Quetzal-search.info Website Review

Quertle® - Terms of Use

Quertle's Artificial Intelligence (AI)-based Biomedical Literature Big Data platform (BioAI™) enables discovery, exploration, ysis, and decisions from authoritative biomedical and life science content. Quertle's multi-component engine uses artificial intelligence, quantum logic, computational lingusitics - including natural language processing (NLP), computational statistics, and pattern matching to match your query to salient points made by the do ent authors. Quertle's Discovery and ytics and Literature Explorer solutions cover critical content for the biomedical and life sciences including journal articles from all major publishers (such Elsevier, Oxford University Press, JAMA, Springer-Nature, and SAGE) encomp ing more than 25000 titles world-wide). Quertle's solutions also cover patents (grants and applications), TOXLINE, NIH grants, news, and grey literature). More than 10 million do ents are full-text allowing discovery within Materials and Methods as well as other informative sections of the do ents. Quertle's unique Power Term(R) queries (which represent entire cl es of related concepts, such as 'diseases') allow the user to answer real questions, for instance 'what chemicals cause diabetes'. Quertle determines key concepts and provides an easy-to-use interface, dramatically reducing the time and effort required to understand the literature. Quertle's biomedical AI engine also powers predictive visual ytics to provide er understanding of the relevant literature.

Quertle® - Help

Quertle's Artificial Intelligence (AI)-based Biomedical Literature Big Data platform (BioAI™) enables discovery, exploration, ysis, and decisions from authoritative biomedical and life science content. Quertle's multi-component engine uses artificial intelligence, quantum logic, computational lingusitics - including natural language processing (NLP), computational statistics, and pattern matching to match your query to salient points made by the do ent authors. Quertle's Discovery and ytics and Literature Explorer solutions cover critical content for the biomedical and life sciences including journal articles from all major publishers (such Elsevier, Oxford University Press, JAMA, Springer-Nature, and SAGE) encomp ing more than 25000 titles world-wide). Quertle's solutions also cover patents (grants and applications), TOXLINE, NIH grants, news, and grey literature). More than 10 million do ents are full-text allowing discovery within Materials and Methods as well as other informative sections of the do ents. Quertle's unique Power Term(R) queries (which represent entire cl es of related concepts, such as 'diseases') allow the user to answer real questions, for instance 'what chemicals cause diabetes'. Quertle determines key concepts and provides an easy-to-use interface, dramatically reducing the time and effort required to understand the literature. Quertle's biomedical AI engine also powers predictive visual ytics to provide er understanding of the relevant literature.

Quertle® - What's New

Quertle's Artificial Intelligence (AI)-based Biomedical Literature Big Data platform (BioAI™) enables discovery, exploration, ysis, and decisions from authoritative biomedical and life science content. Quertle's multi-component engine uses artificial intelligence, quantum logic, computational lingusitics - including natural language processing (NLP), computational statistics, and pattern matching to match your query to salient points made by the do ent authors. Quertle's Discovery and ytics and Literature Explorer solutions cover critical content for the biomedical and life sciences including journal articles from all major publishers (such Elsevier, Oxford University Press, JAMA, Springer-Nature, and SAGE) encomp ing more than 25000 titles world-wide). Quertle's solutions also cover patents (grants and applications), TOXLINE, NIH grants, news, and grey literature). More than 10 million do ents are full-text allowing discovery within Materials and Methods as well as other informative sections of the do ents. Quertle's unique Power Term(R) queries (which represent entire cl es of related concepts, such as 'diseases') allow the user to answer real questions, for instance 'what chemicals cause diabetes'. Quertle determines key concepts and provides an easy-to-use interface, dramatically reducing the time and effort required to understand the literature. Quertle's biomedical AI engine also powers predictive visual ytics to provide er understanding of the relevant literature.

Quertle® - Privacy Policy

Quertle's Artificial Intelligence (AI)-based Biomedical Literature Big Data platform (BioAI™) enables discovery, exploration, ysis, and decisions from authoritative biomedical and life science content. Quertle's multi-component engine uses artificial intelligence, quantum logic, computational lingusitics - including natural language processing (NLP), computational statistics, and pattern matching to match your query to salient points made by the do ent authors. Quertle's Discovery and ytics and Literature Explorer solutions cover critical content for the biomedical and life sciences including journal articles from all major publishers (such Elsevier, Oxford University Press, JAMA, Springer-Nature, and SAGE) encomp ing more than 25000 titles world-wide). Quertle's solutions also cover patents (grants and applications), TOXLINE, NIH grants, news, and grey literature). More than 10 million do ents are full-text allowing discovery within Materials and Methods as well as other informative sections of the do ents. Quertle's unique Power Term(R) queries (which represent entire cl es of related concepts, such as 'diseases') allow the user to answer real questions, for instance 'what chemicals cause diabetes'. Quertle determines key concepts and provides an easy-to-use interface, dramatically reducing the time and effort required to understand the literature. Quertle's biomedical AI engine also powers predictive visual ytics to provide er understanding of the relevant literature.

Quertle® - Resources

Quertle's Artificial Intelligence (AI)-based Biomedical Literature Big Data platform (BioAI™) enables discovery, exploration, ysis, and decisions from authoritative biomedical and life science content. Quertle's multi-component engine uses artificial intelligence, quantum logic, computational lingusitics - including natural language processing (NLP), computational statistics, and pattern matching to match your query to salient points made by the do ent authors. Quertle's Discovery and ytics and Literature Explorer solutions cover critical content for the biomedical and life sciences including journal articles from all major publishers (such Elsevier, Oxford University Press, JAMA, Springer-Nature, and SAGE) encomp ing more than 25000 titles world-wide). Quertle's solutions also cover patents (grants and applications), TOXLINE, NIH grants, news, and grey literature). More than 10 million do ents are full-text allowing discovery within Materials and Methods as well as other informative sections of the do ents. Quertle's unique Power Term(R) queries (which represent entire cl es of related concepts, such as 'diseases') allow the user to answer real questions, for instance 'what chemicals cause diabetes'. Quertle determines key concepts and provides an easy-to-use interface, dramatically reducing the time and effort required to understand the literature. Quertle's biomedical AI engine also powers predictive visual ytics to provide er understanding of the relevant literature.