R. Cochran

Image quality of combined PROPELLER and deep learning reconstruction using an accelerated T2-weighted imaging technique for prostate MRI

Motion artifacts can degrade prostate MRI quality. PROPELLER read-out (PR), a radial acquisition technique, is an established approach that can reduce motion artifacts but requires longer acquisition times. We explored whether combining PR with accelerated acquisition and reconstruction methods yields image quality...

Limited incremental prognostic value of pretreatment MRI and 18F-piflufolastat PET intensity metrics in grade group ≥ 3 prostate cancer.

Clinical and MRI characteristics of germline pathogenic variant carriers diagnosed with prostate cancer.

Accelerating prostate MRI: a practical review of modern acquisition strategies.

In selected, locally validated implementations, accelerated prostate MRI may be performed more efficiently while retaining the PI-RADS v2.1 diagnostic requirements, and deep learning reconstruction for accelerated 2D T2-weighted imaging has the most mature supporting clinical evidence.