SpineWeb

Collaborative Platform for Research on Spine Imaging and Image Analysis


SpecialIssues

Filed in: Main.SpecialIssues · Modified on : Sun, 28 Sep 14

Main.SpecialIssues History

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Submission of manuscripts: Nov 15, 2013 \\
First Review done: Feb 1, 2014 \\
Submission of revised manuscripts: Mar 1, 2014 \\
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Submission of manuscripts: November 15, 2013 \\
First Review done: February 1, 2014 \\
Submission of revised manuscripts: March 1, 2014 \\
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!!!! Scope
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Timeline:''' \\
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(:toc:)
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!!! Call for Papers
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Webpage: http://www.cc.nih.gov/drd/staff/jianhua_yao.html \\
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Web: http://www.cc.nih.gov/drd/staff/jianhua_yao.html \\
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Webpage: http://campar.in.tum.de/Main/NassirNavab \\
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'''Timeline:''' \\

Submission of manuscripts: July 15, 2014 \\
First acceptance/rejection notification: October 1, 2014 \\
Revised manuscripts due: December 1, 2014 \\
Final acceptance/rejection notification: February 1, 2015 \\
Publication of Special Issue: TBD

\\

'''Guest Editors:''' \\

Shuo Li, PhD \\
GE Healthcare & Western University \\
London, Ontario, Canada \\
Email: Shuo.Li@ge.com \\
Web: http://digitalimaginggroup.ca/members/shuo.php \\
Phone: +1(519)317-8922


Jianhua Yao, PhD \\
National Institutes of Health \\
Email: jyao@cc.nih.gov \\
Webpage: http://www.cc.nih.gov/drd/staff/jianhua_yao.html \\
Phone: +1(301)402-3225


Nassir Navab, PhD \\
TU Munich & Johns Hopkins University \\
Garching, Munich, Germany \\
Email: nassir.navab@tum.de \\
Webpage: http://campar.in.tum.de/Main/NassirNavab \\
Phone: +49(89)289-17058

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!! Computerized Medical Imaging and Graphics

''Special Issue on Computational Methods
and Clinical Applications for Spine Imaging''

to:
!! Transactions on Medical Imaging

''Special Issue on Spine Imaging, Image-based Modeling,
and Image Guided Intervention''

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The spine represents both a vital central acis for the musculoskeletal system and a flexible protective shell surrounding the most important neural pathway in the body, the spinal cord. Spinal disease is common and causes a huge burden of morbidity and cost to society. Examples include degenerative disc disease, spinal stenosis, scoliosis, fracture, ligamentous injury, infection, tumour, and spondyloarthropathy. Treatment varies with the disease entity and the clinical scenario can be nonspecific. As a result, imagin is often required to help make the diagnosis. Frequently obtained studies include plain radiographs, DXA, bone scans, CT and MR. Computation methods play a steadily increasing role in improving speed, confidence, and accuracy in reaching a final diagnosis. For this special issue, we invite authors to submit original research papers or high- quality review articles on a wide range of topics including, but not limited to:

* Clinical applications of spine
imaging
* Computer Aided Diagnosis of spine conditions
* Emerging computational imaging techniques for spinal diseases
* Fast 3D reconstruction of spine
* Feature extraction, multiscale analysis, pattern recognition
* Image enhancement of spine imaging
* Image
-guided spine intervention and treatment
* Multimodal Image registration and fusion for spine imaging
* Novel visualization techniques
to:
Spine is one of the utmost important multifunctional structures in the human body. It provides physical support with great flexibility to the upper body. It governs the instantaneous reflex action and conveys neural signals transmitting between the brain and the majority of the body. Due to the wide diversity of functions that the spine serves, spine disorders trigger various and severe problems which considerably reduce patients¡¦ living quality, and cause a huge burden of morbidity and financial cost to society. Spine imaging is increasingly important in diagnosis, detection, prognosis, intervention, therapy, and treatment of spine related diseases or conditions. Current modalities used on spine include all existing and emerging imaging (e.g. hybrid imaging) modalities. This field starts to attract numerous applications in a wide spectrum, from image acquisition and image analysis to image guided intervention. This special issue is intended to highlight the state-of-the-art, emerging challenges, and innovative approaches in spine imaging, image analysis, and image guided intervention. Suggested topics include but are not limited to:

* Hybrid spine imaging
* Statistical, biomechanical and shape modeling of spine
* Spine segmentation and registration
* Multi
-modality spine image analysis and visualization
* Computer-aided spine pathology/detection/classification/quantification/prognosis
* Image guided
spine intervention
* Clinical application of spine image computing
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!! Computerized Medical Imaging and Graphics

''Special Issue on Computational Methods and Clinical Applications for Spine Imaging''


'''Scope:''' \\
The spine represents both a vital central acis for the musculoskeletal system and a flexible protective shell surrounding the most important neural pathway in the body, the spinal cord. Spinal disease is common and causes a huge burden of morbidity and cost to society. Examples include degenerative disc disease, spinal stenosis, scoliosis, fracture, ligamentous injury, infection, tumour, and spondyloarthropathy. Treatment varies with the disease entity and the clinical scenario can be nonspecific. As a result, imagin is often required to help make the diagnosis. Frequently obtained studies include plain radiographs, DXA, bone scans, CT and MR. Computation methods play a steadily increasing role in improving speed, confidence, and accuracy in reaching a final diagnosis. For this special issue, we invite authors to submit original research papers or high- quality review articles on a wide range of topics including, but not limited to:

* Clinical applications of spine imaging
* Computer Aided Diagnosis of spine conditions
* Emerging computational imaging techniques for spinal diseases
* Fast 3D reconstruction of spine
* Feature extraction, multiscale analysis, pattern recognition
* Image enhancement of spine imaging
* Image-guided spine intervention and treatment
* Multimodal Image registration and fusion for spine imaging
* Novel visualization techniques

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Submission of manuscripts: Nov. 15, 2013 \\
First Review done: Feb 1, 214 \\
Submission of revised manuscripts: March 1, 2014 \\
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Submission of manuscripts: Nov 15, 2013 \\
First Review done: Feb 1, 2014 \\
Submission of revised manuscripts: Mar 1, 2014 \\
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Dr. Gregory J.Garvin, M.D., Radiologist \\ 
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Dr. Gregory J.Garvin, M.D., Radiologist \\
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Dr. KengYeow Tay, M.D., Radiologist \\ 
to:
Dr. KengYeow Tay, M.D., Radiologist \\
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Publication date: TBD \\

to:
Publication date: TBD

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Web: http://www.cc.nih.gov/drd/staff/jianhua_yao.html \\

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Web: http://www.cc.nih.gov/drd/staff/jianhua_yao.html

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Email: tobias.klinder@philips.com \\

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Email: tobias.klinder@philips.com

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Web: http://digitalimaginggroup.ca/members/shuo.php \\

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Web: http://digitalimaginggroup.ca/members/shuo.php

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St. Joseph's Health Care, London, Ontario \\
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St. Joseph's Health Care, London, Ontario

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Victoria Hospital, London, Ontario \\
to:
Victoria Hospital, London, Ontario

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Department of Radiological Sciences, University of California, Irvine, School of Medicine \\
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Department of Radiological Sciences, University of California, Irvine, School of Medicine

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Imaging Biomarkers and Computer Aided Diagnosis Laboratory, Radiology and Imaging Sciences, Clinical Center, National Institutes of Health \\
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Imaging Biomarkers and Computer Aided Diagnosis Laboratory, Radiology and Imaging Sciences, Clinical Center, National Institutes of Health
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Web: http://www.cvip.uofl.edu \\

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Web: http://www.cvip.uofl.edu

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Webpage: http://digitalimaginggroup.ca/members/shuo.php \\
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Web: http://digitalimaginggroup.ca/members/shuo.php \\
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Tobias Klinder (Philips Research) \\ 
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Tobias Klinder (Philips Research) \\
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'''Scope:'''\\
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'''Scope:''' \\
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'''Timeline:'''\\

Submission of manuscripts: Nov. 15, 2013\\
First Review done: Feb 1, 214\\
Submission of revised manuscripts: March 1, 2014\\
Publication date: TBD

'''Guest Editors:'''
\\

Jianhua Yao (National Institutes of Health)\\
Email: jyao@cc.nih.gov\\
http://www.cc.nih.gov/drd/staff/jianhua_yao.html\\
\\

Tobias Klinder (Philips Research}\\
Email: tobias.klinder@philips.com\\
\\

Aly A. Farag (University of Louisville)\\
Email: aly.farag@louisville.edu\\
Webpage: http://www.cvip.uofl.edu\\
\\

Shuo Li (GE Healthcare & Unversity of Western Ontario)\\
Email: Shuo.Li@ge.com\\
Webpage: http://digitalimaginggroup.ca/members/shuo.php\\
\\

'''Clinical Advisory Board:'''\\

Dr. Gregory J.Garvin, M.D., Radiologist\\
St. Joseph's Health Care, London, Ontario\\
\\

Dr. KengYeow Tay, M.D., Radiologist,\\
to:
'''Timeline:''' \\

Submission of manuscripts: Nov. 15, 2013 \\
First Review done: Feb 1, 214 \\
Submission of revised manuscripts: March 1, 2014 \\
Publication date: TBD \\

'''Guest Editors:''' \\

Jianhua Yao (National Institutes of
Health) \\
Email: jyao@cc.nih.gov \\
Web: http://www.cc.nih.gov/drd/staff/jianhua_yao.html \\

Tobias Klinder (Philips Research) \\
Email: tobias.klinder@philips.com \\

Aly A. Farag (University of Louisville) \\
Email: aly.farag@louisville.edu \\
Web: http://www.cvip.uofl.edu \\

Shuo Li (GE Healthcare & University of Western Ontario) \\
Email: Shuo.Li@ge.com \\
Webpage: http://digitalimaginggroup.ca/members/shuo.php \\

'''Clinical Advisory Board:''' \\

Dr. Gregory J.Garvin, M.D., Radiologist \\
St. Joseph's Health Care, London, Ontario \\

Dr. KengYeow Tay, M.D., Radiologist \\
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Dr. Joseph E.Burns, MD PhD, Radiologist, \\
to:

Dr. Joseph E.Burns, MD PhD, Radiologist \\
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Dr. Summers, MD, PhD, \\
Radiologist, Imaging Biomarkers and Computer Aided Diagnosis Laboratory, Radiology and Imaging Sciences, Clinical Center, National Institutes of Health
to:

Dr. Summers, MD, PhD, Radiologist \\
Imaging Biomarkers and Computer Aided Diagnosis Laboratory, Radiology and Imaging Sciences, Clinical Center, National Institutes of Health \\
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Tobias Klinder (Philips Research}
Email: tobias.klinder@philips.com

Aly
A. Farag (University of Louisville) 
Email: aly.farag@louisville.edu 
Webpage: http://www.cvip.uofl.edu

Shuo Li (GE Healthcare & Unversity of Western Ontario) 
Email: Shuo.Li@ge.com 
Webpage: http://digitalimaginggroup.ca/members/shuo.php

Clinical Advisory Board:

Dr. Gregory J.Garvin, M.D., Radiologist
St. Joseph's Health Care, London, Ontario

Dr. KengYeow Tay, M.D., Radiologist,
Victoria Hospital, London, Ontario

Dr. Joseph E.Burns, MD PhD, Radiologist,
Department of Radiological Sciences, University of California, Irvine, School of Medicine

Dr. Summers, MD, PhD,
Radiologist, Imaging Biomarkers and Computer Aided Diagnosis Laboratory, Radiology and Imaging Sciences, Clinical Center, National Institutes of Health
to:
Tobias Klinder (Philips Research}\\
Email: tobias.klinder@philips.com\\
\\

Aly
A. Farag (University of Louisville)\\
Email: aly.farag@louisville.edu\\
Webpage: http://www.cvip.uofl.edu\\
\\

Shuo Li (GE Healthcare & Unversity of Western Ontario)\\
Email: Shuo.Li@ge.com\\
Webpage: http://digitalimaginggroup.ca/members/shuo.php\\
\\

'''
Clinical Advisory Board:'''\\

Dr. Gregory J.Garvin, M.D., Radiologist\\
St. Joseph's Health Care, London, Ontario\\
\\

Dr. KengYeow Tay, M.D., Radiologist,\\
Victoria Hospital, London, Ontario \\
\\

Dr. Joseph E.Burns, MD PhD, Radiologist, \\
Department of Radiological Sciences, University of California, Irvine, School of Medicine \\
\\

Dr. Summers, MD, PhD, \\
Radiologist, Imaging Biomarkers and Computer Aided Diagnosis Laboratory, Radiology and Imaging Sciences, Clinical Center, National Institutes of Health
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'''Scope:'''
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'''Scope:'''\\
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'''Timeline:'''\\

Submission of manuscripts: Nov. 15, 2013\\
First Review done: Feb 1, 214\\
Submission of revised manuscripts: March 1, 2014\\
Publication date: TBD

'''Guest Editors:'''\\

Jianhua Yao (National Institutes of Health)\\
Email: jyao@cc.nih.gov\\
http://www.cc.nih.gov/drd/staff/jianhua_yao.html\\
\\

Tobias Klinder (Philips Research}
Email: tobias.klinder@philips.com

Aly A. Farag (University of Louisville)
Email: aly.farag@louisville.edu
Webpage: http://www.cvip.uofl.edu

Shuo Li (GE Healthcare & Unversity of Western Ontario)
Email: Shuo.Li@ge.com
Webpage: http://digitalimaginggroup.ca/members/shuo.php

Clinical Advisory Board:

Dr. Gregory J.Garvin, M.D., Radiologist
St. Joseph's Health Care, London, Ontario

Dr. KengYeow Tay, M.D., Radiologist,
Victoria Hospital, London, Ontario

Dr. Joseph E.Burns, MD PhD, Radiologist,
Department of Radiological Sciences, University of California, Irvine, School of Medicine

Dr. Summers, MD, PhD,
Radiologist, Imaging Biomarkers and Computer Aided Diagnosis Laboratory, Radiology and Imaging Sciences, Clinical Center, National Institutes of Health
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Scope:
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'''Scope:'''
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Scope:
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!! Call for Papers

!!! Computerized Medical Imaging and Graphics
to:
!!! Call for Papers

!! Computerized Medical Imaging and Graphics
Changed lines 11-19 from:
* - Clinical applications of spine imaging
* - Computer Aided Diagnosis of spine conditions
* - Emerging computational imaging techniques for spinal diseases
* - Fast 3D reconstruction of spine
* - Feature extraction, multiscale analysis, pattern recognition
* - Image enhancement of spine imaging
* - Image-guided spine intervention and treatment
* - Multimodal Image registration and fusion for spine imaging
* - Novel visualization techniques
to:
* Clinical applications of spine imaging
* Computer Aided Diagnosis of spine conditions
* Emerging computational imaging techniques for spinal diseases
* Fast 3D reconstruction of spine
* Feature extraction, multiscale analysis, pattern recognition
* Image enhancement of spine imaging
* Image-guided spine intervention and treatment
* Multimodal Image registration and fusion for spine imaging
* Novel visualization techniques
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- Clinical applications of spine imaging
- Computer Aided Diagnosis of spine conditions
- Emerging computational imaging techniques for spinal diseases
to:
* - Clinical applications of spine imaging
* - Computer Aided Diagnosis of spine conditions
* - Emerging computational imaging techniques for spinal diseases
Changed lines 11-13 from:
* - Clinical applications of spine imaging
* - Computer Aided Diagnosis of spine conditions
* - Emerging computational imaging techniques for spinal diseases
to:
- Clinical applications of spine imaging
- Computer Aided Diagnosis of spine conditions
- Emerging computational imaging techniques for spinal diseases
Changed lines 11-19 from:
* -Clinical applications of spine imaging
* -Computer Aided Diagnosis of spine conditions
* -Emerging computational imaging techniques for spinal diseases
* -Fast 3D reconstruction of spine
* -Feature extraction, multiscale analysis, pattern recognition
* -Image enhancement of spine imaging
* -Image-guided spine intervention and treatment
* -Multimodal Image registration and fusion for spine imaging
* -Novel visualization techniques
to:
* - Clinical applications of spine imaging
* - Computer Aided Diagnosis of spine conditions
* - Emerging computational imaging techniques for spinal diseases
* - Fast 3D reconstruction of spine
* - Feature extraction, multiscale analysis, pattern recognition
* - Image enhancement of spine imaging
* - Image-guided spine intervention and treatment
* - Multimodal Image registration and fusion for spine imaging
* - Novel visualization techniques
Changed lines 11-19 from:
* * Clinical applications of spine imaging
* * Computer Aided Diagnosis of spine conditions
* * Emerging computational imaging techniques for spinal diseases
* * Fast 3D reconstruction of spine
* * Feature extraction, multiscale analysis, pattern recognition
* * Image enhancement of spine imaging
* * Image-guided spine intervention and treatment
* * Multimodal Image registration and fusion for spine imaging
* * Novel visualization techniques
to:
* -Clinical applications of spine imaging
* -Computer Aided Diagnosis of spine conditions
* -Emerging computational imaging techniques for spinal diseases
* -Fast 3D reconstruction of spine
* -Feature extraction, multiscale analysis, pattern recognition
* -Image enhancement of spine imaging
* -Image-guided spine intervention and treatment
* -Multimodal Image registration and fusion for spine imaging
* -Novel visualization techniques
Changed lines 11-19 from:
*Clinical applications of spine imaging
*Computer Aided Diagnosis of spine conditions
*Emerging computational imaging techniques for spinal diseases
*Fast 3D reconstruction of spine
*Feature extraction, multiscale analysis, pattern recognition
*Image enhancement of spine imaging
*Image-guided spine intervention and treatment
*Multimodal Image registration and fusion for spine imaging
*Novel visualization techniques
to:
* * Clinical applications of spine imaging
* * Computer Aided Diagnosis of spine conditions
* * Emerging computational imaging techniques for spinal diseases
* * Fast 3D reconstruction of spine
* * Feature extraction, multiscale analysis, pattern recognition
* * Image enhancement of spine imaging
* * Image-guided spine intervention and treatment
* * Multimodal Image registration and fusion for spine imaging
* * Novel visualization techniques
Changed lines 11-19 from:
* Clinical applications of spine imaging
* Computer Aided Diagnosis of spine conditions
* Emerging computational imaging techniques for spinal diseases
* Fast 3D reconstruction of spine
* Feature extraction, multiscale analysis, pattern recognition
* Image enhancement of spine imaging
* Image-guided spine intervention and treatment
* Multimodal Image registration and fusion for spine imaging
* Novel visualization techniques
to:
*Clinical applications of spine imaging
*Computer Aided Diagnosis of spine conditions
*Emerging computational imaging techniques for spinal diseases
*Fast 3D reconstruction of spine
*Feature extraction, multiscale analysis, pattern recognition
*Image enhancement of spine imaging
*Image-guided spine intervention and treatment
*Multimodal Image registration and fusion for spine imaging
*Novel visualization techniques
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{+Scope:+}
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[+Scope:+]
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[+Scope:+]
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{+Scope:+}
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'''Special Issue on Computational Methods and Clinical Applications for Spine Imaging'''
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''Special Issue on Computational Methods and Clinical Applications for Spine Imaging''
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'''''Special Issue on Computational Methods and Clinical Applications for Spine Imaging'''''
to:
'''Special Issue on Computational Methods and Clinical Applications for Spine Imaging'''
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[++Special Issue on Computational Methods and Clinical Applications for Spine Imaging++]
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'''''Special Issue on Computational Methods and Clinical Applications for Spine Imaging'''''
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!! Computerized Medical Imaging and Graphics

!!! Special Issue on Computational Methods and Clinical Applications for Spine Imaging
to:
!! Call for Papers

!!! Computerized Medical Imaging and
Graphics

[++Special Issue on Computational Methods and Clinical Applications for Spine Imaging++]
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[++Special Issue on Computational Methods and Clinical Applications for Spine Imaging++]
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!!! Special Issue on Computational Methods and Clinical Applications for Spine Imaging
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!! Call for Papers: Special Issues on Spine Imaging and Image Analysis

!!! Computerized Medical
Imaging and Graphics

'''
+Scope:+'''
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!! Computerized Medical Imaging and Graphics

[++Special Issue
on Computational Methods and Clinical Applications for Spine Imaging++]

[+Scope:+]
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!! Call for Papers: Special Issues on Spine Imaging and Image Analysis

!!! Computerized Medical Imaging and Graphics

'''+Scope:+'''

The spine represents both a vital central acis for the musculoskeletal system and a flexible protective shell surrounding the most important neural pathway in the body, the spinal cord. Spinal disease is common and causes a huge burden of morbidity and cost to society. Examples include degenerative disc disease, spinal stenosis, scoliosis, fracture, ligamentous injury, infection, tumour, and spondyloarthropathy. Treatment varies with the disease entity and the clinical scenario can be nonspecific. As a result, imagin is often required to help make the diagnosis. Frequently obtained studies include plain radiographs, DXA, bone scans, CT and MR. Computation methods play a steadily increasing role in improving speed, confidence, and accuracy in reaching a final diagnosis. For this special issue, we invite authors to submit original research papers or high- quality review articles on a wide range of topics including, but not limited to:

* Clinical applications of spine imaging
* Computer Aided Diagnosis of spine conditions
* Emerging computational imaging techniques for spinal diseases
* Fast 3D reconstruction of spine
* Feature extraction, multiscale analysis, pattern recognition
* Image enhancement of spine imaging
* Image-guided spine intervention and treatment
* Multimodal Image registration and fusion for spine imaging
* Novel visualization techniques


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