FujiFilm Corporation10.02.18
FujiFilm Corporation has entered into a joint research agreement with Indiana University School of Medicine (Indianapolis, Ind.) to develop the application of artificial intelligence (AI) in medical imaging diagnostic support systems.
Recent advances in diagnostic imaging system capabilities, such as multi-slice computed tomography, has led to significant increases in the number of images that need to be interpreted. Hence, a solution to efficiently read and interpret a largenumber of images is required. The application of AI technology to support physicians by detecting suspiciouslesions in images, comparing results with prior studies and the implementation of semi-automated reporting is expected to increase significantly the efficiency of diagnostic medical imaging in patient care.
Fujifilm is developing image diagnosis support systems using AI technology to support the overall diagnosticworkflow of physicians. In parallel with multiple in-house development projects, Fujifilm is also proactively partnering with leading AI technology vendors to increase the disease coverage of its systems. The Indiana University School of Medicine is affiliated with Indiana University Health (IU Health), an advanced medicalhealthcare system with 17 hospitals and approximately 33,000 employees in the United States.
The aim of this collaboration is to combine Fujifilm’s image processing and AI technology with the rich diagnostic and clinical expertise of the Indiana University School of Medicine to develop medical AI technology, while searching for a system optimized to support diagnosis workflow. The initial scope of the research will include utilizing Fujifilm AI technology to segment and quantify muscle atrophy (sarcopenia) in body images as well as the detection and quantification of brain lesions in neuroradiology imaging exams.
Fujifilm is developing AI technology to support diagnostic imaging, medical workflow, equipment warranty andservice by expanding the AI technology under the “REiLI” brand; providing solutions designed to meet marketdemands. Going forward, as clinical information is increasingly viewed in the context of big data, AI technology willbe applied to develop products that meet the different and challenging needs of the healthcare industry. Fujifilm aims to contribute to patient wellbeing through further improvements in healthcare efficiency and quality.
Beginning in 1934 as Japan's pioneering photographic film maker, Fujifilm has leveraged its imaging andinformation technology to become a global presence known for innovation in healthcare, graphic arts, optical devices, highly functional materials and other high-tech areas.
Recent advances in diagnostic imaging system capabilities, such as multi-slice computed tomography, has led to significant increases in the number of images that need to be interpreted. Hence, a solution to efficiently read and interpret a largenumber of images is required. The application of AI technology to support physicians by detecting suspiciouslesions in images, comparing results with prior studies and the implementation of semi-automated reporting is expected to increase significantly the efficiency of diagnostic medical imaging in patient care.
Fujifilm is developing image diagnosis support systems using AI technology to support the overall diagnosticworkflow of physicians. In parallel with multiple in-house development projects, Fujifilm is also proactively partnering with leading AI technology vendors to increase the disease coverage of its systems. The Indiana University School of Medicine is affiliated with Indiana University Health (IU Health), an advanced medicalhealthcare system with 17 hospitals and approximately 33,000 employees in the United States.
The aim of this collaboration is to combine Fujifilm’s image processing and AI technology with the rich diagnostic and clinical expertise of the Indiana University School of Medicine to develop medical AI technology, while searching for a system optimized to support diagnosis workflow. The initial scope of the research will include utilizing Fujifilm AI technology to segment and quantify muscle atrophy (sarcopenia) in body images as well as the detection and quantification of brain lesions in neuroradiology imaging exams.
Fujifilm is developing AI technology to support diagnostic imaging, medical workflow, equipment warranty andservice by expanding the AI technology under the “REiLI” brand; providing solutions designed to meet marketdemands. Going forward, as clinical information is increasingly viewed in the context of big data, AI technology willbe applied to develop products that meet the different and challenging needs of the healthcare industry. Fujifilm aims to contribute to patient wellbeing through further improvements in healthcare efficiency and quality.
Beginning in 1934 as Japan's pioneering photographic film maker, Fujifilm has leveraged its imaging and