著者
上村 みどり
出版者
日本結晶学会
雑誌
日本結晶学会誌 (ISSN:03694585)
巻号頁・発行日
vol.65, no.1, pp.51-54, 2023-02-28 (Released:2023-03-08)
参考文献数
10

The paradigm shift in drug discovery that began in the early 1990s was the development of Structure Based Drug Design(SBDD)as a means of rational drug design for disease targets. The greatest advantage of X-ray analysis is that once the crystal structure is obtained, structural information can be fed back very quickly under almost the same conditions for soaking and co-crystallization, contributing to lead optimization in the early stages of drug discovery. In addition, it is unique in that it covers target molecules from small molecular weights(20-30 kDa)to large molecular weights(100 kDa~). On the other hand, it has many weak points such as dynamic structure close to the physiological state, identification of hydrogen atoms, and acquisition of charge information, which, when combined with multiple methods in a complementary manner, will contribute to a significant reduction in the lead optimization period in the future.

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創薬研究におけるX線結晶学の強み https://t.co/LtiuEEvNKZ
日本結晶学会誌「創薬研究における X 線結晶学の強み」https://t.co/FewhcGjN9Q 以前、臨床系の人から「構造生物学の人は創薬に役立つとアピールするが、実際には薬につながってないですよね」と言われたことがあるが、今度そう言われた時の返答のヒントとして参考になった。 ただ全体的に日本語が変。

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