An AI model was trained to determine prognosis of indeterminate thyroid nodules using ultrasound images and molecular testing. Researchers said the model could be used to provide treatment ...

Microwave Ablation: Opening New Frontiers of Precision Dr. Aws and his team decided to perform microwave ablation on the nodule. This procedure involves generating heat within the structure to destroy ...

An AI model trained on analyzing ultrasound images and molecular testing results may assist health care professionals treating indeterminate thyroid nodules, researchers stated in a letter to the ...

Abstract: Ultrasound imaging technology plays an important role to assist doctors in diagnosing thyroid nodules. The tissue structure around the thyroid is very complex, which makes it difficult to ...

The ultrasound characteristics of benign and malignant thyroid nodules were compared to develop a deep learning model, aiming to establish a nomogram model based on deep learning ultrasound image ...

Objective: To extract and analyze the image features of two-dimensional ultrasound images and elastic images of four thyroid nodules by radiomics, and then further convolution processing to construct ...

Identifying whether thyroid nodules are benign or malignant prior to surgical ... learning models designed to detect thyroid cancer through the analysis of ultrasound images, employing a method known ...

Computer Aided Diagnosis (CAD) plays an important role in classifying thyroid nodules. CAD is used as an objective consideration, this is due to the high subjectivity in physician's interpretation of ...

The ultrasound image acquired shows a color-coded map of tissue stiffness. Elastography has been used to evaluate pathologies in the breast, the prostate, the thyroid, lymph nodes and the uterus.