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1, 4-dithiosaccharide (DTE), as an important organic sulfur compound, has been used more and more widely. In recent years, the application of DTE in various fields continues to emerge, which has injected new vitality into the development of science and technology.

Life science field

In the field of life science, DTE is widely used in the process of protein purification and refolding. Its excellent reducing properties make it one of the indispensable reagents in biochemical research. At the same time, DTE can also be used as an additive in cell culture medium to promote the stable growth of cells, providing important support for cytological research.

Medical field

In the field of medicine, DTE, as an important bioactive molecule, is widely used in drug development and production. Its good biocompatibility and bioactivity make it a key intermediate for some drugs, and promote the research and development and innovation of new drugs.

Materials science field

In the field of materials science, DTE has excellent vulcanization properties and can be used in the synthesis of functional polymer materials. Its application in polymers, rubber and other materials not only improves the performance index of materials, but also expands the application field of materials, and opens up a new way for the development of materials science.

Other fields

In addition to the above areas, DTE is also widely used in environmental protection technology, food additives and other fields, showing a variety of product uses and potential.

In general, 1,4-Dithioerythritol (DTE), as a multifunctional organic sulfur compound, continues to expand and deepen the use of its products, providing strong support for scientific and technological innovation in various industries, and helping technological breakthroughs and industrial development in many fields.