Presentation is loading. Please wait.

Presentation is loading. Please wait.

Magnetic resonance imaging of the cervical spine: reduced thickness of cord along with hyperintense signal on T2 in cord at the level C1-vertebra–myelomalacia.

Published byWiktor Morawski Modified over 5 years ago

Similar presentations

Presentation on theme: "Magnetic resonance imaging of the cervical spine: reduced thickness of cord along with hyperintense signal on T2 in cord at the level C1-vertebra–myelomalacia."— Presentation transcript:

1 Magnetic resonance imaging of the cervical spine: reduced thickness of cord along with hyperintense signal on T2 in cord at the level C1-vertebra–myelomalacia. Magnetic resonance imaging of the cervical spine: reduced thickness of cord along with hyperintense signal on T2 in cord at the level C1-vertebra–myelomalacia. KARYA T. BIAKTO et al. Int J Spine Surg 2019;13:11-16 ©International Society for the Advancement of Spine Surgery Copyright © 2019 ISASS - This manuscript is generously published free of charge by ISASS, the International Society for the Advancement of Spine Surgery

Download ppt "Magnetic resonance imaging of the cervical spine: reduced thickness of cord along with hyperintense signal on T2 in cord at the level C1-vertebra–myelomalacia."

Similar presentations

Cervical Kyphosis in Patients Who Have Larsen Syndrome* by CHARLES E. JOHNSTON, JOHN G. BIRCH, and JOHN L. DANIELS J Bone Joint Surg Am Volume 78(4):538-45.

Cervical Kyphosis in Patients Who Have Larsen Syndrome* by CHARLES E. JOHNSTON, JOHN G. BIRCH, and JOHN L. DANIELS J Bone Joint Surg Am Volume 78(4):
by Raj D. Rao, Bradford L. Currier, Todd J. Albert, Christopher M

by Raj D. Rao, Bradford L. Currier, Todd J. Albert, Christopher M
Magnetic Resonance Imaging of Spine Tumors: Classification, Differential Diagnosis, and Spectrum of Disease by Gregory P. Gebauer, Payam Farjoodi, Daniel.

Magnetic Resonance Imaging of Spine Tumors: Classification, Differential Diagnosis, and Spectrum of Disease by Gregory P. Gebauer, Payam Farjoodi, Daniel.
Permanent Partial Cervical Spinal Cord Injury in a Professional Football Player Who Had Only Congenital Stenosis by Craig D. Brigham, and Tim E. Adamson.

Permanent Partial Cervical Spinal Cord Injury in a Professional Football Player Who Had Only Congenital Stenosis by Craig D. Brigham, and Tim E. Adamson.
Characteristics of Ossified Lesions in the Upper Cervical Spine Associated with Ossification of the Posterior Longitudinal Ligament in the Lower Cervical.

Characteristics of Ossified Lesions in the Upper Cervical Spine Associated with Ossification of the Posterior Longitudinal Ligament in the Lower Cervical.
Disappearance of a Cervical Spine Chordoma After Nonoperative Treatment by Roman Radl, Andreas Leithner, Norbert Kastner, Koppany Bodo, Alexander Nader,

Disappearance of a Cervical Spine Chordoma After Nonoperative Treatment by Roman Radl, Andreas Leithner, Norbert Kastner, Koppany Bodo, Alexander Nader,
From: Permanent Loss of Cervical Spinal Cord Function Associated with Interscalene Block Performed under General Anesthesia Anesthes. 2000;93(6):1541-1544.

From: Permanent Loss of Cervical Spinal Cord Function Associated with Interscalene Block Performed under General Anesthesia Anesthes. 2000;93(6):
A) Post-operative CT scan of lumbosacral spine, axial view, demonstrating the trajectory of the iliac screws placed through the ilium. b) anterior-posterior.

A) Post-operative CT scan of lumbosacral spine, axial view, demonstrating the trajectory of the iliac screws placed through the ilium. b) anterior-posterior.
Patient reported outcomes for one-level TDR and ACDF Patients from preoperative to 7 years follow-up. Patient reported outcomes for one-level TDR and ACDF.

Patient reported outcomes for one-level TDR and ACDF Patients from preoperative to 7 years follow-up. Patient reported outcomes for one-level TDR and ACDF.
Each specimen was instrumented (L1-4) and tested with both standard and cortical trajectory pedicle screws. Each specimen was instrumented (L1-4) and tested.

Each specimen was instrumented (L1-4) and tested with both standard and cortical trajectory pedicle screws. Each specimen was instrumented (L1-4) and tested.
A and B, Sagittal (A) and axial (B) fast spin-echo images of the cervical spine before treatment demonstrate diffuse increase in signal intensity (arrows)

A and B, Sagittal (A) and axial (B) fast spin-echo images of the cervical spine before treatment demonstrate diffuse increase in signal intensity (arrows)
Volume 89, Issue 5, Pages (May 2016)

Volume 89, Issue 5, Pages (May 2016)
Preoperative anteroposterior and postoperative radiographic views show a 53° degenerative scoliosis, disk space collapse, and neural foraminal narrowing.

Preoperative anteroposterior and postoperative radiographic views show a 53° degenerative scoliosis, disk space collapse, and neural foraminal narrowing.
Spinal Cord Infarction Mimicking Angina Pectoris

Spinal Cord Infarction Mimicking Angina Pectoris
Initial and final follow-up axial CT images of the multilevel PD-L cases with VB-SFs without clinical sequelae. Initial and final follow-up axial CT images.

Initial and final follow-up axial CT images of the multilevel PD-L cases with VB-SFs without clinical sequelae. Initial and final follow-up axial CT images.
Lateral radiographs demonstrating the corrected spinal alignment and stability resulting from the anterior fusion at C4 through C6 with bone graft restoring.

Lateral radiographs demonstrating the corrected spinal alignment and stability resulting from the anterior fusion at C4 through C6 with bone graft restoring.
Mean Neck Disability Index (NDI) values pretreatment and at each follow-up interval for all patients (N = 25) as well as for patients with ≤48 months of.

Mean Neck Disability Index (NDI) values pretreatment and at each follow-up interval for all patients (N = 25) as well as for patients with ≤48 months of.
PH/CR/FC technique for PD-L device implantation.

PH/CR/FC technique for PD-L device implantation.
Preoperative (top) radiographs, immediate postoperative (middle) radiographs, and 24-month (bottom) CT scans of a 68-year-old female anteriolateral fusion.

Preoperative (top) radiographs, immediate postoperative (middle) radiographs, and 24-month (bottom) CT scans of a 68-year-old female anteriolateral fusion.
(a) Postoperative T1-weighted magnetic resonance image depicting appropriate decompression. (a) Postoperative T1-weighted magnetic resonance image depicting.

(a) Postoperative T1-weighted magnetic resonance image depicting appropriate decompression. (a) Postoperative T1-weighted magnetic resonance image depicting.

Similar presentations

Ads by Google