Cluster: Biological mapping projects

• PhenoscapePhenoscape

• Human Gastrointestinal Bacteria Genome Collection (HBC)

• Blue Brain Project

• Worm Atlas (C. elegans)

• Single cell RNA sequencing map of embryogenesis in zebrafish

• Single cell RNA sequencing map of embryogenesis in Xenopus
• Single cell RNA sequencing map of embryogenesis in zebrafish

Proteomics is the study of the full protein complement of a cell, tissue or organism. Proteomics and protein databases and can be used to map differences in protein composition and shape to health and disease.

Proteomics is the study of the full protein complement of a cell, tissue or organism. Proteomics and protein databases and can be used to map differences in protein composition and shape to disease.

Most biological maps and catalogs allow comparisons between human and non-human model organisms and provide information about homologous genes or corresponding processes across different organisms. Model organisms such as yeast, fruit flies and mice are used in research as a proxy for understanding human biology because they have genes and biological processes in common with humans.

Phenomics is the systematic study of measurable phenotypes or characteristics on a genome-wide scale. Ontologies are used for cataloging the biological roles of gene products using a common language. The characterization of the phenotype of organisms with gene mutations or gene knock outs is used to understand gene function. Both genotype and environment determine phenotype. Since not all genetic differences between individuals have an impact on phenotype, genotype-phenotype association projects aim to catalogue the genotypes that are associated with observable or measurable phenotypes such as disease or altered cell function.

Phenomics is the systematic study of measurable phenotypes or characteristics on a genome-wide scale. Ontologies are used for cataloging the biological roles of gene products using a common language. The characterization of the phenotype of organisms with gene mutations or gene knock outs is used to understand gene function. Both genotype and environment determine phenotype. Since not all genetic differences between individuals have an impact on phenotype, genotype-phenotype association projects aim to catalogue the genotypes that are associated with observable or measurable phenotypes such as disease or altered cell function.

Phenomics is the systematic study of measurable phenotypes or characteristics on a genome-wide scale. Ontologies are used for cataloging the biological roles of gene products using a common language. The characterization of the phenotype of organisms with gene mutations or gene knock outs is used to understand gene function. Both genotype and environment determine phenotype. Since not all genetic differences between individuals have an impact on phenotype, genotype-phenotype association projects aim to catalogue the genotypes that are associated with observable or measurable phenotypes such as disease or altered cell function.

• Map of Life (MOL)

• The Biogeographic Atlas of the Southern Ocean

• Ocean Biogeographic Information System (OBIS)

• The Barcode of Life Data System (BOLD) developed at the Centre for Biodiversity Genomics in Canada

• International Barcode of Life (iBOL), a research alliance that overseeing BARCODE 500K, BIOSCAN and the Planetary Biodiversity Mission (PBM)

• The Gene OntologyGene Ontology (GO) resource and GO Consortium - Computational models of biological systems from genes to molecular pathways to organism for the understanding of gene function

• Plant Ontology - structured vocabulary and database resource that links plant anatomyplant anatomy, morphology and growth and development to plant genomics data

• National Plant Phenomics Centre (IBERS Gogerddan, WalesWales, UK)

• Chimpanzee Genome Project
• AgBase - Resource for functional analysis of agricultural plant and animal gene products and Gene Ontology annotations

• Chimpanzee Genome Project

• Virus-Host DB

• Earth Microbiome Project
• Project Acari - microbiome of ticks

• AgBase - Resource for functional analysis of agricultural plant and animal gene products and Gene Ontology annotations

• Project Acari - microbiome of ticks
• Earth Microbiome Project