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Milvue Suite is the only AI detection tool which detects 7 MSK and Chest pathologies from regular X-rays.

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Ibobrain TBI objectively track axonal injuries in individual head trauma patients. The solution produces an objective radiological reporting with accurate and standardised measurements to monitor neurological disorders in clinical practice.It gives the following information : General informationQC : Status of semi automated quality control (Approved / Approved with remarks / rejected) and remarks on the quality of the original images and the segmentation.Visual results : Color-coded segmentation of FLAIR white matter (WM) hyperintensitiesBrain volumes information<em>(corrected for head size)</em>: Annualised volume change, population graphs, the current and previous time points , the error bars and Regional FLAIR WM hyperintensities volume chart are included in the report

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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 for the diagnosis of hip disease including hip arthritis and hip dysplasia.

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IB Lab’s diagnostic support tool LAMA uses deep learning technology for automated measuring of leg geometry to evaluate lower limb deformities, such as leg or lower extremity length discrepancy and knee alignment deformities.

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PANDA sofware provides an automated method to estimate pediatric bone age, monitor child growth and development from digital X-rays of the hand.

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BoneView is an AI Companion for lesion detection on Bone X-Rays. BoneView can detect fractures, effusions, dislocations and bone lesions, and gives 3 different pre-diagnosis labels on the images:- POSITIVE when the confidence for the presence of a lesion is above 90% (plain bounding box around the region of interest)- DOUBT when the confidence for the presence of a lesion is between 50% and 90% (dotted bounding box around the region of interest)- NEGATIVE otherwiseBoneView provides a Summary Table for quality check and overview of AI outputs at a glance, and can perform worklist prioritization according to the different pre-diagnoses.

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icobrain cva allows the automated quantitative assessment of tissue perfusion by:- reporting the volume of core and perfusion lesion by quantifying Tmax abnormality and CBF abnormality together with the mismatch volume and ratio,- providing an AIF/VOF graph with information on the correctness of the selected arterial input function and the quality of the report,- providing insights into the perfusion state of the tissue through perfusion maps.icobrain cva is a cloud-based solution, returning a report and perfusion maps into the PACS and e-mail inbox.

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ChestEye Quality is an automatic Quality Assurance (QA) chest X-ray solution. It automatically double-reads all chest x-rays, by analyzing radiologists' reports and comparing them with AI analysis of the studies. If ChestEye Quality identifies possible False Negative (FN) made by radiologists, it highlights the cases for the final review for the radiologists. ChestEye Quality goal is to improve the reporting accuracy of the radiologist and act as a safety net to avoid any possible FN for the radiologists.

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icobrain ep helps physicians with the detection of hippocampal sclerosis in patients with intractable (uncontrollable) epilepsy.The icobrain ep software aids the assessment of hippocampal asymmetry and, therefore, aids the detection of hippocampal sclerosis, a common cause of intractable epilepsy.icobrain ep uncovers abnormality patterns by:Comparing hippocampal asymmetry to an age-and-sex matched normative healthy population.Assessing the juxtacortical abnormalities (which can indicate cortical malformations).

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IboBrain Ms objectively track disease progression in individual multiple sclerosis patients. Icobrain MS has segmentation tools : Single time point segmentation interpretation : Hover over the segmentationsLongitudinal segmentation interpretation : new, enlarging and fiable The solution also creates a complete report with information regarding the evolution of white matter abnormalities and the brain volume change.

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contextflow is your comprehensive solution for all things lung CT: ILD, COPD, and lung cancer. Its clinical decision support system (SEARCH Lung CT), offers quantitative and qualitative analysis of 8 key image patterns and lung nodule detection, segmentation and quantification. By integrating new technology from partner RevealDx, nodules can be further characterized, detecting lung cancer earlier and reducing costs (publication forthcoming). contextflow SEARCH Lung CT includes a TIMELINE feature that even quantifies and visualizes nodules over time, allowing physicians to follow treatment progress easily and efficiently. Fully integrated into the radiologist's workflow, our preliminary research shows average reading time is 31% shorter when contextflow SEARCH Lung CT is available for use (European Radiology July 2022). See beyond a single case at contextflow.com.

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Knee Osteoarthritis Labeling Assistant. Osteoarthritis is a paralyzing joint disease that can lead to joint replacement. Early detection as well as therapy can prevent unnecessary surgeries. Image Biopsy's lab module KOALA detects signs of knee osteoarthritis based on standard joint parameters and OARSI criteria of standing radiographs of the knee.

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CoLumbo is a software for analysis of lumbar spine images obtained with MRI. The purpose of CoLumbo is to assist with the reading of MRI images on the lumbar spine and to provide information on detected pathologies and abnormalities, and reduce the time to record the readings. CoLumbo uses a machine learning algorithms based on fully convolutional neural networks combined with medical domain knowledge.

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Pixyl.Neuro.BV is a volumetry tool measuring brain atrophy. It integrates into the routine workflow to quantify the volume of different tissues and structures in the brain, as well as any changes from the previous visit if there is one (longitudinal analysis). It also compares patient values to a normative population. The software outputs a quantitative report on tissue and structure volume, and changes relative to the prior visit. It also provides graphs to visualize the evolution of certain volumes with respect to normative values.

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ChestView detects and localizes lesions on Chest X-Rays. It is designed to assist radiologists and clinicians in triaging cases and increasing diagnostic performances by highlighting regions of interest with a plain box (> 90% confidence) or a dotted box (50-90% confidence) and providing a summary table.

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Icobrain DM objectively quantify relevant brain structures in individual dementia patients. The solution offers a segmentation interpretation and a complete report with visual results, brain volume interpretation (with normal range and normative percentiles as a reference, Annualized volume change to describe the percentage of brain volume change per year compared to the previous scan, population graphs and the volume signature that compares the normative percentile of the substructures and its change between the current and previous time point).Flair white matter hyperintensities are also reported when a FLAIR sequence is included.

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Pixyl.Neuro.MS integrates into the routine workflow, to extract pertinent information on the size and location of Multiple Sclerosis (MS)-specific lesions, aimed at supporting the diagnosis and monitoring of patients. In case of multiple visits, the longitudinal analysis also provides data on the evolution of the lesions, and therefore on the activity of the disease with respect to diagnostic criteria. The software outputs both a quantitative report on lesion location, volume and evolution, as well as annotated MRI images with lesions labeled according to their evolution.