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                                   | Date        |\n| --------------- | -------------------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------- | ----------- |\n| David Stern     | Population Genetics \u0026 Genomics                                       | Hardy-Weinberg Equilibrium ( [Materials](https://github.com/niaid/nbp_training_resources/blob/master/ace/population_genetics/HWE_Structure.ACE_Fall2021.zip), [Video](https://youtu.be/NzBXOXTPsrk) )                                                                                    | 21-Oct-2021 |\n| Kurt Wollenberg | Principles of Sequence analysis and Phylogenetics                    | Dynamic programming and Alignment algorithms ( [Materials](https://github.com/niaid/nbp_training_resources/blob/master/ace/seq_analysis_phylogenetics/DynProgAlignAlgorithmsFall2021.zip), Video )                                                               | 25-Oct-2021 |\n| Kurt Wollenberg | Molecular Evolution                                                  | Calculating evolutionary distances among sequences and correction models ( [Materials](https://github.com/niaid/nbp_training_resources/blob/master/ace/molecular_evolution/EvolutionaryDistancesCorrectionModels.zip), [Video](https://youtu.be/gswmgm87NQI) ) | 1-Nov-2021  |\n| Eric Karlins    | Population Genetics \u0026 Genomics                                       | GWAS tutorial ( [Materials](https://github.com/niaid/ACE/tree/master/GWAS), [Video](https://youtu.be/WtfVsb5lu-w) )                                                                                               | 4-Nov-2021  |\n| Hernan Lorenzi  | Systems Biology 2                                                    | Cytoscape - StringApp ( [Materials](https://github.com/niaid/nbp_training_resources/blob/master/ace/system_biology/cytoscape-2.zip), [Video](https://youtu.be/WrXyfiaTM7M) )                                                        | 8-Nov-2021  |\n| Burke Squires   | BioPython                                                            | Introduction to BioPython ( [Materials](https://github.com/niaid/nbp_training_resources/blob/master/ace/biopython/biopython-notebook.zip), [Video](https://youtu.be/EsFB2SExL7o) )                                                                                     | 10-Nov-2021 |\n| Kurt Wollenberg | Principles of Sequence analysis and Phylogenetics                    | Introduction to phylogenetics and phylogenetic tree inference methods (e.g. parsimony and Maximum Likelihood) ( Materials, [Video](https://youtu.be/GIM3_NH-0A8) ) | 15-Nov-2021 |\n| Andrew Oler     | Population Genetics \u0026 Genomics                                       | Genetic Linkage Analysis and homozygosity mapping ( Materials, [Video](https://youtu.be/dfFKadSnRmc) )                                                             | 30-Nov-2021 |\n| Burke Squires   | Systems Biology 2                                                    | Reactome Tutorial of Biological Networks ( Materials, Video )                                                                     | 1-Dec-2021  |\n| Isaac Raplee    | Disease Dynamics and Modelling                                       | Modelling the transmission of STIs ( [Materials](https://github.com/niaid/nbp_training_resources/blob/master/ace/disease_dynamics/ACE_Uganda_Modeling_epispot.zip), [Video](https://youtu.be/gQvX9roYFgc) )                                                                           | 2-Dec-2021  |\n| Kurt Wollenberg | Principles of Sequence analysis and Phylogenetics                    | Coalescent analysis and populations ( Materials, [Video](https://youtu.be/0i60Rmf4BXs) )                                          | 6-Dec-2021  |\n| Burke Squires   | BioPython                                                            | Bio.PopGen: Population genetics ( Materials, [Video](https://youtu.be/C-JDWZZMcLg) )                                              | 8-Dec-2021  |\n| Burke Squires   | BioPython                                                            | Graphics including GenomeDiagram ( Materials, [Video](https://youtu.be/Uej3QAPu0TQ) )                                             | 15-Dec-2021 |\n| Dan Veltri      | Big Bio-data Analysis (Artificial Intelligence and Machine Learning) | Intro to Deep Learning (TensorFlow and Keras) ( Materials, Video )                                                                | ?           |\n\n# INSTRUCTORS\nComputational Biology Specialists from the National Institute of Allergy and Infectious Diseases (NIAID) will be teaching courses on bioinformatics topics and biocomputing tools.\n\n- Eric Karlins, Ph.D.\\*\n- Hernan Lorenzi, Ph.D.\\*\n- Andrew Oler, Ph.D.\n- Isaac Raplee,Ph.D.\\*\n- R. Burke Squires, M.S.\\*\n- David Stern, Ph.D.\\*\n- Dan Veltri, Ph.D.\n- Kurt Wollenberg, Ph.D.\\*\n\n\t\\* Instructors provide bioinformatics support at the NIAID as employees of Medical Science and Computing, Inc.\n","project_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Fniaid%2Face-2021-uganda-fall","html_url":"https://awesome.ecosyste.ms/projects/github.com%2Fniaid%2Face-2021-uganda-fall","lists_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Fniaid%2Face-2021-uganda-fall/lists"}