Use programs in Unix for analysis of NGS data. Explain key theoretical concepts of alignment and de novo assembly. Explain the steps involved in a general NGS data analysis. Describe the applications of the different NGS technologies, including the weakness and strengths of the approaches. The course will be conducted in English.For more information, please contact Gabriel Renaud, or alternatively click on the links above.A student who has met the objectives of the course will be able to: Additionally, because many of the exercises will be performed using command-line basic knowledge of how to navigate in a Unix/Linux environment is a plus, but not required, and will be taught on the first day of the course.Norman Cohen from Open University namedIf you are a DTU student please sign up via standard procedures. Articles will be available during the course to support understanding of the subjects.Here is a very nice lecture series by Dr. Cooperate in groups for project work and communicate results on a poster.There are no textbooks, and none is necessary for following the course. Apply analytical and reflective skills in analyzing results from individual steps and the final project. Independently perform a basic NGS data analysis.
![]() X11 (Xquartz) Ssh -X How To Navigate InTo log in you need an ssh client program. The course exercises are made to be run on the Computerome supercomputer and not on your own computer, but you do need to use your own laptop to log in to the Computerome system. General information for guest students 2014 for macLinux should have ssh built-in. If you are using a Mac you must have X11 or XQuartz installed, if you have Mac OSX > 10.6 you can install XQuartz from.
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