Medical software IB Lab LAMA

clinicalradiologypediatric

IB Lab LAMA uses deep learning technology for automated and precise measuring of leg geometry to evaluate lower limb deformities. It aids in the detection of genu varum/valgum by measuring mechanical axis deviation (MAD) and detection of leg length discrepancy by comparing right and left legs on bilateral images. Detailed analysis of mechanical and anatomical angles according to Paley allows informed decision making on next steps in treating the patient. Reading time is brought down from 3 minutes to under 60 seconds needed for calculation. IB Lab LAMA highlights relevant clinical findings by applying latest international medical standards to enable timely and accurate decision making. The findings are summarized in a visual report, attached to the original x-ray image and saved automatically in the PACS system. The AI facilitates monitoring of disease progression by facilitating comparison of radiographic disease parameters over time. Findings 71 different radiological findings, measurements, and results include*: Genu varum & genu valgum Lower extremity length discrepancy Mechanical angles according to Paley Mechanical axis deviation (MAD) Hip, knee, ankle angle Joint line convergence angle Leg length, femur length & tibia length NEW support of implants and automated calibration ball detection Pediatric support Automatic ruler/grid detection Positioning/safety checks Configurable report types Benefits Automated IB Lab LAMA is world’s first AI software for fully automated measurements on long leg radiographs with hip or knee implants Accurate IB Lab LAMA reduces the risk of inter-rater variability for evaluating long leg radiographs in a standardized manner