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Graduate Bioinformatics: Molecular Systematics CBMG 688N/O
Syllabus Spring 2008 (with Tentative Lecture Schedule)

CBMG 688N/O (combined)  
      Topic Comments

M

Jan. 28

Mechanics, Introduction, phylogenetic information, overview

 
W   30 Class will not meet  
M Feb. 4

Tree Searching Methods: Parsimony, Tree Search, NP Hard Problems

 
W   6

Data sources: Gene Sequences, Genomes, SNPs, Sample genomes, Restriction site mapping, Molecular Evolution, gene families

 
M   11

Probability: Likelihood I, Markov Models,

 
W   13

Models: Point Mutation, Rate Variation.

 
M   18

Distance Methods

 
W   20 Model-based methods (continued), Molecular Clocks & Calibration  
M   25

Alignment: ClustalX, Pileup, etc.

 
W   27 Bayesian methods, Genetic Algorithms, Metropolis-Hastings, Monte Carlo  
M Mar. 3 Assessing Confidence; nonparametric bootstrapping, parametric bootstrapping  
W   5 Properties of Phylogenetic Methods and Performance of methods  
M   10 Design of analysis & sources of error, part I: Base compositional bias, LogDet  
W   12 Exam (Samples of old exams )  
       
      How to present scientific information  
      Molecular systematics at the population level  
CBMG 688O (only)
      Topic Comments
M   17 Spring Break  
W   19 Spring Break  
M   24 Introduction to the term project  
W   26 Tentative: Introduction, "Clone by wire", PAUP Project proposal due
M   31 Minisymposium I - Overview of project proposal 1321a Symons Hall
W Apr. 2

Minisymposium I - Overview of project proposal

 
M   7 Work on projects  
W   9 Work on projects  
M   14

Work on projects

 
W . 16 Tentative: PAUP II: Tree searching; Bootstrapping; Command line; Parameter Estimation  
M   21 Tentative: Molecular Methods in Environmental Microbiology  
W   23

Work on projects

Project to reviewers
M   28 Work on projects  
W   30   Reviews due
M May 5 Minisymposium II - Presentation of results  
W   7 Minisymposium II - Presentation of results Term Projects Due
M   12 Minisymposium II - Presentation of results  
Orphan topics, to be covered if time permits
      Software: GCG II Phylip  
      Review of DNA and PCR, Inconsistency of uncorrected methods  
      Spectral methods, Lake's invariants, and Hadamard conjugation