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VERSION:2.0
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BEGIN:VEVENT
DTSTAMP:20260829T082754Z
UID:3385919d-c38d-4f8f-b590-a7c96a733bc1
DTSTART:20240930T070000Z
DTEND:20240930T100000Z
DESCRIPTION:Educators: \nRobert Heyer\, Alexander Sczyrba\, Kay Schallert\,
  Emanuel Lang (BiGi)\n\nDate\n30.09.2024\n\nLocation:\nGCB Bielefeld\n\nCo
 ntents:\nUnderstanding the taxonomic and functional makeup of microbiomes 
 and their activity is crucial for comprehending various diseases like infl
 ammatory bowel disease\, environmental processes such as soil dynamics\, a
 nd biotechnological applications like biogas production. This understandin
 g can be achieved through the analysis of microbial genes (metagenomics)\,
  transcripts (metatranscriptomics)\, proteins (metaproteomics)\, or metabo
 lites (metabolomics). Researchers\, in addition to experimental expertise\
 , require bioinformatics skills to analyze and integrate data pertaining t
 o these microbial features.This workshop aims to illustrate a combined bio
 informatics workflow for whole-genome sequencing [1] and metaproteomics an
 alysis [2\,3] using a microbiome as an example. Additionally\, we will dem
 onstrate how to map omics features to metabolomics pathways using the MPA_
 Pathway_Tool [4] and conduct flux balance analysis.\n\nLearning goals:\nUn
 derstanding data analysis for metagenomics and metaproteomics\n\nPrerequis
 ites:\nNothing\n\nKeywords:\nMetaproteomics\, Metagenomics\, Microbiome\n\
 nTools:\nMetaProteomeAnalyzer\, MPA_Pathway_Tool
LOCATION:Bielefeld
SUMMARY:Bioinformatic metagenome and metaproteome analysis for improved mic
 robiome understanding - GCB2024
URL;VALUE=URI:https://www.denbi.de/training-courses-2024/1718-bioinformatic
 -metagenome-and-metaproteome-analysis-for-improved-microbiome-understandin
 g-gcb2024
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