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학술발표회초록보기

초록문의 abstract@kcsnet.or.kr

결제문의 member@kcsnet.or.kr

현재 가능한 작업은 아래와 같습니다.
  • 09월 09일 18시 이후 : 초록수정 불가능, 일정확인 및 검색만 가능

제106회 대한화학회 학술발표회, 총회 및 기기전시회 안내 Discovery of Novel Therapeutic Agents using Molecular Diversity and Chemical Biology

등록일
2010년 9월 24일 17시 55분 52초
접수번호
1660
발표코드
ORGN1-1 이곳을 클릭하시면 발표코드에 대한 설명을 보실 수 있습니다.
발표시간
목 13시 : 20분
발표형식
분과기념
발표분야
유기화학 - 분자인식화학 국제심포지엄
저자 및
공동저자
박승범
서울대학교 화학부, Korea
Diversity-oriented synthesis (DOS), which aims to populate the chemical space with skeletally and stereochemically diverse small molecules with high appending potentials, has been proven to be an essential tool for the discovery of bioactive small molecules. The incorporation of privileged substructural motifs became an essential element in DOS pathways. Multistep, practical solid-phase strategies for the synthesis of benzopyran-embedded polyheterocycles and natural product-like diaza-bridged heterocycles have been developed. These synthetic pathways were established through the divergent approach from unique key intermediates. In addition, we constructed various drug-like small molecule library containing novel molecular frameworks embedded with privileged substructures such as benzodiazepine, pyrazole, pyrazolopyrimidine, and pyrimidine. The each key step was regioselective and diastereoselective to provide final products as single diastereomers in exceptional yields and purities without further purification, which was confirmed by NMR structural study and LC/MS analysis. In this presentation, I would like to share the current approach for the discovery of novel therapeutic agents using molecular diversity constructed by our DOS exercise along with chemical biology approach. The various high throughput screening revealed the biological activities of synthetic small molecules along with their potential applications as new therapeutic agents. We also confirmed their biological activities in animal models. Finally, I would like to introduce our effort on the target validation using PACID technology with 2D gel electrophoresis.

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