3D MRI with CT-like bone contrast–an overview of current approaches and practical clinical implementation
K Lee, FY Sim - European journal of radiology, 2021 - Elsevier
CT is the imaging modality of choice for assessment of 3D bony morphology but incurs the
penalty of ionizing radiation. Improving the ability of 3D MRI to provide high-resolution …
penalty of ionizing radiation. Improving the ability of 3D MRI to provide high-resolution …
Clinical application of “black bone” imaging in paediatric craniofacial disorders
For decades, CT has been the primary imaging modality for the diagnosis and surveillance
of paediatric craniofacial disorders. However, the deleterious effects of ionising radiation in …
of paediatric craniofacial disorders. However, the deleterious effects of ionising radiation in …
CT-like MRI: a qualitative assessment of ZTE sequences for knee osseous abnormalities
UU Bharadwaj, A Coy, D Motamedi, D Sun… - Skeletal radiology, 2022 - Springer
Objective To qualitatively evaluate the utility of zero echo-time (ZTE) MRI sequences in
identifying osseous findings and to compare ZTE with optimized spoiled gradient echo …
identifying osseous findings and to compare ZTE with optimized spoiled gradient echo …
Deep‐learning synthesized pseudo‐ct for mr high‐resolution pediatric cranial bone imaging (mr‐hipcb)
P Eshraghi Boroojeni, Y Chen… - Magnetic resonance …, 2022 - Wiley Online Library
Purpose CT is routinely used to detect cranial abnormalities in pediatric patients with head
trauma or craniosynostosis. This study aimed to develop a deep learning method to …
trauma or craniosynostosis. This study aimed to develop a deep learning method to …
MR cranial bone imaging: evaluation of both motion-corrected and automated deep learning pseudo-CT estimated MR images
BACKGROUND AND PURPOSE: CT imaging exposes patients to ionizing radiation. MR
imaging is radiation free but previously has not been able to produce diagnostic-quality …
imaging is radiation free but previously has not been able to produce diagnostic-quality …
CT-like MR-derived images for the assessment of craniosynostosis and other pathologies of the pediatric skull
Y Leonhardt, S Kronthaler, G Feuerriegel… - Clinical …, 2023 - Springer
Purpose To evaluate the diagnostic value of CT-like images based on a 3D T1-weighted
spoiled gradient echo-based sequence (T1SGRE) for the visualization of the pediatric skull …
spoiled gradient echo-based sequence (T1SGRE) for the visualization of the pediatric skull …
Pediatric craniosynostosis computed tomography: an institutional experience in reducing radiation dose while maintaining diagnostic image quality
IL Barreto, IS Tuna, DA Rajderkar, JA Ching… - Pediatric …, 2022 - Springer
Background Children with craniosynostosis may undergo multiple computed tomography
(CT) examinations for diagnosis and post-treatment follow-up, resulting in cumulative …
(CT) examinations for diagnosis and post-treatment follow-up, resulting in cumulative …
Comparison of head shape outcomes in metopic synostosis using limited strip craniectomy and open vault reconstruction techniques
MP Pressler, RR Hallac, EL Geisler… - The Cleft Palate …, 2021 - journals.sagepub.com
Aim: Metopic craniosynostosis (MCS), with its trigonocephalic head shape, is often treated
with either limited incision strip craniectomy (LISC) followed by helmet orthotic treatment, or …
with either limited incision strip craniectomy (LISC) followed by helmet orthotic treatment, or …
Three contrasts in 3 min: Rapid, high‐resolution, and bone‐selective UTE MRI for craniofacial imaging with automated deep‐learning skull segmentation
Purpose Ultrashort echo time (UTE) MRI can be a radiation‐free alternative to CT for
craniofacial imaging of pediatric patients. However, unlike CT, bone‐specific MR imaging is …
craniofacial imaging of pediatric patients. However, unlike CT, bone‐specific MR imaging is …
A Wearable, Steerable, Transcranial Low‐Intensity Focused Ultrasound System
CR Bawiec, PJ Hollender, SB Ornellas… - … of Ultrasound in …, 2023 - Wiley Online Library
Objectives Transcranial low‐intensity focused ultrasound (LIFU) offers unique opportunities
for precisely neuromodulating small and/or deep targets within the human brain, which may …
for precisely neuromodulating small and/or deep targets within the human brain, which may …