Medical Imaging

Physicians utilize medical imaging to see inside the body to diagnose and treat patients. This includes computed tomography (CT), magnetic resonance imaging (MRI), X-ray, ultrasound, fluoroscopy, angiography,  and the nuclear imaging modalities of PET and SPECT. 

Behavioral ‘nudges’ significantly increase adherence to regular mammography screening

Penn Medicine experts conducted two randomized clinical trials, with women receiving text message reminders, bulk orders or letters endorsed by their PCP. 

live MRI video of stuttering

Real-time MRI shows exact mechanisms underlying man's stutter

This development could help scientists fine-tune speech therapy to people who struggle with speaking. 

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Many MRI accidents are related to technologist experience

This week at the International Society for Magnetic Resonance in Medicine’s annual meeting, a team of experts presented new data on the technologist’s role in MRI safety events.

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AI automation could 'revolutionize' Crohn's Disease severity CT assessments

Machine learning models could help create a more standardized, reproducible and efficient way of grading Crohn’s disease severity in the small bowel based on CT imaging. 

breast cancer mammography mammogram

Nearly 46% increase in breast cancer incidence among 20-year-olds ‘merits greater attention’

Those in their 30s also have seen a nearly 13% uptick in occurrence of the disease, experts detailed in the Canadian Association of Radiologists Journal. 

United Imaging's 5T whole body MRI receives FDA clearance

First 5T MRI to offer whole-body imaging scores FDA clearance

Houston, Texas-based United Imaging announced the clearance of its uMR Jupiter 5T MRI system, the first to offer an 8-channel whole-body multi-transmit system. 

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New publicly available deep learning model for CT organ segmentation in children shows promise

The model was developed and validated specifically for liver, spleen and pancreas segmentation, and outperformed a publicly available segmentation model already in use.

MRI sensor made from fiber optic cables detects errors in magnetic field at lighting fast speed

New sensor detects errors in MRI exams at 'lightning fast' speed

The sensor uses laser light encased in fiber cables and a small glass container filled with gas to measure changes in the strength of a magnetic field.