Combinatorial chemistry is now playing important role in the research of the natural products 組合化學技術在天然產物的研究中起著越來越重要的作用。
The applications and development of solution phase combinatorial chemistry in organic synthesis have been reviewed 摘要綜述了液相組合化學的發展及其在有機合成的應用。
Solid phase organic synthesis and combinatorial chemistry are novel methods developed in recent years to synthesize a lot of organic compounds quickly 固相有機合成和組合化學是近年來發展起來的快速合成數種有機化合物的新方法。
Solid phase organic synthesis and combinatorial chemistry are novel methods developed in recent years to synthesize a lot of organic compounds quickly 摘要固相有機合成和組合化學是近年來發展起來的快速合成數種有機化合物的新方法。
Combinatorial chemistry is used in tandem with high - throughput screening to identify compounds that bind to a therapeutic target protein and are thus potential new drugs 組合化學與大規模篩選相結合用于識別與治療用靶蛋白結合的化合物即潛在新藥。
Combinatorial chemistry strategies depend on the size and diversity of the library to be designed , the availability and cost of the reagents ( building blocks ) , and the type of chemical syntheses being attempted 組合化學策略依賴于欲構建文庫的大小、和多樣性,試劑的有效性和成本和化學合成的類型。
Combinatorial chemistry is a new powerful technology in the fields of drug design and molecular reconization . it aims at discovery of compounds that have a certain chemical and biological activity 當今組合化學在制藥和分子合成領域起著重要的作用,其一個中心問題就是尋找具有某種化學和生物活性的分子。
Combinatorial chemistry comprises chemical synthetic methods that make possible to prepare large number (tens to thousands or even millions) of compounds in a single process. These compound libraries can be made as mixtures, sets of individual compounds or chemical structures generated in computer.