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EMBL Course: Shift your DNA and RNA Sequencing Library Preparation into Hyper-Drive
The goal of this hands-on course is to teach the fundamentals of RNA and DNA library preparation for next generation sequencing applications. RNA depletion and enrichment strategies for different populations of RNA will be explained and users will learn about the advantages of RNA-Seq compared to other methods such as Sanger sequencing and microarrays.
In addition, library preparation for (low input) DNA samples will be performed. Users will also learn about sample QC and library quantification that enable the preparation of high-quality, low-biased DNA libraries.
No prior NGS or coding experience is required to participate in this course.
Submit your paper to J Biol Methods today!
Events for July 03, 2019
in Scientific Conferences and Workshops
EMBL Course: Microinjection
By EMBL
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EMBL Course: Microinjection in Zebrafish and Medaka: From Transgenesis to CRISP
This course is aimed at research technicians and scientists interested in the generation of genetic modified fish models. Participants should have basic experience with molecular biology techniques.
This course is aimed at research technicians and scientists interested in the generation of genetic modified fish models. Participants should have basic experience with molecular biology techniques.
EMBO | EMBL Symposium: Mechanical Forces
By EMBL
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EMBO | EMBL Symposium: Mechanical Forces in Development
The symposium aims at bringing together world-leading experts in the fields of mechanobiology, cell biology and developmental biology studying the mechanical basis of cell and tissue morphogenesis. Particular emphasis will be given to quantitative approaches analysing how force production, transduction and reception drive cell and tissue morphogenesis from the molecular scale to the organismal scale. The field is currently expanding rapidly and we aim to provide a comprehensive overview of both experimental and theoretical advances providing insight into the molecular, cellular and biophysical mechanisms by which cells, tissues and entire organisms take shape.
The symposium aims at bringing together world-leading experts in the fields of mechanobiology, cell biology and developmental biology studying the mechanical basis of cell and tissue morphogenesis. Particular emphasis will be given to quantitative approaches analysing how force production, transduction and reception drive cell and tissue morphogenesis from the molecular scale to the organismal scale. The field is currently expanding rapidly and we aim to provide a comprehensive overview of both experimental and theoretical advances providing insight into the molecular, cellular and biophysical mechanisms by which cells, tissues and entire organisms take shape.
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July 2019
July 2019
