Training materials
Scientific topics: Tool interoperability
and Target audience: PhD students
and Include disabled: true
2 materials found
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Scientific topic
- Bioinformatics12
- Data management10
- Metadata management10
- Protein bioinformatics10
- Protein databases10
- Protein informatics10
- Protein structure10
- Protein structure analysis10
- Protein tertiary structure10
- Proteins10
- Research data management (RDM)10
- Chemical biology7
- DNA variation5
- Exomes5
- Functional genomics5
- Genes5
- Genetic variation5
- Genetics5
- Genome annotation5
- Genomes5
- Genomic variation5
- Genomics5
- Genotype5
- Genotype and phenotype5
- Genotype and phenotype resources5
- Genotype-phenotype5
- Genotype-phenotype analysis5
- Genotyping5
- Heredity5
- Mutation5
- Personal genomics5
- Phenotype5
- Phenotyping5
- Polymorphism5
- Somatic mutations5
- Synthetic genomics5
- Viral genomics5
- Whole genomes5
- Bottom-up proteomics4
- Codon usage4
- Content management4
- DNA chips4
- DNA microarrays4
- Database management4
- Discovery proteomics4
- Document management4
- Exometabolomics4
- Expression4
- File management4
- Gene and protein families4
- Gene expression4
- Gene expression profiling4
- Gene families4
- Gene family4
- Gene system4
- Gene transcription4
- Gene translation4
- Genes, gene family or system4
- LC-MS-based metabolomics4
- MS-based metabolomics4
- MS-based targeted metabolomics4
- MS-based targeted proteomics4
- MS-based untargeted metabolomics4
- MS-based untargeted proteomics4
- Mass spectrometry-based metabolomics4
- Metabolites4
- Metabolome4
- Metabolomics4
- Metabonomics4
- Metagenomics4
- Metaproteomics4
- NMR-based metabolomics4
- Peptide identification4
- Protein and peptide identification4
- Protein families4
- Protein sequence classification4
- Proteomics4
- Quantitative proteomics4
- Record management4
- Shotgun metagenomics4
- Structural assignment4
- Structural biology4
- Structural determination4
- Structure determination4
- Targeted proteomics4
- Top-down proteomics4
- Transcription4
- Active learning3
- Antimicrobial stewardship3
- Bayesian methods3
- Biological models3
- Biological networks3
- Biological pathways3
- Biostatistics3
- Cellular process pathways3
- Chemical informatics3
- Cheminformatics3
- Chemoinformatics3
- DNA sequence3
- DNA structure prediction3
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- European Bioinformatics Institute (EBI)2
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Difficulty level
- Not specified2
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Target audience
- PhD students
- bioinformaticians3
- Clinicians2
- Anyone interested in simulation of metabolic models, and in PerMedCoE tools and activities1
- Biologists, Genomicists, Computer Scientists1
- esearchers and research software engineers who would like to begin automating their analyses in workflows. 1
- life scientists1
- programmers1
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- e-learning2
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