8/3/2023 0 Comments Aptus engineering![]() Radbot™ technology significantly reduces missed pathologies and human bias MRI read reporting, providing time efficient and accurate results while saving unnecessary medical expenses and costly surgeries as a tool for predictive medicine. Routine Radiology Reporting: A combination of Natural Language Processing (NLP) and classical software tools were used to generate final radiology reports similar to those from human radiologists. Separate “detectors” were developed to diagnose lordosis abnormalities, disc herniation, disc bulging, central, and neuroforaminal stenosis. Pathology Detectors: A modular approach was taken in order to allow additional pathologies to be detected in the future. ![]() How did they do it?Īnatomy Segmentation Models: Aptus utilized cutting-edge AI technology to develop neural networks to perform anatomical segmentation with far higher accuracies than the industry standard. In less than 90 days, Aptus created the Multus Radbot™ - a proprietary AI radiology, diagnostics, and reporting software used to identify anatomical pathologies and abnormalities from MRI systems. Wattel invited the team at Aptus to answer a new question: How can we disrupt the major medical market and create a blue ocean? Introducing the Multus Radbot™ Wattel’s intention was to lead MultusMedical™ into the major medical market for 3D renderings while simultaneously penetrating the artificial intelligence software technology industry specific to MRI reads. MultusMedical™ recognized employing Artificial Intelligence (AI) in closing the diagnostic gap in routine lumbar MRI scanning, extracting higher quality diagnostic value, and performing automated reporting was critical to improve patient care and surgical outcomes.īut Mr. The team at MultusMedical™ understood that a radically different diagnostic and radiological reporting software with higher sensitivity, specificity, accuracy and positive predictive value for favorable clinical outcomes with proposed interventions was essential for patient-centered, high-quality healthcare service purchasing strategies. In just a few short months, Aptus was able to reduce MultusMedical™ processing time and costs by over 80% while expanding their capability to offer models and renderings for anatomy other than just the spine. Aptus delivered a brand new, feature-rich anatomical 3D modeling software that allows technicians to fit models to patient MRIs, AI software that automates the technicians’ segmentation process, depict injuries, generate anatomical 3D video renderings, as well as a case management portal, product delivery and access portal, and automated systems to accept and categorize patient documents. MultusMedical™ invited Aptus to transform the capability, quality, speed, and cost of their 3D renderings. The company specialized in creating accurate patient-specific anatomical 3D Magnetic Resonance Imaging (MRI) demonstration models and videos to attorneys, patients, and doctors. Aptus Endosystems developed the Heli-FX TM system to secure the graft to the artery by using an implanting device that essentially screws small metal helices into the graft and through the artery.Founder & CEO David Wattel created MultusMedical™ to deliver innovation through cutting-edge technology. I am not going to go into too much detail about EVAR since I want to talk more about the company itself, but essentially physicians implant a graft inside the weakened artery, preventing the blood from contacting the artery. Their latest product, which received FDA clearance in September 2012, is the Thoracic-Length Heli-FX TM Aortic Securement System. The bulge signifies a weak point in the artery, and if it grows too big it may rupture, leading to internal bleeding and potentially death. ![]() An aneurysm is a bulge in an artery that can happen almost anywhere in the body, but aortic abdominal aneurysms are particularly dangerous because they affect the aorta, the main blood vessel that supplies blood to the rest of the body. This company focuses its research on developing and manufacturing technology for endovascular aneurysm repair (EVAR), which is a minimally invasive procedure that treats aortic abdominal aneurysms. Especially for those interested in certain types of research, this may be beneficial since these smaller companies tend focus on specific causes that some of you may be attached to.Īs a result, I stumbled across a privately owned medical device company centered in Sunnyvale, California called Aptus Endosystems. As opposed to last week’s entry, which focused on a large medical technology company that had relatively broad interests, I want to spend some time finding companies that are significantly smaller. ![]()
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