15H10O5
Categories: Biochemical Engineering > Skin Conditioning
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Emodin
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Emodin 90% orange powder LK-YRM
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High-purity raw material Emodin CAS 518-82-1 at competitive pricing
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Acetylglucosamine
CAS No: 7512-17-6
Formula: C8H15NO6
Categories: Biochemical Engineering > Saccharides
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Frequently Asked Questions
Biochemical engineering has wide-ranging applications, including the industrial production of enzymes, vaccines, antibiotics, and biofuels; environmental protection through wastewater treatment and bioremediation; and fermentation processes in the food and beverage industry.
Biochemical Oxygen Demand (BOD) measures the amount of oxygen consumed by biochemical reactions in water, serving as an indicator of organic pollutant levels. For example, sewage discharge can raise BOD, reducing oxygen availability and harming aquatic life. Biochemical engineers use biochemical techniques and treatment processes to reduce BOD, ensuring safer water ecosystems and supporting environmental sustainability.
Biochemical engineering focuses on applying biochemical reactions and techniques for industrial-scale production of biological products. In contrast, biomedical engineering combines engineering principles with medical sciences, concentrating on designing medical devices, diagnostic tools, and therapies. While biochemical engineering emphasizes industrial bio-product production, biomedical engineering aims to improve healthcare outcomes through technology.
Biochemical engineering is a branch of engineering that emerged in the 1980s, focusing on the large-scale production of biochemical products. It integrates principles from biology, chemistry, and engineering to study biochemical reactions and techniques. This field investigates intracellular components such as proteins, sugars, lipids, and nucleic acids, which are essential for producing various biological substances, including enzymes, vaccines, and biofuels.