Druggable Systems [2017-2018] [SEM2]
Weekly outline
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Druggable Systems
Some targets are more likely to have a successful drug developed against them than others. In next generation drug discovery, drug targets are likely to be chosen on a more rational basis. This course will introduce some targets to which successful drugs have been developed while examining the reasons why success was achieved and how these lessons might be applied to future cases.
Learning Outcomes
At the end of this course students should be able to:
- Appreciate the characteristics of successful drug targets;
- Understand and evaluate the structural characteristics of successful drug binding sites;
- Gauge the characteristics of protein's place in a pathway, or system of interacting proteins, for its likelihood to be a good drug target.
- Name and describe several experimental methods for validating a drug target
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Introducing the concepts of druggability, target validation, and our model enzyme, PFKFB3.
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This week we will be looking at ways of genetically manipulating organisms in order to elucidate the functions of a potential drug target.
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This week we will be looking at in vitro DNA and RNA-based technologies used to probe the effect of modulating the target's function on disease-related outcomes
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This week will be slightly lighter in content to allow you to make a start on the final assessment
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This week is reserved for the completion of your assignment report