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Scientific topic
- Comparative transcriptomics2
- Data management2
- Metadata management2
- Research data management (RDM)2
- Transcriptome2
- Transcriptomics2
- Biological modelling1
- Biological sequences1
- Biological system modelling1
- Biomolecular structure1
- Botany1
- Computational structural biology1
- DNA structure prediction1
- Enzyme active site1
- Exomes1
- FAIR data1
- Findable, accessible, interoperable, reusable data1
- Genome annotation1
- Genomes1
- Genomics1
- Intramembrane regions1
- Metagenomics1
- Molecular structure1
- Nucleic acid design1
- Nucleic acid folding1
- Nucleic acid structure prediction1
- Personal genomics1
- Phenomics1
- Phylogenetic clocks1
- Phylogenetic dating1
- Phylogenetic simulation1
- Phylogenetic stratigraphy1
- Phylogeny1
- Phylogeny reconstruction1
- Plant1
- Plant anatomy1
- Plant biology1
- Plant cell biology1
- Plant ecology1
- Plant genetics1
- Plant physiology1
- Plant science1
- Plants1
- Protein binding sites1
- Protein cleavage sites1
- Protein domains1
- Protein fold recognition1
- Protein folds1
- Protein folds and structural domains1
- Protein functional sites1
- Protein interaction map1
- Protein interaction networks1
- Protein interactions1
- Protein interactome1
- Protein key folding sites1
- Protein membrane regions1
- Protein structural domains1
- Protein structure1
- Protein structure analysis1
- Protein structure prediction1
- Protein tertiary structure1
- Protein topological domains1
- Protein transmembrane regions1
- Protein-DNA interaction1
- Protein-DNA interactions1
- Protein-RNA interaction1
- Protein-RNA interactions1
- Protein-ligand interactions1
- Protein-nucleic acid binding sites1
- Protein-nucleic acid interactions1
- Protein-protein interactions1
- RNA structure prediction1
- Rare diseases1
- Regulatory RNA1
- Sequence analysis1
- Sequence databases1
- Shotgun metagenomics1
- Structural assignment1
- Structural bioinformatics1
- Structural biology1
- Structural determination1
- Structure analysis1
- Structure data resources1
- Structure databases1
- Structure determination1
- Structure prediction1
- Structures1
- Synthetic genomics1
- Systems biology1
- Systems modelling1
- Transmembrane regions1
- Viral genomics1
- Whole genomes1
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Target audience
- Biologists3
- Bench biologists2
- Biologists, Genomicists, Computer Scientists2
- Rare disease registry managers2
- beginner bioinformaticians2
- bioinformaticians2
- experimeintal biologist researchers2
- Anyone aiming at employing protein structure modeling in their projects or integrating protein structure modeling in their analysis pipelines1
- Anyone new to the field of systems biology1
- Biomedical researchers1
- Data Managers in plant biology1
- Researchers in plant biology1
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Keyword
- Protein structure visualisation3
- protein structure3
- Functional Annotation2
- Functional analysis2
- Rare diseases2
- Sequence analysis2
- patient registries2
- Computational modelling1
- Data management1
- FAIR1
- Genomics1
- Mathematical models1
- Molecular interactions1
- Phenotype1
- Phylogenetic trees1
- Plant1
- Protein interactions1
- Protein structure analysis1
- Protein structure databases1
- Protein-Protein Complex modeling1
- RNA-seq1
- Systems Biology1
- multiple sequence analysis1
- protein sequence analysis1
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Competency level
- Not specified22
- Beginner9
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Author
- Marco Anteghini3
- César Bernabé2
- Marco Roos2
- Anne-Françoise Adam-Blondon1
- Cyril Pommier1
- Célia Michotey1
- ELIXIR training platform1
- Florian Heer1
- James B. Procter1
- Juergen Haas1
- Kornobis, Cabellos, Aguilar, Frias-Lopez, Rozas, Marco & Zardoya1
- Livia Perfetto1
- Luana Licata1
- Marek Ostaszewski1
- Sandra Orchard1
- Vanita Haurheeram1
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Contributor
- SWISS-MODEL team1
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