Bioschemas makes life sciences resources more discoverable by embedding machine readable markup within web pages. The markup uses the Schema.org vocabulary which has been extended to include life sciences specific types such as Gene, MolecularEntity, and Taxon. The vocabulary enables a high-level overview of the content of each page, e.g. basic information about a Gene, Protein, or Drug, to be provided in an interoperable, machine-processable form. Embedded markup can be harvested by search engines and other applications without needing to understand separate APIs for each resource. The extracted markup can be integrated and used to power specialised search portals, e.g. TeSS, fed into global knowledge graphs, e.g. OpenAIRE, or used to form...
To support the interpretation of measured molecular facts, like gene expression experi-ments or EST ...
Capturing, storing, and sharing biological DNA parts data are integral parts of synthetic biology re...
International audienceBackground: Biologists need to perform complex queries, often across a variety...
Slides presented at the Ontologies for chemistry workshop. The content of web ressources can be enr...
Web portals are commonly used to expose and share scientific data. They enable end users to find, or...
The challenge of finding, retrieving and making sense of biodiversity data is being tackled by many ...
Presentation given at the ACS Fall 2023 meeting of the American Chemical Society
International audienceBackground: Life scientists routinely face massive and heterogeneous data anal...
In this paper we present a suite of tools to automatically acquire and browse conceptual schemas fro...
The Semantic Web is a vision for the next generation of the Web [1]. The Web is a huge interlinked i...
With technologies for massively parallel genome sequencing available, bioinformatics has entered the...
Abstract. The huge amount of unstructured information generated by academic and industrial research ...
The ability to retrieve relevant information is at the heart of every aspect of research and develop...
To support the interpretation of measured molecular facts, like gene expression experi-ments or EST ...
Capturing, storing, and sharing biological DNA parts data are integral parts of synthetic biology re...
International audienceBackground: Biologists need to perform complex queries, often across a variety...
Slides presented at the Ontologies for chemistry workshop. The content of web ressources can be enr...
Web portals are commonly used to expose and share scientific data. They enable end users to find, or...
The challenge of finding, retrieving and making sense of biodiversity data is being tackled by many ...
Presentation given at the ACS Fall 2023 meeting of the American Chemical Society
International audienceBackground: Life scientists routinely face massive and heterogeneous data anal...
In this paper we present a suite of tools to automatically acquire and browse conceptual schemas fro...
The Semantic Web is a vision for the next generation of the Web [1]. The Web is a huge interlinked i...
With technologies for massively parallel genome sequencing available, bioinformatics has entered the...
Abstract. The huge amount of unstructured information generated by academic and industrial research ...
The ability to retrieve relevant information is at the heart of every aspect of research and develop...
To support the interpretation of measured molecular facts, like gene expression experi-ments or EST ...
Capturing, storing, and sharing biological DNA parts data are integral parts of synthetic biology re...
International audienceBackground: Biologists need to perform complex queries, often across a variety...