INSC 600 Neurobiology of Disease
Neurodegenerative Diseases II: triplet repeat disorders, inherited neuropathies, musculardystrophies, Friedreich ataxia, lysosomal storage diseases, mitochondrial disorders
TIME: T, R 10:30 – 12:00 – second half of semester (3/12 – 4/19)
LOCATION: TBD
TEXTS: None. Weekly readings will be assigned.
REQUIREMENTS: 60% written experimental proposal (2-3 pages)
40% discussion during journal club sessions
COURSE DIRECTORS:
David Lynch lynch@pharm.med.upenn.edu
Steven Scherer 215.573.3198 sscherer@mail.med.upenn.edu
J. Paul Taylor 215.573.1147 jpt@mail.med.upenn.edu
GOALS:
General
- Study degenerative diseases in an integrative, detailed fashion.
- Understand recurring themes, such as protein aggregation, reactive oxygen species production, genetic risk modifiers, as well as differing mechanisms among diseases.
- Examine known genetic disorders, including triple repeat disorders (HD, spinocerebellar ataxias), inherited neuropathies, muscular dystrophies, Friedreich ataxia, lysosomal storage diseases and mitochondrial disorders.
Specific
1) to become familiar with the concept of dynamic genetic mutations, 2) recognize the relationship between expansion size and clinical consequences, 3) understand the rationale for the classification of REDs (repeat expansion diseases) into 3 types, and 4) become familiar with current concepts regarding pathogenesis of REDs.
SCHEDULE:
Either January 8 – Feb 23 (7 weeks) OR Feb 25- April 20 (7 weeks, spring break is Mar 4-8)
Day |
Date |
Topic |
Instructor |
1. Introduction to genetic neurodegenerative diseases |
Dr. Lynch |
||
2. Introduction to repeat expansion diseases (REDs); RED classification; mechanistic aspects of type1 REDs. |
Dr. Taylor |
||
3. Triplet repeat diseases: ROS production |
Dr. Lynch |
||
4. Mechanistic aspects of type 2 and 3 REDs |
Dr. Taylor |
||
5. Disease specific mechanisms in triplet repeat disease |
Dr. Lynch |
||
6. Inherited neuropathies |
Dr. Scherer |
||
7. Journal Club presentations |
|||
8. Friedreich ataxias |
Dr. Wilson, Dr. Lynch |
||
9 Duchenne Muscular dystrophies |
Dr. Bonnemann |
||
10. Other muscular dystrophies |
Dr. Bonnemann |
||
11. Lysosomal disorders |
Dr. Wolfe |
||
12. Mitochondrial diseases |
Dr. Lynch |
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13. Gene therapy for neurodegenerative disease |
Dr. Wolfe |
||
14. Journal club presentations |
Experimental Proposal
- Choose one of the diseases discussed in class
- Propose an experiment or set of experiments designed to cure the disease or understand a critical component of the pathophysiology of the disease
- Submit a proposal for imaginary grant application. It will include a brief background section (1-2 paragraphs) on the disease and 2-5 specific aims that are each “fleshed out” with a paragraph or two indicating the reasoning behind the experiment and how it would be carried out. After this, include a section on possible “pitfalls” of the approach(s) you have chosen.
- The total length should be 2-3 pages (single-spaced), unless you become inspired. These are “thought experiments” so do not worry if what you are proposing is currently possible. On the other hand, do not propose something so imaginative that it is patently impossible!
- Examples of such proposals during the later part of the course.
DIRECTORY OF LECTURERS
Name |
Office location |
Phone |
|
Carsten Bonnemann |
bonnemann@email.chop.edu |
||
David Lynch |
lynch@pharm.med.upenn.edu |
||
Steven Scherer |
215.573.3198 |
sscherer@mail.med.upenn.edu |
|
J. Paul Taylor |
215.573.1147 |
jpt@mail.med.upenn.edu |
|
Rob Wilson |
wilsonr@mail.med.upenn.edu |
||
John Wolfe |
jhwolfe@vet.upenn.edu |
||
