… magnetic resonance imaging (MRI) is its limited imaging speed. This study proposed an ultrafast
cervical spine MRI protocol (2 min 57 s) using deep learning… conventional MRI protocols …

… This work evaluates the time savings afforded by a novel, rapid lumbar spine MRI
protocol as well as image quality and diagnostic differences stemming from the use of an AI-enhanced …

… algorithm on whole routinely MRI lumbar spine protocol acquisition has not been investigated
yet. … standard protocol and new deep learning reconstruction protocol in lumbar spine MRI. …

… MRI protocols with a total acquisition time of 1–3 min have been proposed. These brain MRI
protocols were … Consequently, we hypothesized that an ultrafast spine MRI protocol might be …

… spine MRI protocol in comparison to a conventional protocol. … spine MRI protocols to provide
insights into the potential benefits and limitations of DL accelerated lumbar spine MRI, and …

… health care service purchasing strategies in general and for the endoscopic spinal
procedure in particular. Using AI in closing the well-recognized diagnostic cap in routine lumbar …

… data were prospectively undersampled using threefold acceleration for T1-weighted and
fourfold acceleration for T2-weighted sequences, as opposed to our fully sampled protocol, …

… In this study, we propose an accelerated lumbar spine MRI protocol utilizing a DL-based
reconstruction algorithm for highly accelerated spin-echo data acquisition. We aimed to …

… An L-spine MRI protocol was developed to include 3D and 2D T2-weighted FSE
sequences optimized for spatial resolution, contrast, and scan time (Table 1). The new …

… (SOC) and accelerated (FAST) spine MRI. DL was used to … by modifying conventional
imaging protocol parameters to … 40% scan time reduced spine MR images processed with a …