One-Stop-Shop AI platform that enables physicians and healthcare providers to turn large amounts of unstructured data into diagnostic evidence
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ImageBiopsy AI software is highly accurate and efficient within our PACS system, which provides valuable information on the status of the knee along the continuum of chondrosis to arthrosis.
IB Lab ZOO is a novel, AI-supported modular musculoskeletal (MSK) software platform for standardized, objective and automated analysis of medical images. The modules of this MSK platform identify and extract key disease parameters that are critical for the prevention and treatment of various MSK related conditions.
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IB Lab ZOO is a novel, AI-supported modular musculoskeletal (MSK) software platform for automated, objective, and standardized analysis of medical images.
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IB Lab PANDA provides a swift automated method to estimate bone age according to Greulich & Pyle in a standardized form to facilitate the monitoring of child growth and development.
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Knee Osteoarthritis Labeling Assistant. IB Lab KOALA supports physicians in detecting signs of knee osteoarthritis based on standard joint parameters and OARSI criteria of standing radiographs of the knee.
Learn MoreKnee Osteoarthritis Labeling Assistant. IB Lab KOALA™ supports physicians in detecting signs of knee osteoarthritis based on standard joint parameters and OARSI criteria of standing radiographs of the knee.
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IB Lab HIPPO supports the objective and standardized measurement of the most important hip angles based on digital x-rays. These include, for example, the CCD and LCE angles as well as numerous other relevant angles.
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Leg Geometry Measurement Assistant. LAMA™ uses deep learning technology for automated and precise measuring of leg geometry to evaluate lower limb deformities.
Learn MoreLeg Geometry Measurement Assistant. IB Lab LAMA uses deep learning technology for automated and precise measuring of leg geometry to evaluate lower limb deformities.
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IB Lab SQUIRREL’s algorithm is triggered automatically by a scoliosis study. The app returns the patient’s Cobb angle and pelvic tilt and changes over time if priors exist. An algorithm that also produces the Risser score, the presence of triradiate cartilage, and vertebral body numbering is preferable.
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IB Lab FLAMINGO opportunistically screens all CT scans of the spine to detect the clinically most relevant vertebral fractures.
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RBfracture™ detects fractures in X-rays across the entire appendicular skeleton.
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IB Lab FROG uses deep learning technology to assess foot geometry at expert level.
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