Fish records include the classical genotype representing the non-transient genetic modifiers, equivalent to the GENO ontology intrinsic genotype (GENO: 0000000), and the transient genetic modifiers (STRs), equivalent to the GENO ontology extrinsic genotype (GENO: 00005234)

Fish records include the classical genotype representing the non-transient genetic modifiers, equivalent to the GENO ontology intrinsic genotype (GENO: 0000000), and the transient genetic modifiers (STRs), equivalent to the GENO ontology extrinsic genotype (GENO: 00005234). HDM201 the ZFIN single box search. == INTRODUCTION == The Zebrafish Model Organism Database (ZFIN; http://zfin.org) is the community resource for genetic and genomic data involving zebrafish (Danio rerio). Data in ZFIN includes mutants, gene expression, phenotypes, knockdown reagents, antibodies, transgenic constructs, and reporter lines. These data are integrated from direct data submissions from the research community and expert curation of published literature by biocurators. ZFIN aims to provide the best support possible for current needs of the scientific research community. In this paper, we describe new features added to ZFIN in the past two HDM201 years. These include use of a new experimental conditions ontology, curation of gene expression phenotypes, zebrafish models of human disease HDM201 and molecular details of mutants, as well as the addition of a Reporter Lines category and a figure gallery to the single box search interface. The release schedule for these new projects, descriptive metrics for the new data types, and descriptive metrics for usage and data content of the ZFIN resource in general can be found in the Supplementary Tables S1S4. == THE FISH CONCEPT AND EXPERIMENTAL CONDITIONS == Gene HDM201 expression patterns, phenotypes, and models of human disease are all functions of the combined effects of the genetic constitution of an organism (genotype and genetic background), gene knockdown reagents, and the experimental conditions under which observations are made. At ZFIN, we have long been curating gene expression ATN1 and phenotype from the zebrafish literature to a combination of a genotype plus the experimental conditions (13). Historically, ZFIN included the sequence HDM201 targeting reagents (STRs) morpholinos, TALENs, and CRISPRs in experimental conditions when they were used as transient genetic modifiers (i. e. not used as germline mutagens). In order to obtain a better distinction between the genetic modifiers of a fish and the non-genetic experimental conditions, the STRs were moved out of the experimental conditions and included along with the genotype in a new database object we call a Fish (Figure1). The Fish data model allows grouping of the transient and non-transient genetic modifiers, allowing researchers to more easily understand the number and variety of affected genes for which gene expression and phenotype observations are made. Fish records get unique and persistent identifiers in ZFIN in the form ZDB-FISH-######-##### (see example in Figure1). All gene expression and phenotype annotations, and models of human disease are currently annotated to a Fish record associated with specific experimental conditions. Information about Fish records (genotype, background, and STRs when applicable) can be found on ZFIN Fish record pages and in downloads files. Data from different model organism databases is currently annotated to records having varying degrees of specificity with regard to the genotype involved. In some cases annotations are made directly to allele records and in other conditions annotations are supposed to more complex reports like genotypes or Seafood. This has a challenge the moment trying to go with or incorporate these info. The Seafood database concept aligns with effective genotype (GENO: 0000525) term from GENO ontology, which was manufactured by Monarch Project to version genotype illustrations (4, 5). Fish reports include the time-honored genotype which represents the non-transient genetic rformers, equivalent to the GENO ontology intrinsic genotype (GENO: 0000000), and the transitive genetic rformers (STRs), corresponding to the GENO ontology extrinsic genotype (GENO: 00005234). Consumption of an ontology such as GENO will be essential efforts aimed towards combining info that may be annotated to different numbers of granularity inside the genotype/allele pecking order. == Sleek figure 1 . == The Seafood concept in ZFIN. Facts found at the best of a Seafood page in ZFIN. Seafood records range from the genotype (Green; Genotype), the genetic track record.