Radiology educators frequently find themselves working next to medical students at a view station or in a procedure room. Often the clinical workload is substantial, and relatively little time is a...

As American medical radiology grew in the early decades in the nineteenth century, the most common x-ray bases in larger cities were diagnostic and therapeutic sections in common hospitals. Before ...

Fostering radiology research among medical students can enhance a student’s interest and understanding of radiology and research. It increases the academic productivity of the mentor and the depart...

Radiology research: why is it important? Many authors have written about why radiology research is important. Dodd et al wrote in 2006 that, “The research mission of academic departments is the li...

Rationale and Objectives The objective of this study is to investigate the feasibility of predicting near-term risk of breast cancer development in women after a negative mammography screening exa...

Rationale and Objectives We present a new method for automatic brain extraction on structural magnetic resonance images, based on a multi-atlas registration framework. Materials and Methods Our ...

The rapid advances in mobile computing technology have the potential to change the way radiology and medicine as a whole are practiced. Several mobile computing advances have not yet found applicat...

Rationale and Objectives To investigate the effect of being forewarned that they would be asked to identify repeated images on radiologists’ recognition of previously interpreted versus new chest ...

This is a comprehensive text describing a multidisciplinary approach to the management of recurrent head and neck cancer. The emphasis is on the clinical aspects of the surgical, oncologic, and rad...

The Duke Review of MRI Principles is an excellent summary of magnetic resonance imaging (MRI) physics that is applicable for review purposes, preparation for board exams, and for anyone who is seek...