Well, I do particularly see a role for AI because it’s less dependent on the CT scan made than radiomics. At this moment we use AI to detect lung nodules, to quantify the size and to get some characteristics of a lung nodule. But we also now have software that quantifies coronary calcium or the amount of pulmonary emphysema. And that helps because that means that the radiologist doesn’t have to evaluate these findings, but can just check the AI results...
Well, I do particularly see a role for AI because it’s less dependent on the CT scan made than radiomics. At this moment we use AI to detect lung nodules, to quantify the size and to get some characteristics of a lung nodule. But we also now have software that quantifies coronary calcium or the amount of pulmonary emphysema. And that helps because that means that the radiologist doesn’t have to evaluate these findings, but can just check the AI results. What you have to be aware is that on a low-dose chest CT, there can be all kinds of abnormalities, basically from the thyroid to the kidneys, which means that it’s difficult to get an AI software that can detect all the possible findings. So there will always be, for the foreseeable future, a need for a radiologist to review the scan.
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