PubMed. The content of the Titles and Abstracts from PubMed are used to prioritize those articles that mention a gene or disease or any synonym of either for full-text indexing and data processing..
Weekly. Mastermind performs weekly updates to its database by identifying the new content that has been published in the preceding week through PubMed and prioritizing this content for indexing.
Yes. Because Mastermind data is updated on a weekly basis and article indexing is ongoing, as new articles are indexed, the search results can change.
No. Mastermind does not provide direct, online access to articles if those articles are not already available to users – either for free or through an institutional subscription. If a PDF is available to you through the publisher website, the PDF Viewer will allow you to view the full-text publication within Mastermind. If you do not have an institutional subscription to the journal, Mastermind will provide you a link through the publisher or via PubMed to purchase access to the article.
Are genes and variants found in the tables and figures of full-text searches included in the Mastermind database?
Yes. Mastermind scans the entirety of the full-text in its search for gene names or variants including tables and figures.
Is supplemental data from PubMed currently included in the Mastermind database of scientific literature?
No, not yet. This feature is currently under development. If you’d like to learn more, please contact us.
Protein domain data are obtained from the Universal Protein Resource (UniProt; http://www.uniprot.org/ ), a comprehensive, curated resource for protein sequence and annotation data.
Does Mastermind differentiate between positive and negative associations for diseases and genes or diseases and variants?
No. Mastermind searches for all mentions of a disease, gene or variant, but does not draw conclusions about the nature of the association between the disease and variant or gene. We leave that to the experienced curators.
No. In contrast to knowledge-bases like HGMD, Mastermind does not draw conclusions about the clinical significance of individual variants but rather provides the user with all the evidence necessary to make these conclusions on their own. .
Mastermind is a search engine to accelerate variant curation. Rather than manually curating a hundreds of articles per quarter, we are indexing millions of genomic articles. Where HGMD has curated 80K+ articles, Mastermind has indexed over 5 million articles. In contrast to HGMD, Mastermind does not draw conclusions about the clinical significance of individual variants but rather provides the user with all the evidence necessary to make these conclusions on their own.
A single Mastermind query delivers prioritized search results across millions of full text articles. As compared to PubMed which only searches the article abstracts, Mastermind searches and indexes the full text of the articles, providing 15X deeper variant coverage than what can be found by searching abstracts. Mastermind also indexes every possible genomic permutation (cDNA/protein, expanded/contracted, conventional/non-canonical) to create a comprehensive search environment that yields more results over PubMed and Google Scholar with a single search query. Mastermind serves as a comprehensive variant curation tool to aggregate the results based on the biomedical literature, whereas PubMed and Google Scholar only catalogue citations.
Can I see all the articles for a variant or gene that I search on – even if the variant or gene is not in the title or abstract of PubMed?
Yes. Mastermind displays the ALL variants found whether they were present in the Title and/or Abstract only or otherwise somewhere within the full-text.
The protein diagram. Entering a gene name in the “Gene” search box on the Mastermind home page will evoke the “Variant” search box. Coding mutations can be found by typing the one letter code of the original amino acid residue, followed by the position in the protein, and ending with the one letter code of the resulting amino acid. For example, V600E, refers to the change from valine to glutamic acid at position 600 in the protein. Coding variants can also be selected from the auto-fill drop down menu.
Mastermind can be used to search for coding mutations, insertion and deletions (indels), non-sense mutations, and frameshift mutations. Mastermind will also search for non-coding variants affecting 5’- and 3’-untranslated regions (UTRs) and splice donor/acceptor sites.
Entering a gene name in the “Gene” search box on the Mastermind home page will evoke the “Mutation” search box. Coding mutations can be found by typing the one letter code of the original amino acid residue, followed by the position in the protein, and ending with the one letter code of the resulting amino acid. For example, V600E, refers to the change from valine to glutamic acid at position 600 in the protein. Coding variants can also be selected from the auto-fill drop down menu.
How are insertions and deletions, non-sense, frameshift, and non-coding variants displayed in Mastermind?
The “FILTER BY VARIANT” feature in the “Variants” section of the Mastermind results page can be used to find such mutations. For example, “INS” or “DEL” will filter the results for insertions and deletions. Typing “X” will filter for all non-sense mutations. Frameshift mutations can be found by typing “FS”. Typing “UTR” will filter the results for variants in untranslated regions of the protein. The abbreviations “SD” or “SA” can be used to filter the results for all splice donor or splice acceptor sites, respectively.
HGVS and others. Mastermind searches the literature for any one of dozens of different variant nomenclature – standardized (e.g. HGVS; http://www.hgvs.org/ ) or not. For data display, the protein co-ordinates of the variants are used preferentially.
No. Mastermind v1.4 currently does not permit searches by genomic co-ordinate. However, this function has been added to our list of features to be considered for future Mastermind software releases.
Diseases, genes, variants and keywords. Mastermind supports searches by disease name or gene name queries. You can also search by variants after a gene name is provided. The Advanced Search capabilities of Mastermind will support user-defined text-based queries in combination with disease, gene or variant searches.
The Advanced Search capabilities of Mastermind can be used to search for user-defined, free-text terms in the title or abstract of any publication. This feature allows you to quickly filter publication by keyword and also find publications where non-standard terminologies may be have been used by the corresponding author of the publication.
he association strength is a measure of how frequently the selected search terms are mentioned in the text of the article, how close together they appear and where they appear in the article. It is intended to be a relative and not an absolute estimation of the relevance of the content to your search queries. This ranking is depicted in the impact plot – the size of each circle represents the relevance of the article to the selected key terms, the larger the circle, the greater the relevance. By default, Mastermind will order the publications by their association strength in the Articles List.
The impact factor (IF) or Journal impact factor (JIF) of an academic journal is a measure of the average number of citations for articles published in that journal. It is frequently used as an estimate of the relative importance of a journal within its field.
The default categories in Mastermind include: Diagnosis (Dx); Prognosis (Px); Treatment (Rx); Function (Fx); Inheritance (Ix); Mechanism (Mx); SNP or variation (SNP); Goldmine (GM); Case Report (CR); CM and Custom Match (CM). Each of these categories allows the user to display only those articles that contain content that is relevant to each individual category based on the appearance of any of the given category’s key terms. Case Reports identify articles that are case reports as defined in PubMed. Goldmine articles include those articles that describe large-scale studies of cohorts where sequencing was performed (e.g. exome sequencing). The Custom Match identifies key words that are specifically associated with the content for the disease and gene in the original search. Mastermind produces this list of custom key terms by aggregating the content of each of these articles, performing a word frequency calculation, normalizing this list against the rest of scientific literature and then orders the terms by their frequency of occurrence in the content of interest. As an example, for the disease-gene association Melanoma-BRAF, the Custom Match category comprises anti-BRAF inhibitors like Vemurafenib and Imatinib as well as other genes such as GNAQ and ancillary disease terms like uveal.
How can I see all articles for a given variant if the variant does not appear in the Title of Abstract of the paper?
In many instances, reported variants will not appear in the Title or Abstract of a paper, but may be mentioned in the body of the text. The Variants section of Mastermind search results separately displays the number of variants identified in the full-text and Title or Abstract. Clicking on the “Full-text” link will display those papers where the variant was identified somewhere in the full-text. Note that the number of citations will be considerably larger than that for the Title/Abstract, and may need to be filtered further using other keyword or categories.
Yes. Mastermind v1.4 currently supports batch upload of VCF files in Beta form. To learn more visit: https://mastermind.genomenon.com/vcf
Future versions will have a further refined VCF support.
Google Chrome is the preferred browser. For instance, to view the articles as PDFs in Mastermind, you will need to use Google Chrome. Additionally, you will need to have the Mastermind extension for the Google Chrome Browser, which can be installed locally on your own computer:
If you do not have Google Chrome installed yet on your computer, you can download it from https://www.google.com/chrome/ and follow the download instructions for your computer platform.