AI body composition scans agree across MRI and CT but reveal systematic biases
An automated deep learning pipeline measured skeletal muscle and fat with high agreement from same-day whole-body MRI and low-dose PET/CT ...
An automated deep learning pipeline measured skeletal muscle and fat with high agreement from same-day whole-body MRI and low-dose PET/CT ...
A study of 22 participants and 37 feet found ultrasound-derived abductor hallucis muscle-volume measurements had intraclass correlation coefficients of 0.932–0.997 ...
A mixed-methods evaluation of 34 first-year optometry students found no significant average score difference between confidence-based and single best answer ...
A retrospective Italian cohort found that measured microwave ablation zones in cirrhotic livers fell short of manufacturer-chart predictions in 41 ...
A pilot study finds that a wireless heat flux sensor worn on the skin can reliably track core body temperature ...
A validation study finds a markerless gymnastics judging support system measures split angles within about one degree of gold-standard 3D ...
A 12-month Russian study found that radiation-free ultrasound-based REMS carries real diagnostic value for osteoporosis but agrees poorly with DXA, ...
A head-to-head comparison of two commercial oscillometry devices in 76 people with diverse lung function patterns reveals systematic biases and ...
A Portuguese laboratory mined nearly 500,000 blood counts to show that repeated critical haemoglobin measurements agree almost perfectly, questioning routine ...
A browser-based visual field test performed on a calibrated laptop showed strong group-level agreement with a conventional clinical perimeter and ...
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© 2026 Scienmag - Science Magazine