AI Fuses Scans and Radiation Doses to Predict a Deadly Head and Neck Cancer Complication
Researchers in China have built a deep-learning model that fuses CT, MRI, and 3D radiation dose data to predict which ...
Researchers in China have built a deep-learning model that fuses CT, MRI, and 3D radiation dose data to predict which ...
A new federated framework fine-tunes the Segment Anything Model for multi-organ segmentation by training only tiny low-rank adapters on quantized ...
Three-dimensional microvascular ultrasound revealed coexisting borderline and malignant vascular patterns in a stable ovarian cyst, guiding fertility-sparing surgery that confirmed ...
Researchers built an expert-annotated Chinese knee MRI dataset and an optimized Swin-Unet Transformer model that segments femoral and tibial cartilage ...
A new AI framework called RCTE improves the detection of small lesions and complex dental structures in panoramic radiographs while ...
A new systematic review of 28 studies finds that deep learning detects vulnerable carotid plaques with a pooled AUC of ...
A Chinese research team used CT radiomics and machine learning to distinguish harmless ground-glass lung nodules from invasive adenocarcinoma with ...
Researchers show that a selective embedding data loading strategy alternating X-ray and CT scans lets deep learning models reach competitive ...
A new meta-analysis of eleven studies finds that AI-driven analysis of routine contrast-enhanced CT scans can predict the Ki-67 proliferation ...
A head-to-head study of 108 prostate cancer patients shows gallium-68 PSMA PET/CT detects bone metastases far more accurately than conventional ...
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© 2025 Scienmag - Science Magazine