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This is a video demonstration on how to set up a Windows-based PC for using R and R Studio. It was used for the 2017 BigTap Summer boot camp as precourse material.
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The was a precourse exercise for the 2017 BigTap Boot camp. It explains how to set up an Apple personal computer for using R and R studio.
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This is an overview of the topics to be covered in the Purdue Summer boot camp on big data training for biomedical researchers.
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In this video we explain the concepts for searching DNA to find transcription factor binding sites. This includes a discussion of databases and tools as well as a demonstration of a simple tool…
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In this video we use IGV to visualize DNA-seq data. The demonstration uses date from the ENCODE project as well as BED file made from supplemental data in a published paper.
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This video introduce why omics data are important for biomarker discovery.
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This video explains the concept of different type of biomarkers and the clinical application of these biomarkers with examples.
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This video is an
introduction about the background and significance of biomarker
discovery, esp. why the biomarker is the key to precision medicine.
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This video is a brief introduction for the learning objectives of the next two units.
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This video has two purposes. First, it is an introduction to the Integrative Genomics Viewer (IGV). Afterwards we demonstrate how IGV can be used to visualize RNA-seq data.
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This video presents an overview of the topics that will be covered in Unit 2 of the BigTap online course.
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This video explains how Jupyter notebooks work and how to use them. It is an essential prelude to the BigTap On-line course.
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This video provides an overview of how to open, navigate, edit, save, restart, and close Jupyter notebooks for the BigTap on-line course.
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This is a brief overview of the four major course resources that students will use in the BigTap on-line course.
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This video introduces the GenePattern repository of user friendly bioinformatic tools. Afterwards we use GenePattern to make and visualize hierarchical clusters and heatmaps using trancriptome data.
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