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The Molecular Biology of Prion Diseases
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| About this Unit Authors of original unit: John M. Sabo, Jamie L. Lynch, and Deanna M. Raineri Partner Projects: Biology Student Workbench Intended AudienceGrade Level: High school chemistry teachers KeywordsSubject Areas: SARS Rational of the UnitThe purpose of this unit is two-fold. Firstly, you will learn how to use tools in the Biology Workbench to search databases for DNA and protein sequences, and to align and manipulate these sequences. The Biology Workbench is a suite of bioinformatics tools that was initially designed for researchers. To help you master this comprehensive program, we have outlined the basic tools of the Workbench in the following tutorial. Secondly, you will learn about the molecular biology of a group of interesting diseases. Use(s) of the UnitIntended for high school chemistry teachers, who wish to use computational tools in the classroom. Also suitable for introductory college chemistry. It could also be used directly by students for self-study. Software needed to run the UnitWeb browser (preferably Firefox) that is Javascript-enabled. To find out which plugins are already installed on your mozilla/firefox browser, just type 'about:plugins' in address box. You can download each plug-in component from the links provided and you can test if your system support Javascript from here. Content of the UnitIntroduction: Background information on Prion Part 1: Opening An Account, Starting a new Session and Importing Sequences from Protein Databases Part 2: Searching for Mutant Prion Sequences Part 3: Comparing the Cruetzfeldt- Jakob Mutant Prion Sequence with the Wildtype Sequence Part 4: Prediction of Secondary Structure Part 5: Hydropathy Plot of Protein Sequences |
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