Glycine, Molecular Biology Reagent

Glycine, Molecular Biology Reagent Specification

CAS No
56-40-6

Usage
Buffer component

Size
1 Kg

Grade
Molecular Biology Grade

Purity(%)
Greater than 99%

About Glycine, Molecular Biology Reagent

Glycine is commonly used in buffer solutions, in electrophoresis and preparative chromatography. A study of the folding of monoclonal antibodies in the presence of glycine and their subsequent purification has been published. The use of glycine in the purification of lipopolysaccharides, lipooligosaccharides, and lipid A has been reported. It is an amino acid for use in cell culture media development applications and existing media formulations. Glycine is commonly used as a component in Tris-glycine and Tris-glycine-SDS running buffers for polyacrylamide gel electrophoresis, a component of Towbin's transfer buffer for Western blots, a buffer substance in cryoenzymology, in osmotic pressure maintenance in isoelectric focusing of erythrocytes, salting-in effect in protein chemistry, and as a buffer component in the coupled phosphatase-kinase reaction for end labelling of restriction fragments. The growth requirements of various microorganisms is reported in the Handbook of Microbiology.

Exceptional Purity and Reliability

With a purity greater than 99%, our glycine is designed for use in demanding molecular biology procedures. The high-grade formulation helps minimize contaminants, ensuring consistent and reliable results in every application. Each batch is thoroughly tested to meet rigorous quality specifications, ideal for research and analytical settings.

Versatile Applications in Molecular Biology

This glycine reagent is primarily utilized as a buffer component, supporting protein separations in electrophoresis and maintaining optimal pH conditions in various workflows. Its superior grade performance makes it an essential reagent for labs working in genomics, proteomics, and related scientific fields.

FAQ's of Glycine, Molecular Biology Reagent:

Q: How should I use Glycine Molecular Biology Reagent in my laboratory protocols?

A: Glycine is frequently used as a buffer component in molecular biology, particularly in electrophoresis procedures and for maintaining pH stability during protein and nucleic acid manipulations. Always dissolve using ultra-pure water and follow your protocol's recommended concentrations for optimal results.

Q: What benefits does using molecular biology grade glycine offer?

A: Molecular biology grade glycine, with its high purity level (>99%), minimizes the risk of contamination and background noise in sensitive experiments. This ensures greater accuracy and reproducibility in your research outcomes.

Q: When should Glycine be incorporated into molecular biology experiments?

A: Glycine is commonly introduced during the preparation of running and transfer buffers for protein electrophoresis and Western blotting. Use glycine specifically when the protocol requires precise pH control and low background interference.

Q: Where is this Glycine reagent manufactured and supplied from?

A: This glycine reagent is produced, distributed, and traded by reputable manufacturers, suppliers, and traders based in India. It is readily available for academic, clinical, and industrial research laboratories across the country.

Q: What processes require the use of glycine as a buffer?

A: Key processes such as SDS-PAGE, Western blotting, and other electrophoretic methods utilize glycine in transfer and running buffers for effective protein migration and separation. It is essential to follow standardized preparation procedures to achieve the best experimental results.

Q: How does the high purity of this glycine impact molecular biology studies?

A: The greater than 99% purity reduces contaminants that may interfere with your results, providing clear, reliable data especially in experiments sensitive to impurities or background interference.

Q: What is the proper storage and handling process for Glycine, Molecular Biology Grade?

A: Store glycine in a tightly sealed container at room temperature, in a dry, clean environment. Avoid exposure to moisture and air to maintain its quality. Use clean, calibrated equipment when preparing solutions to prevent contamination.

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