Publications by authors named "G TaglanG"

Article Synopsis
  • A new method is introduced for analyzing how drugs affect clinical phenotypes by integrating data from 8.2 million clinical reports on drug side effects with drug-target molecular information.
  • This approach has yielded 1.8 million connections between clinical phenotypes and 770 drug-targets, creating a comprehensive reference for human-targets and enabling rapid hypothesis testing.
  • The validation showcases its practical applications in predicting drug safety and designing effective combination therapies, leveraging extensive clinical data available in healthcare settings.
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Oncology is undergoing a data-driven metamorphosis. Armed with new and ever more efficient molecular and information technologies, we have entered an era where data is helping us spearhead the fight against cancer. This technology driven data explosion, often referred to as "big data", is not only expediting biomedical discovery, but it is also rapidly transforming the practice of oncology into an information science.

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The Gamma Nail is the latest advance in the treatment of trochanteric fractures based on intramedullary nailing principles during closed procedures. Its design is based on Küntscher's Y-nail and locking intramedullary (IM) nails. This paper reports the results from the first-ever series of 121 patients operated between 1988 and 1990.

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Introduction: Intramedullary nail distal locking screws make it possible to control length and rotation but include an increased risk of radiation exposure. A distal targeting device was recently developed for long Gamma(®) nails (Stryker(®)). The aim of this practical observational study was to evaluate the reliability of this system.

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