Chemical biology, drug discovery and compound management – new opportunities for Australian science
Author(s)
Camp, David
Griffith University Author(s)
Year published
2010
Metadata
Show full item recordAbstract
Small molecules (organic compounds with a MW < 500 Daltons) are critical tools for understanding important cellular events and biological pathways involved in health and disease. To date, however, only a few hundred human proteins have been studied in detail using small molecule probes. Because many of these have been discovered serendipitously, more recent initiatives employ screening programs that are broadly scoped and high-throughput in nature to facilitate the efficient discovery of many more useful probe and lead molecules. In this paradigm, access to large, diverse and biologically relevant compound libraries is ...
View more >Small molecules (organic compounds with a MW < 500 Daltons) are critical tools for understanding important cellular events and biological pathways involved in health and disease. To date, however, only a few hundred human proteins have been studied in detail using small molecule probes. Because many of these have been discovered serendipitously, more recent initiatives employ screening programs that are broadly scoped and high-throughput in nature to facilitate the efficient discovery of many more useful probe and lead molecules. In this paradigm, access to large, diverse and biologically relevant compound libraries is essential for the identification of small molecule probes that can interrogate a biological system (chemical biology) or lead molecules for early phase drug discovery. This presentation will discuss the opportunities available for Australasian chemists and their biomedical research colleagues through a national compound management facility to underpin both chemical biology and drug discovery programs.
View less >
View more >Small molecules (organic compounds with a MW < 500 Daltons) are critical tools for understanding important cellular events and biological pathways involved in health and disease. To date, however, only a few hundred human proteins have been studied in detail using small molecule probes. Because many of these have been discovered serendipitously, more recent initiatives employ screening programs that are broadly scoped and high-throughput in nature to facilitate the efficient discovery of many more useful probe and lead molecules. In this paradigm, access to large, diverse and biologically relevant compound libraries is essential for the identification of small molecule probes that can interrogate a biological system (chemical biology) or lead molecules for early phase drug discovery. This presentation will discuss the opportunities available for Australasian chemists and their biomedical research colleagues through a national compound management facility to underpin both chemical biology and drug discovery programs.
View less >
Conference Title
Chemical biology, drug discovery and compound management – new opportunities for Australian science
Publisher URI
Subject
Biologically Active Molecules