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Home > Biochemical Engineering > Biochemical Reagents (Find 36 items)

Biochemical Reagents

Biochemical reagents enable analyses in life science research. Biochemical test reagents play a crucial role in laboratory diagnostics, aiding in detecting and quantifying biological molecules. Enzymes, substrates, and dyes function as biochemical reagents in clinical diagnostics, molecular biology, and drug development. Learn more about biochemical reagents, including CAS numbers, properties, materials, and products from suppliers listed on ECHEMI.​

Curcumin

(458-37-7)
For preparing curcuma paper, ph range 8-9, in detection of boron.

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Carmine

(1390-65-4)
Preparation of carminic acid, overall staining in embryology, staining of nuclei, titration of ammonia solution indicator, microscopic analysis, fluorescence analysis, dyeing, coloring of food, etc. It can be used to calibrate and standardize the detection method of synthetic pigments in food, and can also be used as a working standard for daily analysis and detection.

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Carnauba wax

(8015-86-9)
Wherever a hard, high-polish wax is desired, e.g. in automobile waxes, floor wax emulsions, high quality shoe polishes, in the paper industry (especially for making carbon papers). As a plasticizer in dental impression compounds. To raise the melting point of other waxes; often used together with candelilla wax. The presence of the lower-melting ouricury wax is considered as an adulteration. Purified and bleached carnauba wax is used for cosmetic materials, such as depilatories and deodorant

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Crotonic acid

(3724-65-0)
Trans-butenoic acid is mainly used for making synthetic resins, plasticizers, medicines, but also for other organic synthesis

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C.I. Food Blue 2

(3844-45-9)
Colorant in food, drugs and cosmetics.Biological stain; textile dye; wood stain; indicator.

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Cochineal (dye)

(1343-78-8)
Edible red pigment. According to Japanese regulations, it can be used in tomato sauce, wine, candy, strawberry jam, beverages, cold drinks, sausages, pastries, etc.

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Biochemical reagents refer to biological materials or organic compounds related to life science research, as well as reagents for clinical diagnosis and medical research. Biochemical reagents can be divided into amino acids, molecular weights, proteins, proteins, nucleotides, nucleic acids, enzymes, coenzymes, sugars, esters, hormones, etc. according to the substances contained in biological tissues or generated during metabolic processes; According to the needs of biological research, it can be divided into electrophoresis reagents, chromatography reagents, immunological reagents, labeling reagents, histochemical reagents, etc.

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Biochemical reagents are indispensable tools for life sciences, serving as the cornerstone of analytical and preparative techniques. These reagents include a highly diverse range of compounds, such as amino acids, proteins, enzymes, nucleic acids, hormones, and plant extracts. Their high purity, activity, and stability make them suitable for a wide range of applications. Examples are amino acid derivatives which are used in modifying the natural products structurally to improve performance and decrease adverse effects. Plant extracts, rich in anti-inflammatory and antioxidant properties, are utilized for their pharmacological effects, with active ingredients derived from natural sources. These reagents play a crucial role in research and diagnostic applications, as their quality and specificity directly impact the accuracy of the results obtained.

Applications of Biochemical Reagents:

● Drug discovery and development

● Genomics and proteomics research

● Clinical diagnostics

● Biotechnology research

● Environmental analysis

● Food and beverage testing

Frequently Asked Questions

What are biochemical reagents and what are they used for?

Biochemical reagents are high-purity chemical substances used in biological and biochemical research, diagnostics, and pharmaceutical development. They play essential roles in processes such as enzyme assays, protein purification, DNA/RNA analysis, and cell culture. Common types include buffers, substrates, cofactors, and molecular biology-grade solvents. Their quality directly impacts experimental accuracy and reproducibility.

How to choose high-quality biochemical reagents for laboratory use?

When selecting biochemical reagents, consider the following criteria:1. Purity grade (e.g., analytical, molecular biology, or HPLC grade) appropriate for your application.2. Certifications such as ISO, GMP, or CE, which indicate compliance with international quality standards.3. Supplier reputation and technical support capabilities.4. Documentation including certificates of analysis (CoA) and safety data sheets (SDS).Choosing reagents that match your protocol requirements ensures reliable and consistent results.

What are common applications of biochemical reagents in life science research?

Biochemical reagents are widely used across life science fields, including:1. Molecular biology techniques like PCR, gel electrophoresis, and cloning.2. Protein studies such as Western blotting, ELISA, and chromatography.3. Cell culture and viability assays requiring specialized media and supplements.4. Clinical diagnostics for detecting biomarkers or pathogens.Their versatility makes them indispensable in both academic and industrial laboratories.

What factors affect the stability and shelf life of biochemical reagents?

The stability of biochemical reagents depends on several factors:1. Storage conditions—many require refrigeration (2–8°C) or freezing (–20°C or lower).2. Sensitivity to light, moisture, or oxygen, which may necessitate amber bottles or inert atmospheres.3. Chemical composition; for example, enzymes and nucleotides degrade faster than inorganic salts.4. Proper handling to avoid contamination. Always follow the manufacturer’s storage and handling guidelines to maintain reagent integrity.

Where can I buy reliable biochemical reagents for research or diagnostic purposes?

Reliable biochemical reagents can be sourced from established life science suppliers with strong quality control systems and global regulatory compliance. Look for vendors offering detailed product specifications, batch-specific CoAs, and responsive technical support. Reputable suppliers often serve academic institutions, biotech companies, and diagnostic labs, ensuring consistency and traceability. Always verify supplier credentials before large-scale procurement.

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