Team I Gene Prediction Group: Difference between revisions
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===Gene Prediction === | ===Gene Prediction === | ||
Gene prediction is the process of identifying the specific regions of genomic DNA that encode for genes. After sequencing and assembly, gene prediction is one of the first steps in understanding the genome of a species. In the past, confirming that the gene prediction is accurate demanded in vivo experimentation through gene knockout and other assays. Today, bioinformatics research has made it possible to predict the function of a gene based on its sequence alone. There are 2 general methods to do this: homology-based tools and ab-initio tools. | |||
Gene prediction is the | |||
===Data=== | ===Data=== |
Revision as of 08:47, 23 March 2018
Introduction
Background
Our overarching goal is to understand what causes heteroresistance in Klebsiella spp. At this step, our objective was, given assembled genomes, to predict genes for Klebsiella that could later be annotated to understand functionality.
Gene Prediction
Gene prediction is the process of identifying the specific regions of genomic DNA that encode for genes. After sequencing and assembly, gene prediction is one of the first steps in understanding the genome of a species. In the past, confirming that the gene prediction is accurate demanded in vivo experimentation through gene knockout and other assays. Today, bioinformatics research has made it possible to predict the function of a gene based on its sequence alone. There are 2 general methods to do this: homology-based tools and ab-initio tools.
Data
Objective
Methods
Pipeline (general workflow)
Discussion
Conclusions
References
Here is our powerpoint for background and strategy.