Quertle and Ariadne Announce Technology Partnership
News Jun 09, 2010
Quertle, LLC and Ariadne announce a technology partnership to support new applications in biomedical text and knowledge search.
Ariadne will provide both proprietary technology and technical resources to Quertle. In addition, Ariadne will package Quertle's semantic search engine as an appliance solution for the pharmaceutical and agricultural industry.
Quertle, a search engine for biomedical literature, uses cutting-edge, semantic-driven text analytics to find conceptual relationships scattered throughout a document. The technology not only uses query terms, but an innovative technology called Power Terms™ that represent entire classes of related concepts such as "diseases". It can automatically identify key concepts and provide the user with the most relevant literature and an intuitive way to explore it.
"Quertle is creating a paradigm-shift in the way researchers approach the literature," says Ilya Mazo, CEO of Ariadne, a leading provider of knowledge management solutions for the life sciences. "Rather than repackaging the same old methods, Quertle is the first biomedical search engine to focus on meaningful relationships. We are pleased to contribute to that revolution as well as have our own products benefit from their technologies."
The Quertle search engine will be enhanced by components of Ariadne's MedScan technology, a patent-pending series of algorithms that enable high-quality information and data retrieval from multiple sources of public information, text, journals and datasets. MedScan transform the extracted data into biological relationships, which supports a wide range of biological applications including Ariadne's Pathway Studio software product.
"The partnership enables Quertle to propel its search technologies and engine forward," said Jeffrey D. Saffer, President of Quertle. "By using Ariadne's MedScan technology, we can apply it to Quertle to refine and present relationships that are highly specific and correlated to the user's search term. As this partnership grows, we will continue to leverage the innovation from Ariadne to make Quertle the most dynamic and cutting-edge search tool available."
Ancient Genes Take on New Functions as Master RegulatorsNews
Researchers find that about 60 lncRNA genes in mammals – or 2% to 3% of lncRNAs shared by humans and other mammalian species – appear to be derived from ancestral, protein-coding genes.READ MORE
Limiting Calorie Intake Slows Biological Aging in Animal ModelsNews
The new study links life-span to the epigenetic clock, and demonstrates that this clock is a useful biomarker to study aging.READ MORE