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Keyword
- African populations2
- GWAS workflow2
- H3ABioNet GWAS 2018 Lecture Series2
- H3Africa genotyping array2
- AWI-GEN1
- African genome structure1
- African genomics1
- Allelic association1
- Bioinformatics1
- Case Control study1
- Common and rare variants1
- Complex traits1
- Discordant Sex information1
- Epigenomics1
- GWAS1
- GWAS study designs1
- Genetic Diversity1
- Genome Mapping1
- Genome Structure 1
- Genome Wide Association Studies1
- Genotype association1
- Genotype calling1
- Genotypes1
- Genotyping1
- Genotyping rate call1
- H3ABioNet1
- H3Africa1
- Hardy Weinberg Equilibrium1
- Heterozygosity rate1
- Identity by Descent1
- Low minor allele frequency1
- Metagenomics1
- Missingness1
- Nextflow1
- PLINK format1
- Population Genomics1
- Population Scale 1
- Population genetics1
- Populations Genomics1
- Principal Component Analysis1
- Quality Control for GWAS1
- Quantitative traits1
- Related and duplicate individuals1
- SNP Quality Control1
- Sample Quality Control1
- Sample size1
- Sequencing1
- Single Cell Sequencing1
- Spatial transcriptomics1
- Study design1
- clinical sequencing1
- genomics1
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Scientific topic
- Bioinformatics1156
- Genome annotation369
- Exomes366
- Genomes366
- Genomics366
- Personal genomics366
- Synthetic genomics366
- Viral genomics366
- Whole genomes366
- Biological modelling304
- Biological system modelling304
- Systems biology304
- Systems modelling304
- Biomedical research258
- Clinical medicine258
- Experimental medicine258
- General medicine258
- Internal medicine258
- Medicine258
- Bottom-up proteomics169
- Discovery proteomics169
- MS-based targeted proteomics169
- MS-based untargeted proteomics169
- Metaproteomics169
- Peptide identification169
- Protein and peptide identification169
- Proteomics169
- Quantitative proteomics169
- Targeted proteomics169
- Top-down proteomics169
- Data visualisation135
- Data rendering128
- Exometabolomics95
- LC-MS-based metabolomics95
- MS-based metabolomics95
- MS-based targeted metabolomics95
- MS-based untargeted metabolomics95
- Mass spectrometry-based metabolomics95
- Metabolites95
- Metabolome95
- Metabolomics95
- Metabonomics95
- NMR-based metabolomics95
- Data management94
- Metadata management94
- Aerobiology90
- Behavioural biology90
- Biological rhythms90
- Biological science90
- Biology90
- Chronobiology90
- Cryobiology90
- Reproductive biology90
- Computational pharmacology84
- Immunology84
- Pharmacoinformatics84
- Pharmacology84
- Data mining79
- Pattern recognition79
- Comparative transcriptomics70
- Transcriptome70
- Transcriptomics70
- Cloud computing61
- Computer science61
- HPC61
- High performance computing61
- High-performance computing61
- Functional genomics44
- Biomathematics43
- Computational biology43
- Mathematical biology43
- Theoretical biology43
- Epigenomics42
- Disease41
- Pathology41
- Active learning40
- Ensembl learning40
- Kernel methods40
- Knowledge representation40
- Machine learning40
- Neural networks40
- Recommender system40
- Reinforcement learning40
- Supervised learning40
- Unsupervised learning40
- Metagenomics35
- Shotgun metagenomics35
- RNA-Seq analysis33
- Electrophysiology30
- Physiology30
- Pipelines30
- Software integration30
- Tool integration30
- Tool interoperability30
- Workflows30
- High-throughput sequencing29
- Chromosome walking28
- Clone verification28
- DNA-Seq28
- DNase-Seq28
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Country
- Belgium1
- Italy1
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Target audience
- Anyone intersted in GWAS and using the H3Africa genotyping chip2
- evolutionary biologists who already have bioinformatics skills. PhD students and Post-Doc researchers will benefit the most out of this course, but applications from all candidates will be evaluated in their context1
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