Labbox Glycine GEN, 1 kg

Beschreibung

Labbox Glycine GEN, 1 kg

The compound impresses laboratory professionals as a versatile amino acid that is frequently used for pH buffer solutions, electrophoretic analyses and various biochemical applications. Thanks to its high purity and reliability, this substance stands out from competing products on the market. Users benefit from consistent quality, which is crucial in both research environments and industrial processes.

Compact overview and possible applications

Glycine, also known as aminoacetic acid, is used in a wide variety of areas. In biochemistry, it serves as an essential component for Western blot and cell culture media. The molecule is also indispensable in pharmaceutical research for the production of stable buffer conditions. If you work in the field of laboratory analysis or process development, this substance provides a reliable basis for accurate and reproducible results.

The substance offered here has a molecular weight of 75.06 g/mol (MW) and can be clearly identified internationally by the CAS number 56-40-6 and the EC number 200-272-2. Thanks to its crystalline form, it can be easily dosed and is equally valued for routine and special applications. Especially in biochemical processes such as electrophoresis, glycine contributes to carefully adjusted running conditions by controlling the ionic strength. In production processes where purity and stability are key, this substance also proves valuable.

Important technical data

– CAS: 56-40-6
– EC: 200-272-2
– MW: 75.06 g/mol
– TARIC code: 29224985
– Crystalline powder
– Brand: LABKEM
– No weight-relevant hazardous substances (unHazardpictogramsCLP and UNHazardStatements: NULL)

These properties are fundamental points of reference for professional use. Whether for analytical methods, preparative work or the development of biopharmaceutical formulations: It pays to always pay attention to quality and batch consistency in the laboratory environment. The product is manufactured under strict quality controls and meets common laboratory standards. Where relevant, compliance with specified purity requirements is an important factor in ensuring safe and correct handling.

Typical application examples

– Production of buffer solutions for biochemistry and molecular biology, for example in Western blot methods or other protein analyses
– Use as an intermediate substance in the synthesis of various amino acid derivatives
– Stabilization of cell culture media, for example to support cell growth in research and production laboratories
– Support in electrophoretic separation processes to obtain clear and reproducible protein band patterns

In addition, due to its mild properties, glycine is used in analytical processes where high sensitivity and precision are required. When configuring buffer systems, the molecule ensures optimum pH control and a constantly low ionic strength. This means that users benefit from consistently good results in every batch production. Another aspect is the variable scalability. This substance can be flexibly integrated into your own processes, from small laboratory batches to industrial scales.

FAQs

What purity requirements should glycine meet?

For professional use, a high degree of purity is usually required, often based on common standards such as ACS or Ph. Eur. Depending on the application, additional specifications may be useful, for example to rule out contamination by heavy metals.

How to store the amino acid correctly

Cool and dry storage is recommended in order to maintain quality over a longer period of time. Sealed containers protect the powder from moisture and contamination.

How does glycine influence pH values in buffer solutions?

This molecule can only keep the buffer stable in a narrowly defined pH range. Other substances are often used for more alkaline or acidic conditions. Nevertheless, glycine offers excellent stability for neutral ranges.

Is special care required during handling

Although glycine is considered comparatively safe, standard laboratory safety measures must be observed. These include wearing a lab coat, protective gloves and safety goggles. Vapors are not to be expected, but good ventilation is recommended in any case.

Conclusion

The purchase of Labbox Glycine GEN, 1 kg is particularly worthwhile if a reliable, versatile and highly pure glycine is required. This product shows its strengths in biochemistry, cell culture, pharmaceutical and synthesis research as well as in process analytical applications. Thanks to consistent quality and extensive testing procedures, stable performance is guaranteed over the long term, ensuring smooth integration in any laboratory setting. With excellent suitability for pH buffers and electrophoretic separation methods, this reagent offers a wide range of applications for a variety of scientific and industrial tasks.