Date: 15 December 2022

Analysing biological datasets is nearly always a multi-step process involving many interconnected stages. Even so, the lack of transparent approaches to managing complex data analysis pipelines remains a common challenge in the life sciences. Another limiting factor is that completing such pipelines often requires in-depth knowledge of many data analysis tools and programming languages. There is, therefore, a continued need for methodologies that make complex biological data analysis pipelines easier to implement.

This webinar will present some of the main practical ways through which PerMedCoE seeks to make data analysis pipelines more manageable and accessible to researchers. In particular, the webinar will provide an overview of how the project addresses many biological use cases using a single, shared approach in which semi-automated workflows are constructed using purpose-designed building blocks.

About the speaker

Dr Jesse Harrison is a Senior Data Scientist and Project Manager at CSC - IT Center for Science Ltd, where he currently leads the Horizon EU BioDT project. His other tasks have included R environment design, maintenance and support on CSC computing platforms, bioinformatics tool development, and teaching. Prior to joining CSC in 2019, Jesse held postdoctoral positions in microbial ecology, astrobiology and environmental chemistry at the universities of Helsinki, Turku, Vienna and Edinburgh (2012-2019).

Contact: Daniel Thomas Lopez - dthlopez@ebi.ac.uk

Keywords: Fermentation, Microbial ecosystems webinar, UniProt: The Universal Protein Resource, Proteins (proteins), Antimicrobial resistance, Ensembl, DNA & RNA (dna-rna), BLAST, Open Targets Platform, Cross domain (cross-domain), Chemical biology (chemical-biology), Drug discovery, Drug target identification, UniRule, ARBA, Automated annotation, MetaboLights: Metabolomics repository and reference database, Chemical Entities of Biological Interest, ChEBI, Metabolites, Molecular building blocks of life, Human Cell Atlas Data Coordination Platform, Single-cell transcriptomics, HCA data portal, Programmatic access, API, Python, Complex Portal, macromolecular assembly, InterPro, Boolean modelling, Europe PubMed Central, Literature (literature), Open access, Protein Data Bank in Europe - Knowledge Base, 3D structure, AlphaFold Database, DeepMind, Artificial intelligence, AI, Structure prediction, cancer, Boolean, Ensembl Genomes, European Nucleotide Archive, Data archive, Raw sequencing data, RNAcentral, Non-coding RNA, ncRNA, GPU, Data protection, Job dispatcher, Bioimage analysis resource, Accessibility, Missense variation, Biostatistics, Rfam, non-coding RNA, Infernal software, Sequence annotation, Root microbiome, Abiotic stress, land management, Plant genotype, Plant webinar series, HPC, database development, cross-linked databases, Plant database, data infrastructure, Plant breeding, Data standards, data managemnet, data sharing, Hyb-Seq method, Flowering plants, Crop improvement, Pangenomics, Pangenomes, Virtual humans, Drug-target identification, plant-microbe interactions, Spatial transcriptomics, Plant research, Drug targets, Machine learning, Mathematical modelling, plant science, Data integration, plant-environment interaction, Phenotyping, field phenotyping, Deep phenotyping, EOSC-Life, NHGRI-EBI GWAS Catalog, clinical data, genome-wide association, plants, European Variation Archive, EVA, Variant clusters, Variant data annotation, Constraint-based metabolic modelling, UniProt knowledgebase, protein variant impact, disease-associated protein variants, Bioethics, FAIR principles, ELSI, cohort data, translational research, BioModels database, Mathematical modeling, Reproducibity, Systems biology models, workflows, federated analysis, polygenic risk scores, IntAct Molecular Interaction Database, PSICQUIC, IMEx, Complex portal, Agent-based modelling, Macrophages, Tumorigenesis, Training (Training), On-demand, teaching, introduction, Building blocks, Data analysis

Organizer: European Bioinformatics Institute (EBI)

Host institutions: EMBL-EBI

Capacity: 500

Event types:

  • Workshops and courses

Scientific topics: Computational biology, Personalised medicine, Workflows


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