Deep in digital medical images is data that can’t be seen with the human eye. DeepLook uses shape-recognition software to extract and assemble that data, revealing “radiomic” features that uniquely reflect tissue morphology. The result is our first product: DL Precise, software that can instantly delineate segmentation margins and measure the size of any object – all with a single click. Automating this manual process removes tedium and variability from current radiology workflow. We recently received FDA clearance for DL Precise; it’s a simple plug-in and works with any workstation on any type of radiographic image. DL Precise saves time and improves accuracy, but that’s only the beginning. Future DeepLook products will use the same shape-recognition software to reveal radiomic features that aid in detection, diagnosis and the monitoring/treatment of solid mass tumors. In short, DeepLook maps the fingerprint of cancer buried in digital medical images. For details, please visit www.deeplookmedical.com RADIOMICS REFERS TO THE AUTOMATED QUANTIFICATION OF THE RADIOGRAPHIC PHENOTYPE "Radiomic data has the potential to uncover disease characteristics that fail to be appreciated by the naked eye. The central hypothesis of radiomics is that distinctive imaging algorithms quantify the state of diseases, and thereby provide valuable information for personalized medicine. Radiomics has emerged from oncology but can be applied to other medical problems where a disease is imaged." - Computational Imaging & Bioinformatics Lab, Harvard Medical School