Our users assign their projects to research areas. Following is a breakdown of the research areas in which our users use the cloud most often. This lists the research topic and the number of projects for which the corresponding research topic is specified. A project can be assigned to multiple research areas.
- Sequence analysis187
- Computational biology128
- Bioinformatics117
- Gene expression85
- Machine learning85
- Metagenomics73
- Genomics68
- Genetic variation48
- Phylogeny43
- Proteomics40
- Microbiology38
- Sequence assembly36
- Computer science33
- Medical imaging32
- Transcriptomics29
- Sequencing28
- Plant biology26
- Database management26
- Data visualisation25
- Biological databases25
- Molecular interactions, pathways and networks24
- Systems biology24
- Sequence sites, features and motifs23
- Ontology and terminology23
- RNA-Seq22
- Genome annotation21
- Phylogenomics20
- Workflows20
- Cell biology19
- Mapping19
- Imaging19
- Oncology18
- Bioimaging18
- Comparative genomics18
- Immunology18
- Protein interactions17
- Gene and protein families16
- Virology16
- Microbial ecology16
- Epigenetics14
- Whole genome sequencing14
- Function analysis14
- Mass spectrometry13
- Biodiversity13
- Data acquisition13
- Functional genomics12
- Pathology12
- Informatics11
- Light microscopy11
- RNA11
- Epigenomics11
- Biomedical science11
- Medical informatics11
- Evolutionary biology11
- Metabolomics10
- High-throughput sequencing10
- Protein structure analysis9
- Gene regulation9
- Data submission, annotation and curation9
- Omics9
- Metagenomic sequencing8
- Ecology8
- Synthetic biology8
- Data mining8
- Neurobiology8
- Population genomics8
- Protein expression8
- Small molecules8
- Transcription8
- Transcription factors and regulatory sites8
- Literature analysis7
- Software engineering7
- Protein folds and structural domains7
- Proteins7
- DNA methylation7
- Natural language processing6
- Infectious disease6
- Lipids6
- Metabolites6
- Sequence composition, complexity and repeats6
- Sequence comparison6
- Structure analysis6
- Taxonomy6
- Protein-protein interactions6
- Statistics and probability6
- Nucleic acid structure analysis6
- Functional, regulatory and non-coding RNA5
- Human disease5
- Environmental science5
- Agricultural science5
- Molecular dynamics5
- Protein folding, stability and design5
- Protein properties5
- Gene structure5
- Literature and language5
- Nucleic acids4
- Data integration and warehousing4
- DNA mutation4
- Biotechnology4
- Population genetics4
- Disease pathways4
- Personalised medicine4
- Sequence annotation4
- Marine biology4
- Applied mathematics4
- SNP4
- Literature data resources4
- Metatranscriptomics4
- Gene regulatory networks4
- Biological system modelling4
- Neurology4
- DNA-Seq4
- Genetics3
- Drug discovery3
- Medicines research and development3
- Information retrieval3
- Biomarkers3
- Genotype and phenotype3
- rRNA3
- RNA-Seq alignment3
- Document, record and content management3
- Protein structure prediction3
- Public health and epidemiology3
- Protein interaction networks3
- Metabolic pathways3
- Molecular biology3
- Simulation experiment3
- Sequence alignment3
- Classification3
- Preclinical and clinical studies3
- Pharmacogenomics3
- Psychiatry3
- Protein disordered structure3
- Structural biology3
- Structural variation3
- Enzymes2
- RNA splicing2
- RNA structure2
- Ontologies, nomenclature and classification2
- Data quality management2
- Sequence classification2
- Data governance2
- Membrane and lipoproteins2
- Parasitology2
- Sequence search2
- Biomolecular simulation2
- Toxicology2
- Cheminformatics2
- G protein-coupled receptors (GPCR)2
- Molecular medicine2
- Human genetics2
- GWAS study2
- DNA polymorphism2
- Gene transcripts2
- Protein databases2
- Sequence clustering2
- Pathogens2
- Protein variants2
- Alignment2
- MRI2
- Phylogenetics2
- Unicellular eukaryotes2
- Signaling pathways2
- Structure prediction2
- Structural genomics2
- Gene transcription2
- Molecular modelling2
- DNA2
- Molecular evolution2
- Biochemistry2
- Data types and objects2
- Animal study2
- Electron microscopy2
- Gene finding2
- Protein and peptide identification2
- Data architecture, analysis and design2
- Human biology2
- Cardiology2
- Ribosomes2
- Gene expression and microarray1
- Quantitative genetics1
- Repeat sequences1
- Drugs and target structures1
- Synthetic chemistry1
- Structure determination1
- Proteomics experiment1
- Immunogenetics1
- Protein-drug interactions1
- Dermatology1
- Vertebrates1
- Allergy, clinical immunology and immunotherapeutics1
- Chromosomes1
- Cellular process pathways1
- Splice sites1
- Peptides and amino acids1
- Tool topic1
- Proteogenomics1
- Zoology1
- Molecular docking1
- Protein sequence analysis1
- Proteome1
- Protein sequence alignment1
- Protein sequences1
- Data security1
- Protein post-translational modifications1
- Drug metabolism1
- Biology1
- Sequence profiles and HMMs1
- ChIP-seq1
- Immunoinformatics1
- Medicinal chemistry1
- Protein binding sites1
- Fungi1
- Documentation and help1
- Computational chemistry1
- Transmembrane protein prediction1
- Copy number variation1
- Laboratory animal science1
- Dentistry1
- Mitochondria1
- Analytical chemistry1
- Rare diseases1
- Protein tertiary structure prediction1
- Protein-nucleic acid interactions1
- Biophysics1
- Study topic1
- Mathematics1
- Microbial collection1
- Prokaryotes and Archaea1
- Phylogeny reconstruction1
- Protein domains1
- Anatomy1
- Haematology1
- Disease (specific)1
- Genotyping experiment1
- Molecular genetics1
- Yeast1
- Sequence database search1
- Freshwater biology1
- Sequence editing1
- Tomography1
- Medicine1
- Exome sequencing1
- RNA immunoprecipitation1
- Systems medicine1
- Mice or rats1
- Translational medicine1