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In the summer of 2014, the Iowa Institute of Human Genetics will offer a Bioinformatics Short Course. The course will cover both general bioinformatic topics in the morning from on-campus and invited speakers and in the afternoon the sessions will focus on three bioinformatics programming platforms - UCSC, the powerful Galaxy framework and the RStudio software. A series of lectures to introduce basic concepts of these bioinformatic tools. Hands-on sessions will enable participants to analyze data from its generation to interpretation.
The morning Bioinformatics Talks featured the following invited speakers:Hu Huang, Graduate Fellow, Biomedical Informatics and Computational Biology, University of MinnesotaIntroduction to Computational Metagenomics (general information)Predictive Modeling of the Microbiome (statistical and machine learning method focused)Giuseppe Narzisi, PhD, Bioinformatics Scientist, New York Genome CenterTowards accurate germline and somatic indel discovery with Micro-Assembly (methods focused)From DNA Sequencing to Genomes: the Assembly Challenge (general)
The afternoon Hands-On Training sessions were:
Monday, July 28: UCSC platform
Tuesday, July 29: Galaxy framework
Wednesday, July 30: RStudio programming
Next Generation DNA sequencing technologies have ushered in a wave of analytical techniques which are intimidating due to their size and complexity. However, for those trained in generating and analyzing these data sets these technologies offer powerful and innovative approaches to genome-wide investigations routine.In the summer of 2013, the Iowa Institute of Human Genetics will offer a Bioinformatics Short Course. The course will focus on the most popular next-generation sequencing platforms - the Illumina HiSeq and MiSeq systems, in conjunction with the powerful Galaxy framework to allow investigators to import, QC, align and analyze their data. A series of lectures to introduce basic concepts of data management within Galaxy will be interwoven with practical examples of data analysis specifically tailored to ChIP-seq analysis. Hands-on sessions will enable participants to analyze data from its generation to interpretation. This class will be valuable for both those wanting to learn the basic operations within the Galaxy frame work and also for those wanting to further understand ChIP-seq analysis.
Massively parallel DNA sequencing technologies have ushered in the next wave of the genomics revolution. The clinical application of these technologies will make personalized genomic medicine a reality; in the research laboratory, these technologies are making innovative approaches to genome-wide investigations routine. In the summer of 2012, the Iowa Institute of Human Genetics offered a Bioinformatics Short Course. The course focused on most popular next-generation sequencing platforms - the Illumina HiSeq and MiSeq systems. After completing this course, participants understand the design of a next generation sequencing experiment and the workflow to achieve a particular result. A series of lectures introduced basic concepts interwoven with practical examples of data generation and analysis. Hands-on sessions enabled participants to analyze data from its generation to interpretation