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Metagenomics

  1. General introduction
  2. Schedule
  3. Target group
  4. Learning outcomes
  5. Internet connection
  6. Organizers and teachers

General introduction

Microbial community structure, diversity, and population structure are fundamental aspects to understand evolution, niche adaptation and demographic history of bacterial species. As high-throughput sequencing has become cost effective and accessible, sequencing populations of bacteria across the whole metagenome provides unprecedented resolution to investigate within-host evolution, transmission history and population structure. Moreover, analysis of genetic content of microbial communities through metagenomics has become the mainstream methodology. During this one-week course you will learn and apply bioinformatic techniques to perform population genetics and study microbial communities with metagenomic approaches. The goal is to become familiar with the bioinformatic analysis tools and to be able to utilize them in your own research after the course.

Everything is possible thanks to the support of CSC

Feedback

Please give us your feedback at the end of the course here.

Schedule

The course will be held in Viikki at the Faculty of Agriculture and Forestry, University of Helsinki.
Place: Biocenter 1, room 1401, 1st Floor.
Due to COVID-19 the doors of Biocenter 1 are closed. Please call the porter to open the door (02941 59000).

Monday

26.4.2021 9-16

  • Introduction
  • Working with command line
  • QC and trimming
  • Read based analysis

Tuesday

27.4.2021 9-16

  • Read based analysis with MEGAN
  • Read based data analysis in R

Wednesday

28.4.2021 9-16

  • Assembly
  • Assembly QC
  • Prepping files for anvi'o

Thursday

29.4.2021 9-16

  • Genome-resolved metagenomics

Friday

30.4.2021 9-16

  • MAG annotation and downstream analyses

Target group

This course is targeted at PhD and MSc students who are interested in using metagenomics for investigating microbial communities.

Learning outcomes

QA/QC of the raw sequence data, cleaning and assembly; Gene-by-gene annotation; Visualization of data; Taxonomic classification; Functional assignment, Analyses of microbial community composition; Comparative metagenomics; MAG (MetagenomeAssembledGenome) analysis; Statistical methods for metagenome data analysis.

Internet connection

Inside the class room you can find eduroam . Instructions on how to connect in HelpDesk website.

Slack

We will be using Slack on this course. The link has been sent to your email. We will try to have most of the questions in Slack. You are also free to help your peers in there.

Organizers and Teachers

Organizers

  • Docent Jenni Hultman, University of Helsinki, Finland
  • PhD Igor Stelmach Pessi, University of Helsinki, Finland
  • PhD Antti Karkman, University of Helsinki, Finland

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Metagenomics course

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  • R 85.2%
  • Shell 14.8%