New technology of molecular structure analysis
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Last Update: 2019-06-13
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Source: Internet
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Author: User
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Recently, Merck of Germany and RIGAKU of Japan will jointly develop laboratory facilities based on advanced crystal sponge technology, so that all chemical structures of organic molecules can be determined without the aid of crystallization of analytes Isabel de Paoli, Merck's chief strategy officer, said: "this new technology can quickly determine the entire chemical structure of analytes, even if the analytes are only sub micrograms It will also be more convenient in the determination technology, so as to facilitate the use of technical personnel The joint development with RIGAKU will be able to make this technology the best, and we look forward to working together on the development of this technology " "RIGAKU has been leading the high-end crystallography market for decades, and this joint research and development project will open a new scientific door for researchers in medicine, life sciences and advanced materials," said Yoshiaki Watanabe, senior executive vice president of RIGAKU It is reported that the research and development idea based on crystalline sponge technology can be applied to the analysis of extremely trace volatile substances, non crystalline compounds and other substances The technology simplifies the complex technical route, makes it applicable to chemical laboratory and life science laboratory, and can be used to determine the molecular structure of fine chemicals or natural compounds The inventor of the technology, Dr Makoto Fujita, a famous professor at the University of Tokyo and the Institute of Molecular Sciences, will continue to participate in the joint research project It is worth mentioning that the joint research project integrates Merck's advantages in life science and analytical instruments, RIGAKU's top manufacturing technology and promotion advantages in X-ray analytical instruments, and will gain greater strategic opportunities in the field of chemical laboratory applications.
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