Short Course
Daily Schedule
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Morning Lecture 1 (L1): 9-9:50 AM Lecture 2 (L2): 10-10:50 AM Coffee Break Lecture 3 (L3):11:20-12:10 PM Class Room: Room 2128, Gerdin Building |
Lunch 12:10 -1:30 PM |
Afternoon 1:30-5:00 PM Lab Session Lab Room: 2268 Hoover |
*ON THURSDAY, JUNE 11 THE MORNING CLASS WILL BE IN ROOM 2134, GERDIN BUILDING.
Two-Week Class Schedule ( Syllabus )
| Sunday | Monday | Tuesday | Wednesday | Thursday | Friday | Saturday | |
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| 1 | 2 | 3 | 4 | 5 | 6 | ||
| 7 Welcome Reception and Orientation Speer Room Mahlstede Building Reiman Gardens 6:00 p.m |
8 Morning L1: A L2: C1 Break L3: C2 Lunch Afternoon Lab Unix & Perl/BioPerl |
9 Morning L1: B1, L2: D1, Break L3: D2, Lunch Afternoon Lab Genome Annotation |
10 Morning L1: B2 L2: D3 Break L3: D4 Lunch Afternoon Lab Workflows (BioExtract Server) |
11 Morning L1: B3 L2: D5 Break L3: D6 Lunch Afternoon Lab R & Molecular Phylogeny 5:00 - 6:00 pm Systems Biology Symposium 2009 |
12 |
13 |
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| Module A: Overview of Bioinformatics and Computational Systems Biology Module D: Genome Informatics |
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14 |
15 Morning L1: E1 L2: E2 Break L3: E3 Lunch Afternoon Lab Protein Modeling 5:30 - 7:30 PM Molecular Biology Atrium Poster Session of Summer Research Projects |
16 Morning L1: F1 L2: F2 Break L3: F3 Lunch Afternoon Lab "Omics" Data Analysis |
17 Morning L1: F4 L2: F5 Break L3: F6 Lunch Afternoon Lab |
18 Morning L1: G1 L2: G2 Break L3: G3 (Note: G123) Lunch Afternoon Lab |
19 Morning L1: H1 L2: H2 Break L3: H3 (Note: H123) 1:00-2:10 pm Lunch & Awards Ceremony Campanile Room, Memorial Union Afternoon Lab |
20 |
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| Module E: Structural Genomics
E1: Computational Biology Needs E2: Coarse Graining Structures E3: Structure and Dynamics of Proteins |
Module F: Functional Genomics F1-F3: Microarray F4: Proteomics F5: Metabolomics F6: Comparative Genomics |
Module G: Computational Analysis of “Omics” data – Machine Learning Approaches G1 - G3: Machine Learning Approaches in Bioinformatics and Computational Biology Module H: Integrative Systems Biology and Future H1-H3: Introduction to System Biology |
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| 21 | 22 | 23 | 24 | 25 | 26 | 27 | |
| 28 | 29 | 30 | |||||
