Provider: Price Lab, LBNL · Website · DOI: 10.1038/s41586-018-0124-0
Description
Gene fitness data from transposon mutant experiments across 40+ bacterial organisms. Identify essential genes and condition-specific fitness effects.
Purpose
Connect genotype to phenotype through systematic mutagenesis. Understand which genes are essential for growth, which provide advantages under specific conditions, and how genetic background affects fitness.
Scale
- organisms: 40+
- experiments: 1000+
- tables: 90+
Used by projects (30)
- acinetobacter_adp1_explorer
- alphafold_msa_annotation
- amr_cofitness_networks
- amr_fitness_cost
- amr_pangenome_atlas
- annotation_gap_discovery
- aromatic_catabolism_network
- bacdive_phenotype_metal_tolerance
- berdl_data_atlas
- caulobacter_fur_lipida_loss
- costly_dispensable_genes
- counter_ion_effects
- enigma_carbon_census_1
- field_vs_lab_fitness
- fitness_modules
- functional_dark_matter
- fw300_metabolic_consistency
- gene_function_ecological_agora
- genotype_to_phenotype_enigma
- ibd_phage_targeting
- metabolic_capability_dependency
- metal_cross_resistance
- metal_fitness_atlas
- pathway_capability_dependency
- prophage_amr_comobilization
- pseudomonas_carbon_ecology
- respiratory_chain_wiring
- snipe_defense_system
- truly_dark_genes
- webofmicrobes_explorer