11/18/ CPT Preauthorization Groupings Effective January 1, Computerized Tomography (CT) Abdomen 6. CPT Description SEGR CT01
|
|
- Stella Simon
- 5 years ago
- Views:
Transcription
1 Computerized Tomography (CT) 6 & Upper Extremity 11 Lower Extremity 12 Head 3 Orbit 1 Sinus 2 Neck 4 7 Cervical Spine 8 Thoracic Spine 9 Lumbar Spine 10 Colon 13 CPT Description SEGR ADD- ON CT abdomen; w/o contrast CT abdomen; with contrast CT abdomen; w/o contrast followed by contrast CT, abdomen and pelvis, w/o contrast CT, abdomen and pelvis, with contrast CT, abdomen and pelvis, w/o contrast in one or both regions, followed by contrast and further in one or both regions CT thorax; w/o contrast CT thorax; with contrast CT thorax; w/o contrast followed by contrast CT upper extremity; w/o contrast CT upper extremity; with contrast CT upper extremity; w/o contrast followed by contrast CT lower extremity; w/o contrast CT lower extremity; with contrast CT lower extremity; w/o contrast followed by contrast CT head or brain; w/o contrast CT head or brain; with contrast CT head or brain; w/o contrast followed by contrast CT orbit, sella or posterior fossa; w/o contrast CT orbit, sella or posterior fossa; with contrast CT orbit, sella or posterior fossa; w/o contrast followed by contrast CT maxillofacial area; w/o contrast CT maxillofacial area; with contrast CT maxillofacial area; w/o contrast followed by contrast CT soft tissue neck; w/o contrast CT soft tissue neck; with contrast CT soft tissue neck; w/o contrast followed by contrast CT pelvis; w/o contrast CT pelvis; with contrast CT pelvis w/o contrast followed by contrast CT cervical spine; w/o contrast CT cervical spine; with contrast CT cervical spine; w/o contrast followed by contrast CT thoracic spine; w/o contrast CT thoracic spine; with contrast CT thoracic spine; w/o contrast followed by contrast CT lumbar spine; w/o contrast CT lumbar spine; with contrast CT lumbar spine; w/o contrast followed by contrast CT colonography; diagnostic without contrast CT colonography; diagnostic with contrast including noncontrast images if performed CT colonography; screening including image post processing CT01 CT28 CT02 CT03 CT04 CT05 CT06 CT07 CT08 CT09 CT10 CT11 CT12 CT29 11/18/2011 1
2 Computerized Tomography Angiography (CTA) 79 Abdominal Arteries Upper Extremity Head 72 Neck CT Heart for Calcium Scoring 98 CT Heart for Structure & Morph 99 CTA Heart Including Structure & Morph 100 CPT Description CTA abdomen & pelvis EFFECTIVE MARCH 1, 2012 CTA abdomen; w/o contrast followed by contrast and further CTA abdominal aorta & bilateral iliofemoral lower extremity runoff; w/o contrast followed by contrast and further CTA chest; w/o contrast followed by contrast and further CTA upper extremity; w/o contrast followed by contrast and further CTA lower extremity; w/o contrast followed by contrast and further CTA head; w/o contrast followed by contrast and further CTA neck; w/o contrast followed by contrast and further CTA pelvis; w/o contrast followed by contrast and further CT heart; w/o contrast with quantitative evaluation of coronary calcium CT heart; w contrast for eval of cardiac structure and morphology (including 3D image post-processing, assessment of cardiac function, and evaluation of venous structures, if performed) CT heart; w contrast for eval of cardiac structure and morphology in setting of congenital heart disease (including 3D image post-processing, assessment of LV function, RV structure and function and evaluation of venous structures, if performed) CTA heart, coronary arteries and bypass grafts (when present); w contrast including 3D image post-processing (including eval of cardiac structure and morphology, assessment of cardiac function and eval of venous structures, if performed) Image Reading Provider Code Row SEGR CT13 CT14 CT15 CT16 CT17 CT18 CT19 CT20 CT25 CT26 CT27 CT99 11/18/2011 2
3 Magnetic Resonance (MRI) 26 Bone Marrow 30 Breast Cardiac 18 Upper Extremity Non-joint TMJ 24 Orbit 23 Brain 13 CPT Description MRI abdomen; w/o contrast MRI abdomen; with contrast MRI abdomen; w/o contrast followed by contrast SEGR MR MRI bone marrow MR MRI breast; unilateral w/wo contrast MRI breast; bilateral w/wo contrast MR MRI chest; w/o contrast MR MRI chest; with contrast MRI chest; w/o contrast followed by contrast MRI cardiac; w/o contrast MR MRI cardiac; w/o contrast; with stress imaging MRI cardiac; w/o contrast; followed by contrast and further sequences MRI cardiac; w/o contrast; followed by contrast and further sequences; with stress imaging MRI upper extremity, other than joint w/o contrast MR MRI upper extremity, other than joint with contrast MR MRI upper extremity, other than joint w/o contrast followed by contrast MR MRI upper extremity, any joint w/o contrast MR MRI upper extremity, any joint with contrast MR MRI upper extremity, any joint w/o contrast followed by contrast MR MRI lower extremity, other than joint w/o contrast MR MRI lower extremity, other than joint w contrast MRI lower extremity, other than joint w/o contrast followed by contrast MRI lower extremity, any joint w/o contrast MRI lower extremity, any joint w contrast MRI lower extremity, any joint w/o contrast followed by contrast MR MRI temporomandibular joint(s) MR MRI orbit, face and neck; w/o contrast MRI orbit, face and neck; with contrast MRI orbit, face and neck; w/o contrast followed by contrast MRI brain; w/o contrast MRI brain; with contrast MRI brain; w/o contrast followed by contrast MRI brain, functional MRI, not requiring physician or psychologist administration MRI brain, functional MRI, requiring physician or psychologist administration MR15 MR16 27 Cervical Spine 15 Thoracic Spine 16 Lumbar Spine ADD- ON MRI pelvis; w/o contrast MRI pelvis; with contrast MRI pelvis; w/o contrast followed by contrast MRI cervical spine; w/o contrast MRI cervical spine; with contrast MRI cervical spine; w/o contrast followed by contrast MRI thoracic spine; w/o contrast MRI thoracic spine; with contrast MRI thoracic spine; w/o contrast followed by contrast MRI lumbar spine; w/o contrast MRI lumbar spine; with contrast MRI lumbar spine; w/o contrast followed by contrast MR17 MR18 MR19 MR20 11/18/2011 3
4 Magnetic Resonance Angiography (MRA) Upper Extremity Head 31 Neck Spinal Canal 37 CPT Description SEGR MRA abdomen; with or w/o contrast MR MRA chest; with or w/o contrast MR MRA upper extremity; with or w/o contrast MR MRA lower extremity; with or w/o contrast MR MRA head; w/o contrast MRA head; with contrast MRA head; w/o contrast followed by contrast MRA neck; w/o contrast MRA neck; with contrast MRA neck; w/o contrast followed by contrast MR25 MR MRA pelvis; with or w/o contrast MR MRA spinal canal and contents with or w/o contrast MR28 Magnetic Resonance SEGR CPT Description Spectroscopy (MRS) MR Spectroscopy MR29 Image Reading Provider Code Row MR99 Bone Densitometry CPT Description SEGR CT bone mineral density axial CT21 11/18/2011 4
5 Nuclear Cardiology CPT Description SEGR Myocardial Perfusion SPECT, single study SPECT, multiple studies MPI, single study MPI, multiple studies NC01 Infarct 44 Cardiac Blood Pool Planar, infarct avid; qualitative or quantitative Planar, infarct avid; with ejection fraction by first pass technique SPECT, infarct avid; with or w/o quantification Gated equilibrium; planar, single study, wall motion plus ejection fraction Gated equilibrium; planar, multiple studies, wall motion study plus ejection fraction First pass tech; single study, wall motion study plus ejection fraction First pass tech; multiple studies, wall motion study plus ejection fraction Gated equilibrium, SPECT, at rest, wall motion study plus ejection fraction Image Reading Provider Code Row NC02 NC03 NC99 Positron Emission Tomography (PET) Brain 42 Myocardial 71 PET & PET/CT Tumor 84 CPT Description SEGR PET brain, metabolic evaluation PET brain, perfusion evaluation PET myocardial, metabolic evaluation PET myocardial, perfusion, single study PET myocardial, perfusion, multiple studies PET imaging, limited area (e.g., chest; head/neck) PET imaging, skull base to mid-thigh PET imaging, whole body PET imaging with concurrently acquired CT for attenuation correction and anatomical localization, limited area (e.g., chest; head/neck) PET imaging with concurrently acquired CT for attenuation correction and anatomical localization, skull base to mid-thigh PET imaging with concurrently acquired CT for attenuation correction and anatomical localization, whole body PT01 PT02 PT03 PT04 11/18/2011 5
6 Add-on Procedures CPT Description SEGR Add-on Procedure Codes are those CPT codes that do not standalone but are adjunct codes to other CPT codes. These add-on codes are often performed in addition to the above listed preauthorized procedures and do not require separate preauthorization. The inclusion of these codes into a preauthorization program is determined by agreement with the health plan. CT or MRI Grouping Groups 1-12, 13-18, 23-27, 29, 30, 46, 47, 101 CT Grouping Groups 1-13 MRI Cardiac Grouping Group 18 Cardiac Blood Pool Grouping Group 82 valid with code only & Reconstruction of CT or MRI images replacement for deleted code CT Limited follow-up CT CT Cardiac MRI for velocity flow mapping MR Cardiac blood pool imaging, gated equilibrium, single study, at rest, with right ventricular ejection fraction by first pass technique (Add-on to only) NC06 11/18/2011 6
Medical Image Analysis
Computer assisted Image Analysis VT04 29 april 2004 Medical Image Analysis Lecture 10 (part 1) Xavier Tizon Medical Image Processing Medical imaging modalities XRay,, CT Ultrasound MRI PET, SPECT Generic
More information4DM Packages. 4DM Packages & License Types. Information to help you order the appropriate licenses for your site.
4DM Packages 4DM Packages & License Types. Information to help you order the appropriate licenses for your site. Nuclear Cardiac Quantification, Review, and Reporting Select Your 4DM Package and corresponding
More informationGE Healthcare. AppsLinq* remote courses catalogue
GE Healthcare AppsLinq* remote courses catalogue AppsLinq * remote training for MR Magnetic Resonance AppsLinq* a GE Training in Partnership (TiP) program, revolutionizes applications training with live,
More information3/27/2012 WHY SPECT / CT? SPECT / CT Basic Principles. Advantages of SPECT. Advantages of CT. Dr John C. Dickson, Principal Physicist UCLH
3/27/212 Advantages of SPECT SPECT / CT Basic Principles Dr John C. Dickson, Principal Physicist UCLH Institute of Nuclear Medicine, University College London Hospitals and University College London john.dickson@uclh.nhs.uk
More informationMedical Image Registration
Medical Image Registration Submitted by NAREN BALRAJ SINGH SB ID# 105299299 Introduction Medical images are increasingly being used within healthcare for diagnosis, planning treatment, guiding treatment
More informationMedical Images Analysis and Processing
Medical Images Analysis and Processing - 25642 Emad Course Introduction Course Information: Type: Graduated Credits: 3 Prerequisites: Digital Image Processing Course Introduction Reference(s): Insight
More informationData. MAGNETOM Symphony, A Tim System Matrix Coils
Data MAGNETOM Symphony, A Tim System Matrix Coils Head Matrix Coil The Head Matrix coil is part of the standard system configuration. 12-element design with 12 integrated preamplifiers, two rings of 6
More informationCorridor4DM Feature List
Software Services Features Corridor4DM Feature List 4DM v2013 FDG PET Standard Uptake Value (SUV) Calculation Auto-Selection of Report Template Motion Correction of SPECT datasets New Normals Databases
More informationVIEW PRO 4D. four dimensions in one workstation
VIEW PRO 4D THE complete 3D/4D workstation for automatic image processing four dimensions in one workstation VERSiON 1.0 iq-view PRO 4D FROM HEAD TO TOE IN 4D iq-view PRO 4D is the perfect solution for
More informationGE Healthcare CLINICAL GALLERY. Discovery * MR750w 3.0T. This brochure is intended for European healthcare professionals.
GE Healthcare CLINICAL GALLERY Discovery * MR750w 3.0T This brochure is intended for European healthcare professionals. NEURO PROPELLER delivers high resolution, motion insensitive imaging in all planes.
More informationLecture 6: Medical imaging and image-guided interventions
ME 328: Medical Robotics Winter 2019 Lecture 6: Medical imaging and image-guided interventions Allison Okamura Stanford University Updates Assignment 3 Due this Thursday, Jan. 31 Note that this assignment
More informationImage Acquisition Systems
Image Acquisition Systems Goals and Terminology Conventional Radiography Axial Tomography Computer Axial Tomography (CAT) Magnetic Resonance Imaging (MRI) PET, SPECT Ultrasound Microscopy Imaging ITCS
More informationUltrasound. Q-Station software. Streamlined workflow solutions. Philips Q-Station ultrasound workspace software
Ultrasound Q-Station software Streamlined workflow solutions Philips Q-Station ultrasound workspace software Managing your off-cart workf low Everyone is being asked to do more with fewer resources it
More informationComputational Medical Imaging Analysis
Computational Medical Imaging Analysis Chapter 2: Image Acquisition Systems Jun Zhang Laboratory for Computational Medical Imaging & Data Analysis Department of Computer Science University of Kentucky
More information7D Cardiac Flow MRI: Techniques & Automation of Reconstruction
Cleveland State University EngagedScholarship@CSU ETD Archive 2012 7D Cardiac Flow MRI: Techniques & Automation of Reconstruction Michael G. Ambrosia Cleveland State University Follow this and additional
More informationMedical Imaging Modalities
Image Science Introduction Medical Imaging Modalities Ho Kyung Kim hokyung@pusan.ac.kr Pusan National University Projection Radiography Routine diagnostic radiography Chest x rays, fluoroscopy, mammography,
More informationCT Basics Principles of Spiral CT Dose. Always Thinking Ahead.
1 CT Basics Principles of Spiral CT Dose 2 Who invented CT? 1963 - Alan Cormack developed a mathematical method of reconstructing images from x-ray projections Sir Godfrey Hounsfield worked for the Central
More informationAnatomy 1 st Paper. Past Papers
Anatomy 1 st Paper Past Papers September 2010 April 2010 September 2009 April 2009 September 2008 April 2008 September 2007 April 2007 September 2006 May 2006 September 2005 April 2005 September 2004 April
More informationMathematical methods and simulations tools useful in medical radiation physics
Mathematical methods and simulations tools useful in medical radiation physics Michael Ljungberg, professor Department of Medical Radiation Physics Lund University SE-221 85 Lund, Sweden Major topic 1:
More informationIntroduction to Medical Image Processing
Introduction to Medical Image Processing Δ Essential environments of a medical imaging system Subject Image Analysis Energy Imaging System Images Image Processing Feature Images Image processing may be
More informationNonrigid Motion Compensation of Free Breathing Acquired Myocardial Perfusion Data
Nonrigid Motion Compensation of Free Breathing Acquired Myocardial Perfusion Data Gert Wollny 1, Peter Kellman 2, Andrés Santos 1,3, María-Jesus Ledesma 1,3 1 Biomedical Imaging Technologies, Department
More informationarxiv: v2 [cs.cv] 28 Jan 2019
Improving Myocardium Segmentation in Cardiac CT Angiography using Spectral Information Steffen Bruns a, Jelmer M. Wolterink a, Robbert W. van Hamersvelt b, Majd Zreik a, Tim Leiner b, and Ivana Išgum a
More informationAdvanced Visual Medicine: Techniques for Visual Exploration & Analysis
Advanced Visual Medicine: Techniques for Visual Exploration & Analysis Interactive Visualization of Multimodal Volume Data for Neurosurgical Planning Felix Ritter, MeVis Research Bremen Multimodal Neurosurgical
More informationMedical Imaging Introduction
Medical Imaging Introduction Jan Kybic February 16, 2010 Medical imaging: a collaborative paradigm picture from Atam P. Dhawan: Medical Imaging From physiology to information processing (what we should
More informationComputational Medical Imaging Analysis Chapter 4: Image Visualization
Computational Medical Imaging Analysis Chapter 4: Image Visualization Jun Zhang Laboratory for Computational Medical Imaging & Data Analysis Department of Computer Science University of Kentucky Lexington,
More informatione-anatomy User Guide IMAIOS - e-anatomy
e-anatomy User Guide IMAIOS - e-anatomy 3.1.5 Content 1 3 Chapter 1 : The IMAIOS site 4 How the site works 4 The color coding system 4 Princing system 5 Chapter 2 : e-anatomy 5 Presentation 6 The modules
More informationRadiologists will love the APPC Austrian PACS Procedure Code
Radiologists will love the APPC Austrian PACS Procedure Code Franz Frühwald What is the APPC? A coding system for radiologic anatomy, modalities and procedures to support automated retrieval of relevant
More informationAvailable MRI Systems
Available MRI Systems #A-001 2006 GE 1.5 EXCITE HDX 16 CHANNEL MRI SYSTEM 1.5 CXK4 Short Bore LCC Magnet, Running Excite 16.0 Software, 33 mt/m Gradients, 120 Slew Rate, 16 Channel System, Software Options
More informationIntegrating Ontologies with Three-Dimensional Models of Anatomy
Integrating Ontologies with Three-Dimensional Models of Anatomy Daniel L. Rubin Yasser Bashir David Grossman Parvati Dev Mark A. Musen Stanford Medical Informatics Stanford University Projectile Injury
More informationCh. 4 Physical Principles of CT
Ch. 4 Physical Principles of CT CLRS 408: Intro to CT Department of Radiation Sciences Review: Why CT? Solution for radiography/tomography limitations Superimposition of structures Distinguishing between
More informationCo-registration of Bone CT and SPECT Images Using Mutual Information
2006 IEEE International Symposium on Signal Processing and Information Technology Co-registration of Bone CT and SPECT Images Using Mutual Information Lisa Tang, Ghassan Hamarneh, and Anna Celler Medical
More informationComputer Aided Diagnosis Based on Medical Image Processing and Artificial Intelligence Methods
International Journal of Information and Computation Technology. ISSN 0974-2239 Volume 3, Number 9 (2013), pp. 887-892 International Research Publications House http://www. irphouse.com /ijict.htm Computer
More informationMR Advance Techniques. Vascular Imaging. Class III
MR Advance Techniques Vascular Imaging Class III 1 Vascular Imaging There are several methods that can be used to evaluate the cardiovascular systems with the use of MRI. MRI will aloud to evaluate morphology
More informationA closer look at CT scanning
Vet Times The website for the veterinary profession https://www.vettimes.co.uk A closer look at CT scanning Author : Charissa Lee, Natalie Webster Categories : General, Vets Date : April 3, 2017 A basic
More information4D Magnetic Resonance Analysis. MR 4D Flow. Visualization and Quantification of Aortic Blood Flow
4D Magnetic Resonance Analysis MR 4D Flow Visualization and Quantification of Aortic Blood Flow 4D Magnetic Resonance Analysis Complete assesment of your MR 4D Flow data Time-efficient and intuitive analysis
More informationQuantitative parametric images of [ 11 C]acetate and [ 11 C]-metahydroxyephedrine. myocardium
9 Quantitative parametric images of [ 11 C]acetate and [ 11 C]-metahydroxyephedrine kinetics in the myocardium Hendrik J. Harms, Weena J. Y. Chen, Ahmet Güclü, Marc C. Huisman, Stefan de Haan, Michaela
More informationOutline: Contrast-enhanced MRA
Outline: Contrast-enhanced MRA Background Technique Clinical Indications Future Directions Disclosures: GE Health Care: Research support Consultant: Bracco, Bayer The Basics During rapid IV infusion, Gadolinium
More informationShadow casting. What is the problem? Cone Beam Computed Tomography THE OBJECTIVES OF DIAGNOSTIC IMAGING IDEAL DIAGNOSTIC IMAGING STUDY LIMITATIONS
Cone Beam Computed Tomography THE OBJECTIVES OF DIAGNOSTIC IMAGING Reveal pathology Reveal the anatomic truth Steven R. Singer, DDS srs2@columbia.edu IDEAL DIAGNOSTIC IMAGING STUDY Provides desired diagnostic
More informationVessel Explorer: a tool for quantitative measurements in CT and MR angiography
Clinical applications Vessel Explorer: a tool for quantitative measurements in CT and MR angiography J. Oliván Bescós J. Sonnemans R. Habets J. Peters H. van den Bosch T. Leiner Healthcare Informatics/Patient
More informationCerner SkyVue Cardiology Remote Review with NVIDIA and VMware Horizon
Cerner SkyVue Cardiology Remote Review with NVIDIA and VMware Horizon Stuart Jackson Sr. Technology Architect Agenda Meet Cerner Cardiology Solution Overview Workflow Challenges Workflow Requirements Testing
More informationComputational Medical Imaging Analysis
Computational Medical Imaging Analysis Chapter 1: Introduction to Imaging Science Jun Zhang Laboratory for Computational Medical Imaging & Data Analysis Department of Computer Science University of Kentucky
More informationMedical Imaging and Beyond
Medical Imaging and Beyond Jesus J. Caban Schedule! Today:! Lecture: Medical Imaging and Beyond! Wednesday:! No Class (Thanksgiving Eve)! Final presentations:! Nov 29 th : W. Griffin, F. Zafar! Dec 1 st
More informationBME I5000: Biomedical Imaging
1 Lucas Parra, CCNY BME I5000: Biomedical Imaging Lecture 4 Computed Tomography Lucas C. Parra, parra@ccny.cuny.edu some slides inspired by lecture notes of Andreas H. Hilscher at Columbia University.
More informationQualitative Comparison of Conventional and Oblique MRI for Detection of Herniated Spinal Discs
Qualitative Comparison of Conventional and Oblique MRI for Detection of Herniated Spinal Discs Doug Dean Final Project Presentation ENGN 2500: Medical Image Analysis May 16, 2011 Outline Review of the
More informationCoronary Artery Calcium Quantification in Contrast-enhanced Computed Tomography Angiography
Georgia State University ScholarWorks @ Georgia State University Computer Science Dissertations Department of Computer Science 12-18-2013 Coronary Artery Calcium Quantification in Contrast-enhanced Computed
More informationThe Supreme 3D/4D Ultrasound. The Supreme 3D/4D Ultrasound. CT-V20-ICM
The Supreme 3D/4D Ultrasound The Supreme 3D/4D Ultrasound www.medison.com info@medison.com CT-V20-ICM-06.20.2008 The Supreme 3D/4D Ultrasound Since launching the first commercially available 3D ultrasound
More informationA Survey of Current Methods in Medical Image Segmentation
! " $#% & #'()#*+,-.,-& /#' 021436587:96J45LKM?N567OP3QBNF6RMJ4SESTK:9U;8=
More informationAdvanced MRI Techniques (and Applications)
Advanced MRI Techniques (and Applications) Jeffry R. Alger, PhD Department of Neurology Ahmanson-Lovelace Brain Mapping Center Brain Research Institute Jonsson Comprehensive Cancer Center University of
More informationFINDING THE TRUE EDGE IN CTA
FINDING THE TRUE EDGE IN CTA by: John A. Rumberger, PhD, MD, FACC Your patient has chest pain. The Cardiac CT Angiography shows plaque in the LAD. You adjust the viewing window trying to evaluate the stenosis
More informationComputer-Aided Diagnosis in Abdominal and Cardiac Radiology Using Neural Networks
Computer-Aided Diagnosis in Abdominal and Cardiac Radiology Using Neural Networks Du-Yih Tsai, Masaru Sekiya and Yongbum Lee Department of Radiological Technology, School of Health Sciences, Faculty of
More informationPhilips SPECT/CT Systems
Philips SPECT/CT Systems Ling Shao, PhD Director, Imaging Physics & System Analysis Nuclear Medicine, Philips Healthcare June 14, 2008 *Presented SNM08 Categorical Seminar - Quantitative SPECT and PET
More informationMedical Image Fusion using Rayleigh Contrast Limited Adaptive Histogram Equalization and Ant Colony Edge Method
Medical Image Fusion using Rayleigh Contrast Limited Adaptive Histogram Equalization and Ant Colony Edge Method Ramandeep 1, Rajiv Kamboj 2 1 Student, M. Tech (ECE), Doon Valley Institute of Engineering
More informationTomographic Reconstruction
Tomographic Reconstruction 3D Image Processing Torsten Möller Reading Gonzales + Woods, Chapter 5.11 2 Overview Physics History Reconstruction basic idea Radon transform Fourier-Slice theorem (Parallel-beam)
More informationWhole Body Submillimeter Scan
128 Whole Body Submillimeter Scan The real value of 64ch/128slice CT systems does not come from the ability to perfom cardiac scans but the capability to scan all parts of the body in high definition submillimeter
More informationGeneration of numerical human models based on medical imaging
Generation of numerical human models based on medical imaging Research Report in Mechanical Engineering MARTA GONZALEZ CARCEDO KARIN BROLIN Department of Applied Mechanics Division of Vehicle Safety CHALMERS
More informationFIELD PARADIGM FOR 3D MEDICAL IMAGING: Safer, More Accurate, and Faster SPECT/PET, MRI, and MEG
FIELD PARADIGM FOR 3D MEDICAL IMAGING: Safer, More Accurate, and Faster SPECT/PET, MRI, and MEG July 1, 2011 First, do no harm. --Medical Ethics (Hippocrates) Dr. Murali Subbarao, Ph. D. murali@fieldparadigm.com,
More informationPatient Set-ups and Tumor Localizations
Patient Set-ups and Tumor Localizations Amy S. Harrison Patient Positioning Prior to starting any localization or simulation procedure patients need to be positioned and immobilized Patients disease location
More informationData Segmentation for Medical 3D Printing
TECHNICAL APPLICATION GUIDE Data Segmentation for Medical 3D Printing The purpose of this document is to enable a user to process, segment and successfully 3D print data acquired via 3D medical imaging.
More informationA Study On Asphyxiating the Drawbacks of Wavelet Transform by Using Curvelet Transform
Available Online at www.ijcsmc.com International Journal of Computer Science and Mobile Computing A Monthly Journal of Computer Science and Information Technology IJCSMC, Vol. 4, Issue. 9, September 2015,
More informationMedical Imaging Projects
NSF REU MedIX Summer 2006 Medical Imaging Projects Daniela Stan Raicu, PhD http://facweb.cs.depaul.edu/research draicu@cs.depaul.edu Outline Medical Informatics Imaging Modalities Computed Tomography Medical
More informationSPECIFICATIONS FOR A NEW STATE OF ART 16 SLICE ALL PURPOSE C. T. SCANNER
SPECIFICATIONS FOR A NEW STATE OF ART 16 SLICE ALL PURPOSE C. T. SCANNER A) Scanner Design X-Ray generator and tube: 1. Scanner: Whole body spiral CT scanner (16 slices) of latest technology. 2. X-Ray
More informationTHE DICOM 2013 INTERNATIONAL CONFERENCE & SEMINAR. DICOM Fields of Use. Klaus Neuner. Brainlab AG. Software Project Manager Feldkirchen, Germany
THE DICOM 2013 INTERNATIONAL CONFERENCE & SEMINAR March 14-16 Bangalore, India DICOM Fields of Use Klaus Neuner Brainlab AG Software Project Manager Feldkirchen, Germany Introduction This presentation
More informationModule 5: Dynamic Imaging and Phase Sharing. (true-fisp, TRICKS, CAPR, DISTAL, DISCO, HYPR) Review. Improving Temporal Resolution.
MRES 7005 - Fast Imaging Techniques Module 5: Dynamic Imaging and Phase Sharing (true-fisp, TRICKS, CAPR, DISTAL, DISCO, HYPR) Review Improving Temporal Resolution True-FISP (I) True-FISP (II) Keyhole
More informationRADIOLOGY AND DIAGNOSTIC IMAGING
Day 2 part 2 RADIOLOGY AND DIAGNOSTIC IMAGING Dr hab. Zbigniew Serafin, MD, PhD serafin@cm.umk.pl 2 3 4 5 CT technique CT technique 6 CT system Kanal K: RSNA/AAPM web module: CT Systems & CT Image Quality
More informationDiscontinued Products
Discontinued Products January 2019 CIRS was founded in 1983 to improve upon existing tissue simulation methodology and provide quantitative reference standards for Computed Tomography. Today CIRS is recognized
More informationAn Accurate Liver Segmentation Method Using Parallel Computing Algorithm
` VOLUME 2 ISSUE 3 An Accurate Liver Segmentation Method Using Parallel Computing Algorithm Yousif Mohamed Y. Abdallah Department of Radiological Sciences and medical Imaging, College of Medical Applied
More informationComputational methods for the analysis of functional 4D-CT chest images.
University of Louisville ThinkIR: The University of Louisville's Institutional Repository Electronic Theses and Dissertations 12-2016 Computational methods for the analysis of functional 4D-CT chest images.
More informationMEDICAL IMAGE COMPUTING (CAP 5937) LECTURE 9: Medical Image Segmentation (III) (Fuzzy Connected Image Segmentation)
SPRING 2017 1 MEDICAL IMAGE COMPUTING (CAP 5937) LECTURE 9: Medical Image Segmentation (III) (Fuzzy Connected Image Segmentation) Dr. Ulas Bagci HEC 221, Center for Research in Computer Vision (CRCV),
More informationDiagnostic imaging techniques. Krasznai Zoltán. University of Debrecen Medical and Health Science Centre Department of Biophysics and Cell Biology
Diagnostic imaging techniques Krasznai Zoltán University of Debrecen Medical and Health Science Centre Department of Biophysics and Cell Biology 1. Computer tomography (CT) 2. Gamma camera 3. Single Photon
More informationVolumetric Analysis of the Heart from Tagged-MRI. Introduction & Background
Volumetric Analysis of the Heart from Tagged-MRI Dimitris Metaxas Center for Computational Biomedicine, Imaging and Modeling (CBIM) Rutgers University, New Brunswick, NJ Collaboration with Dr. Leon Axel,
More informationCURRICULUM COMMITTEE MEETING Friday, March 18, :00 p.m. Student Life Center, Faculty Dining Room (Building 23, First Floor) AGENDA
CURRICULUM COMMITTEE MEETING Friday, March 18, 2016-2:00 p.m. Student Life Center, Faculty Dining Room (Building 23, First Floor) I. Call to Order AGENDA II. Roll Call III. Minutes of meeting of January
More informationVISUALIZATION AND EXPLORATION OF TIME-VARYING AND DIFFUSION TENSOR MEDICAL IMAGE DATA SETS
VISUALIZATION AND EXPLORATION OF TIME-VARYING AND DIFFUSION TENSOR MEDICAL IMAGE DATA SETS by Zhe Fang B.Sc. with Honours, Acadia University, 2003 a thesis submitted in partial fulfillment of the requirements
More informationMedical Image Segmentation
Medical Image Segmentation Xin Yang, HUST *Collaborated with UCLA Medical School and UCSB Segmentation to Contouring ROI Aorta & Kidney 3D Brain MR Image 3D Abdominal CT Image Liver & Spleen Caudate Nucleus
More informationRADIOMICS: potential role in the clinics and challenges
27 giugno 2018 Dipartimento di Fisica Università degli Studi di Milano RADIOMICS: potential role in the clinics and challenges Dr. Francesca Botta Medical Physicist Istituto Europeo di Oncologia (Milano)
More informationAorta segmentation in non-contrast cardiac CT Images using an entropy-based cost function
Aorta segmentation in non-contrast cardiac CT Images using an entropy-based cost function Olga C. Avila-Montes, Uday Kurkure, Ioannis A. Kakadiaris Computational Biomedicine Lab, Dept. of Computer Science,
More informationBiomedical Imaging and Image Analysis
Biomedical Imaging and Image Analysis Lecture in Medical Informatics Course Ewert Bengtsson Professor of computerized image analysis Centrum för bildanalys The theme Images are of central importance in
More informationThe University of Chicago. Center for EPR Imaging in Vivo Physiology. Image Registration. Boris Epel
The University of Chicago Center for EPR Imaging in Vivo Physiology Image Registration Boris Epel Imaging Methods are Complimentary CT MRI EPRI High resolution anatomic images Quantitative Poor soft tissue
More informationEJNMMI Physics. Anna Turco 1*, Johan Nuyts 1, Olivier Gheysens 1,2, Jürgen Duchenne 3, Jens-Uwe Voigt 3,4,PietClaus 3 and Kathleen Vunckx 1
Turco et al. EJNMMI Physics (2016) 3:9 DOI 10.1186/s40658-016-0145-4 EJNMMI Physics ORIGINAL RESEARCH Open Access Lesion quantification and detection in myocardial 18 F-FDG PET using edge-preserving priors
More informationImproving Attenuation Correction in Hybrid Positron Emission Tomography
Texas Medical Center Library DigitalCommons@TMC UT GSBS Dissertations and Theses (Open Access) Graduate School of Biomedical Sciences 8-2015 Improving Attenuation Correction in Hybrid Positron Emission
More informationClinical Significance Of Creative 3D-Image Fusion Across CT+MR Modalities Based On Approach Of Characteristic Co-Registration
Clinical Significance Of Creative 3D-Image Fusion Across CT+MR Modalities Based On Approach Of Characteristic Co-Registration Matthew Jian-qiao PENG, Jing-Ming WU, Xiangng JU, Dao-Zhang CAI Abstract Since
More informationAutomatic Determination of Arterial Input Function for Dynamic Contrast Enhanced MRI in Tumor Assessment
Automatic Determination of Arterial Input Function for Dynamic Contrast Enhanced MRI in Tumor Assessment Jeremy Chen, Jianhua Yao, and David Thomasson Diagnostic Radiology Department, Clinical Center,
More informationEVALUATION OF 4D RECONSTRUCTION METHODS FOR GATED CARDIAC SPECT IMAGING IN OBESE PATIENTS. Sunita Sayeram
EVALUATION OF 4D RECONSTRUCTION METHODS FOR GATED CARDIAC SPECT IMAGING IN OBESE PATIENTS Sunita Sayeram A dissertation submitted to the faculty of the University of North Carolina at Chapel Hill in partial
More informationDosimetric Analysis Report
RT-safe 48, Artotinis str 116 33, Athens Greece +30 2107563691 info@rt-safe.com Dosimetric Analysis Report SAMPLE, for demonstration purposes only Date of report: ----------- Date of irradiation: -----------
More informationProbabilistic Tracking and Model-based Segmentation of 3D Tubular Structures
Probabilistic Tracking and Model-based Segmentation of 3D Tubular Structures Stefan Wörz, William J. Godinez, Karl Rohr University of Heidelberg, BIOQUANT, IPMB, and DKFZ Heidelberg, Dept. Bioinformatics
More informationAn Efficient Technique For Multi-Phase Model Based Iterative Reconstruction
1 An Efficient Technique For Multi-Phase Model Based Iterative Reconstruction Shiyu Xu, Debashish Pal and Jean-Baptiste Thibault Abstract Multi-phase scan is a fundamental CT acquisition technology used
More informationE. Mark Haacke, PhD. The MRI Institute for Biomedical Research Detroit, Michigan Wayne State University Detroit, Michigan 48201
E. Mark Haacke, PhD The MRI Institute for Biomedical Research Detroit, Michigan 48202 Wayne State University Detroit, Michigan 48201 Acknowledgements The testing and establishment of these protocols has
More informationIs deformable image registration a solved problem?
Is deformable image registration a solved problem? Marcel van Herk On behalf of the imaging group of the RT department of NKI/AVL Amsterdam, the Netherlands DIR 1 Image registration Find translation.deformation
More informationAutomatic Ascending Aorta Detection in CTA Datasets
Automatic Ascending Aorta Detection in CTA Datasets Stefan C. Saur 1, Caroline Kühnel 2, Tobias Boskamp 2, Gábor Székely 1, Philippe Cattin 1,3 1 Computer Vision Laboratory, ETH Zurich, 8092 Zurich, Switzerland
More informationMedical Informatics Research at Georgia Tech : An Overview. College of Computing. Georgia Institute of Technology
Medical Informatics Research at Georgia Tech : An Overview NORBERTO F. EZQUERRA Medical Informatics Laboratory RAKESH MULLICK College of Computing Georgia Institute of Technology 400 Tenth St. NW, Atlanta,
More informationFirst CT Scanner. How it Works. Contemporary CT. Before and After CT. Computer Tomography: How It Works. Medical Imaging and Pattern Recognition
Computer Tomography: How t Works Medical maging and Pattern Recognition Lecture 7 Computed Tomography Oleh Tretiak Only one plane is illuminated. Source-subject motion provides added information. 2 How
More informationUvA-DARE (Digital Academic Repository) Motion compensation for 4D PET/CT Kruis, M.F. Link to publication
UvA-DARE (Digital Academic Repository) Motion compensation for 4D PET/CT Kruis, M.F. Link to publication Citation for published version (APA): Kruis, M. F. (2014). Motion compensation for 4D PET/CT General
More informationRigid-body transformation of list-mode projection data for respiratory motion correction in cardiac PET
INSTITUTE OF PHYSICS PUBLISHING Phys. Med. Biol. 50 (2005) 3313 3322 PHYSICS IN MEDICINE AND BIOLOGY doi:10.1088/0031-9155/50/14/008 Rigid-body transformation of list-mode projection data for respiratory
More informationClassification of Subject Motion for Improved Reconstruction of Dynamic Magnetic Resonance Imaging
1 CS 9 Final Project Classification of Subject Motion for Improved Reconstruction of Dynamic Magnetic Resonance Imaging Feiyu Chen Department of Electrical Engineering ABSTRACT Subject motion is a significant
More informationWorkshop on Quantitative SPECT and PET Brain Studies January, 2013 PUCRS, Porto Alegre, Brasil Corrections in SPECT and PET
Workshop on Quantitative SPECT and PET Brain Studies 14-16 January, 2013 PUCRS, Porto Alegre, Brasil Corrections in SPECT and PET Físico João Alfredo Borges, Me. Corrections in SPECT and PET SPECT and
More informationCT Protocol Clinical Graphics Move Forward 3D motion analysis service
CT Protocol Clinical Graphics Move Forward 3D motion analysis service Version 1.4 Description of contents This document describes the CT protocol of scans for Clinical Graphics Move Forward 3D Motion Simulation
More informationError! Bookmark not defined. Error! Bookmark not defined.
MRI-Neuro Protocols Brain Protocols... 2 WITH AND WITHOUT... 3 WITHOUT CONTRT... 4 HHT... 5 MS WITH AND WITHOUT CONTRT... 6 MS WITHOUT CONTRT... 7 PEDIATRIC... 8 PEDIATRIC WITH CONTRT... 9 PITUITARY NO
More informationData Fusion Virtual Surgery Medical Virtual Reality Team. Endo-Robot. Database Functional. Database
2017 29 6 16 GITI 3D From 3D to 4D imaging Data Fusion Virtual Surgery Medical Virtual Reality Team Morphological Database Functional Database Endo-Robot High Dimensional Database Team Tele-surgery Robotic
More informationA rib-specific multimodal registration algorithm for fused unfolded rib visualization using PET/CT
A rib-specific multimodal registration algorithm for fused unfolded rib visualization using PET/CT Jens N. Kaftan a, Marcin Kopaczka a, Andreas Wimmer b, Günther Platsch a, and Jérôme Declerck a a Siemens
More informationMARP. Physicist s Role in ACR MRAP Accreditation May Carl R. Keener, Ph.D., DABMP, DABR Medical & Radiation Physics, Inc.
Physicist s Role in ACR MRAP Accreditation May 2010 Carl R. Keener, Ph.D., DABMP, DABR keener@marpinc.com MARP Medical & Radiation Physics, Inc. disclosure ACR MRAP Physics subcommittee ACR MRAP phantom
More informationIntroduction to Positron Emission Tomography
Planar and SPECT Cameras Summary Introduction to Positron Emission Tomography, Ph.D. Nuclear Medicine Basic Science Lectures srbowen@uw.edu System components: Collimator Detector Electronics Collimator
More information