In order to edit or add Events, Projects or Publications you must be assigned an editor role. Please contact admin@biomaterialdatabase.com.
In order to edit or add Events, Projects or Publications you must be assigned an editor role. Please contact admin@biomaterialdatabase.com.
When you complete a search, each relevant study receives a ranking score that indicates how closely its content matches your search terms. This score helps prioritize the most relevant documents so that you see the best results first.
The database is openly accessible to researchers, students, industry professionals, and anyone interested in biomaterials. Users can perform basic searches similar to free-text queries in PubMed, but the AI-driven capabilities of the platform enable advanced exploration, allowing them to mine, analyse, and visualise data based on MeSH terms, study types, and other parameters. The designers and developers prioritised both usability and usefulness, ensuring that the platform’s advanced functionalities greatly enhance research efficiency and accuracy. This focus allows users to intuitively interact with the database while benefiting from powerful tools for data mining and analysis.
Currently, data is extracted from the PubMed and PubMed Central databases. With regard to PubMed Central, approximately 75% of the records have been mapped to the PubMed source via the PMID identifier, and information is available for this subset. The remaining records will be processed and included in next steps.
See also: Article: How was the Database curated
Yes, we provide (tutorials and) a user manual to help you effectively navigate and utilise the BIOMATDB database. These resources are available on the here in the Help System. Check the Tour Topic.
BIOMATDB is a freely accessible database, and any downloaded results and visualisations should be cited according to the guidelines provided in the manuscript.
Registered users can download the results of their search for future use. For more information, follow the Tour Guide on the results page.
Registered users can save the parameters of their search for future use by clicking on the “Save Search” link below the “Search” button.
For more information, see the Tour Guide on the results page.
The BIOMATDB database frontend includes search examples, each presented as a case study walkthrough, to practically illustrate how to search for various biomaterials in real-world scenarios. Five examples of advanced searches, addressing a range of biomaterial applications and user needs, are available on the database’s Home Page. These examples can be accessed by clicking on the “Case Study” buttons.
The data sources (e.g. PubMed) are updated regularly. The next database update will be completed in February 2025 and will include an estimated 36M papers.
Please send your enquiries to office@biomatdb.eu or use the contact form on biomatdb.eu.
To perform a basic search, enter keywords with or without Boolean operators (AND or OR) in the search field on the homepage. Click “Search” or press “Enter” to begin. For advanced searches, refer to the case study walkthroughs.
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Health and Digital Executive Agency. Neither the European Union nor the granting authority can be held responsible for them.