Quick Search Examples and Questions
Quick Search Examples and Questions
This help document answers the following questions:
You can narrow what the Quick Search returns by:
You can get additional information about Quick Search results by:
See also When should I use Quick Search vs. an individual MGI query form? for more information about advanced searches.
Accession IDs associated directly and only with a genome feature appear as an exact match under Genome Features. Accession IDs associated with one or more genome features and with another object (for example, a sequence ID) return the associated features as exact matches and accessioned objects in Other Results by ID. These include:
In addition, some accession IDs are not unique. As an example, query for 100678.
You may use any of these, and more. Searchable fields for exact matching include:
Quick Search handles special characters such as parentheses, commas, colons, semicolons, slashes, +/-. However, the text in this example consists of both the symbol (T(XA1?;InY)8Ei) and name (reciprocal translocation, Chr X and inverted Chr Y, Eicher 8). Enter either the symbol or the name in the query box. If you want an exact match on the name, use the exact phrase option or enclose the phrase in quotes.
All synonym variations produce the same result. For example, whether you enter (K+ + H+)-ATPase activity or H+/K+-ATPase activity, or H,K-ATPase activity, you'll see identical matches.
The string above contains both the term definition (hydrogen:potassium-exchanging ATPase activity) and the identifier (GO:0008900). One or the other is sufficient when querying for any matches. For best results, enclose multi-word terms in quotation marks, e.g. "hydrogen:potassium-exchanging ATPase activity" or choose the exact phrase search option.
Quick Search looks for terms (that is, keywords), synonyms, and definitions from the vocabularies. If you want an exact match, use the exact phrase search option or put the word or phrase in quotation marks, or use the ontology ID.
Acronym Ontology Quick Search looks for… EMAPA Mouse Developmental Anatomy Ontology
(Browser)Mouse anatomical terms GO Gene Ontology
GO BrowserFunction including molecular function, biological process, and cellular component MP Mammalian Phenotype
Mammalian Phenotype BrowserPhenotype OMIM Online Mendelian Inheritance in Man Disease (model or ortholog) DO Disease Ontology
Disease Ontology BrowserDisease (model or ortholog) PIRSF Protein Information Resource SuperFamily Protein families InterPro Protein data from EBI's InterPro database Protein domain
Note: Adult Mouse Anatomy (MA) matches do not appear beneath Vocabulary Terms, but (when available) do appear beneath Other Results by ID.
We recommend using no more than 32 words, IDs, or other text items. Each piece of text in a phrase, even when enclosed in quotation marks, counts as a word.
The only wild card allowed is the asterisk and you can only use it at the end of a word or symbol or term.
Yes, though we recommend using no more than 32 words.
No, but they are helpful when you don't use the Quick Search's exact phrase option and want to perform an exact phrase match to a portion of your search terms.
No.
Yes. See Querying by Accession ID - Results and Examples for list of providers, sample IDs, and where to look for any matches in the Quick Search Results.
Quick Search identifies the "root" of a word by removing common suffixes. This is called stemming. (For more information, see stemming in Wikipedia.) As examples: translocation is stemmed to transloc-; immunization is stemmed to immun-. Click See Details for this Search on a Results page to see how Quick Search has stemmed any word or phrase in your search text.
Additional examples:
Term Stemmed to… alimentary alimentari- perinatal perinat- metabolism metabol- immune immun- embryonic embryon- postnatal postnat- aging age- pigmentation pigment- urinary system urinari-, system- respiratory respiratori- tumorigenesis tumorigenesi-
Note: For best results, use wild cards on scientific or medical terms that the stemming algorithm may not recognize. As examples, use:
Note: You may find that matches on the Genome Features are to stemmed versions of your search term and that these entries appear prior to your search term. As an example, you enter Apoe and expect to see alleles of this gene at the top of the list, but instead you discover genes with synonyms containing Apo. This occurs because the search engine does not discriminate between Apo (the term as stemmed) and Apoe (your term) but does allot marker symbols a larger value.
Stop words are natural articles of speech that are filtered by search engines to speed up processing. See stop words in Wikipedia for a definition. Quick Search removes the following words (except when they are part of a gene name) from queries:
a | an | and | as | be | but | if | is| it | or | such | that | the | their | then | there | these | they | this | was | will
To find… For example… Look here An overview of MGI data lists of all MGI markers, sequence data, mammalian orthology, gene ontology, strains & polymorphisms, gene expression, alleles and phenotypes, nomenclature, references, clone collections MGI Data and Statistical Reports MGI query forms & other searches Genes, Genome Features & Maps; Phenotypes, Alleles & Disease Models; Gene Expression; GO Functional annotations; Strains, SNPs & Polymorphisms; Mammalian Orthology; Sequences; References; Vocabularies; and more All Search Tools Nomenclature symbols, names, synonyms for mouse genes, genome features, orthologs, alleles, mutations Genes, Genome Features & Maps
Mouse Nomenclature HomepageGene expression during development, from assays, in structures, during developmental stages, in cell-line or tissue Gene Expression Database (GXD) Embryonic development, postnatal mouse, anatomical structures, Theiler stages somite pair
pigmented retinal epitheliumMouse Developmental Anatomy Browser Functional annotations for mouse gene products GO:0004699
calcium-independent protein kinase C activity
regulation of signal transductionGO Browser Protein domains IPR016243
Immunoglobulin-like fold
Tyrosine-protein kinase, CSF-1/PDGF receptor
Protein kinase ATP binding, conserved siteEBI's InterPro database Annotated phenotype data (terms, definitions and term relationships in a DAG) cellular phenotype
embryogenesis phenotype
homeostasis/metabolism phenotype
lethality-postnatalMammalian Phenotype Browser Human genes and genetic disorders; diseases DOID:10652
breast cancerDisease Ontology Browser