PS 3.3-2009 Digital Imaging and Communications in Medicine (DICOM) Part 3: Information Object Definitions

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(1)PS 3.3-2009. Digital Imaging and Communications in Medicine (DICOM) Part 3: Information Object Definitions. Published by National Electrical Manufacturers Association 1300 N. 17th Street Rosslyn, Virginia 22209 USA. © Copyright 2009 by the National Electrical Manufacturers Association. All rights including translation into other languages, reserved under the Universal Copyright Convention, the Berne Convention for the Protection of Literacy and Artistic Works, and the International and Pan American Copyright Conventions.. - Standard -.

(2) PS 3.3 - 2009 Page 2. NOTICE AND DISCLAIMER The information in this publication was considered technically sound by the consensus of persons engaged in the development and approval of the document at the time it was developed. Consensus does not necessarily mean that there is unanimous agreement among every person participating in the development of this document. NEMA standards and guideline publications, of which the document contained herein is one, are developed through a voluntary consensus standards development process. This process brings together volunteers and/or seeks out the views of persons who have an interest in the topic covered by this publication. While NEMA administers the process and establishes rules to promote fairness in the development of consensus, it does not write the document and it does not independently test, evaluate, or verify the accuracy or completeness of any information or the soundness of any judgments contained in its standards and guideline publications. NEMA disclaims liability for any personal injury, property, or other damages of any nature whatsoever, whether special, indirect, consequential, or compensatory, directly or indirectly resulting from the publication, use of, application, or reliance on this document. NEMA disclaims and makes no guaranty or warranty, expressed or implied, as to the accuracy or completeness of any information published herein, and disclaims and makes no warranty that the information in this document will fulfill any of your particular purposes or needs. NEMA does not undertake to guarantee the performance of any individual manufacturer or seller’s products or services by virtue of this standard or guide. In publishing and making this document available, NEMA is not undertaking to render professional or other services for or on behalf of any person or entity, nor is NEMA undertaking to perform any duty owed by any person or entity to someone else. Anyone using this document should rely on his or her own independent judgment or, as appropriate, seek the advice of a competent professional in determining the exercise of reasonable care in any given circumstances. Information and other standards on the topic covered by this publication may be available from other sources, which the user may wish to consult for additional views or information not covered by this publication. NEMA has no power, nor does it undertake to police or enforce compliance with the contents of this document. NEMA does not certify, test, or inspect products, designs, or installations for safety or health purposes. Any certification or other statement of compliance with any health or safety-related information in this document shall not be attributable to NEMA and is solely the responsibility of the certifier or maker of the statement.. - Standard -.

(3) PS 3.3 - 2009 Page 3. CONTENTS. NOTICE AND DISCLAIMER......................................................................................................................... 2 CONTENTS .................................................................................................................................................. 3 FOREWORD............................................................................................................................................... 41 1. Scope and field of application............................................................................................................... 43. 2. Normative references ........................................................................................................................... 43 INTERNATIONAL ORGANIZATION FOR STANDARDIZATION (ISO) AND INTERNATIONAL ELECTROTECHNICAL COMMISSION (IEC) ...................................................................................... 43 INTERNATIONAL TELECOMMUNICATIONS UNION (ITU) ............................................................... 44 INTERNET ENGINEERING TASK FORCE (IETF) .............................................................................. 45 HEALTH LEVEL SEVEN (HL7) ............................................................................................................ 45 UNITED STATES NATIONAL INSTITUTE OF STANDARDS AND TECHNOLOGY (NIST) .............. 45 OTHER REFERENCES ....................................................................................................................... 45. 3. Definitions ............................................................................................................................................. 46 3.1. REFERENCE MODEL DEFINITIONS ........................................................................................ 46. 3.2. SERVICE CONVENTIONS DEFINITIONS ................................................................................. 47. 3.3. DICOM INTRODUCTION AND OVERVIEW DEFINITIONS ...................................................... 47. 3.4. DICOM SERVICE CLASS SPECIFICATIONS ........................................................................... 47. 3.5. DICOM DATA STRUCTURES AND ENCODING....................................................................... 47. 3.6. DICOM MESSAGE EXCHANGE ................................................................................................ 48. 3.7. DICOM UPPER LAYER SERVICE ............................................................................................. 48. 3.8. DICOM INFORMATION OBJECT............................................................................................... 48. 3.9. CHARACTER HANDLING DEFINITIONS .................................................................................. 49. 3.10. RADIOTHERAPY...................................................................................................................... 49. 3.11. MACROS................................................................................................................................... 49. 3.12. DEVICE INDEPENDENT PIXEL VALUES ............................................................................... 49. 3.13. CODES AND CONTROLLED TERMINOLOGY DEFINITIONS: .............................................. 50. 3.14. REFERENCE MODEL SECURITY ARCHITECTURE DEFINITIONS ..................................... 50. 3.15. SECURITY DEFINITIONS ........................................................................................................ 51. 3.16. DICOM SECURITY PROFILES ................................................................................................ 51. 3.17. MULTI-DIMENSIONAL DEFINITIONS ..................................................................................... 51. 4. Symbols and abbreviations .................................................................................................................. 51. 5. Conventions.......................................................................................................................................... 53 5.1. ENTITY-RELATIONSHIP MODEL .............................................................................................. 53 5.1.1 ENTITY .............................................................................................................................. 53 5.1.2 RELATIONSHIP ................................................................................................................ 54 5.2 SEQUENCES.............................................................................................................................. 54 5.3. TRIPLET ENCODING OF STRUCTURED DATA (RETIRED) ................................................... 55. - Standard -.

(4) PS 3.3 - 2009 Page 4. 6. 5.4. ATTRIBUTE MACROS ............................................................................................................... 55. 5.5. TYPES AND CONDITIONS IN NORMALIZED IODS................................................................. 56. DICOM information model .................................................................................................................... 57 6.1. INFORMATION OBJECT DEFINITION ...................................................................................... 57 6.1.1 COMPOSITE IOD.............................................................................................................. 57 6.1.2 NORMALIZED IOD............................................................................................................ 58 6.2 ATTRIBUTES .............................................................................................................................. 58 6.3. ON-LINE COMMUNICATION AND MEDIA STORAGE SERVICES .......................................... 58 6.3.1 DIMSE-C SERVICES ........................................................................................................ 58 6.3.2 DIMSE-N SERVICES ........................................................................................................ 58 6.4 DIMSE SERVICE GROUP.......................................................................................................... 58 6.5. SERVICE-OBJECT PAIR (SOP) CLASS.................................................................................... 59 6.5.1 NORMALIZED AND COMPOSITE SOP CLASSES ......................................................... 59 6.6 ASSOCIATION NEGOTIATION.................................................................................................. 59 6.7 7. SERVICE CLASS SPECIFICATION ........................................................................................... 59. DICOM model of the real-world ............................................................................................................ 59 7.1. DICOM INFORMATION MODEL ................................................................................................ 65. 7.2. ORGANIZATION OF ANNEXES A, B AND C ............................................................................ 65. 7.3. EXTENSION OF THE DICOM MODEL OF THE REAL-WORLD............................................... 65 7.3.1 Definition of the Extensions of the DICOM Real-World Model.......................................... 66 7.3.1.1 PATIENT .................................................................................................................. 66 7.3.1.2 SERVICE EPISODE AND VISIT.............................................................................. 66 7.3.1.3 IMAGING SERVICE REQUEST .............................................................................. 66 7.3.1.4 PROCEDURE TYPE................................................................................................ 66 7.3.1.5 REQUESTED PROCEDURE................................................................................... 67 7.3.1.6 SCHEDULED PROCEDURE STEP ........................................................................ 67 7.3.1.7 PROCEDURE PLAN................................................................................................ 67 7.3.1.8 PROTOCOL ............................................................................................................. 68 7.3.1.9 MODALITY PERFORMED PROCEDURE STEP .................................................... 68 7.3.1.10 GENERAL PURPOSE SCHEDULED PROCEDURE STEP .................................. 69 7.3.1.11 GENERAL PURPOSE PERFORMED PROCEDURE STEP.................................. 69 7.3.1.12 WORKITEM............................................................................................................. 70 7.3.1.13 Clinical Document ................................................................................................... 70 7.4 EXTENSION OF THE DICOM MODEL OF THE REAL-WORLD FOR THE GENERAL PURPOSE WORKLIST ........................................................................................................................................... 71 7.5. ORGANIZING LARGE SETS OF INFORMATION ..................................................................... 73 7.5.1 CONCATENATION ........................................................................................................... 73 7.5.2 DIMENSION ORGANIZATION.......................................................................................... 73 7.6 EXTENSION OF THE DICOM MODEL OF THE REAL WORLD FOR CLINICAL TRIALS........... 74 7.6.1 Clinical Trial Information Entities .......................................................................................... 75 7.6.1.1 Clinical Trial Sponsor .................................................................................................. 75 7.6.1.2 Clinical Trial Protocol................................................................................................... 75 7.6.1.3 Clinical Trial Subject.................................................................................................... 75 7.6.1.4 Clinical Trial Site.......................................................................................................... 75 7.6.1.5 Clinical Trial Time Point............................................................................................... 76 7.6.1.6 Clinical Trial Coordinating Center ............................................................................... 76 7.7 EXTENSION OF THE DICOM MODEL OF THE REAL-WORLD FOR HANGING PROTOCOLS 76 7.7.1 Hanging Protocol Information Entity ..................................................................................... 76 7.8 EXTENSION OF THE DICOM MODEL OF THE REAL-WORLD FOR COLOR PALETTES ........ 76. - Standard -.

(5) PS 3.3 - 2009 Page 5. 8. 9. 7.8.1 Color Palette Information Entity ............................................................................................ 76 7.9 EXTENSION OF THE DICOM MODEL OF THE REAL WORLD FOR SPECIMENS ................... 77 7.9.1 Specimen .............................................................................................................................. 77 7.9.2 Container............................................................................................................................... 77 7.9.3 Container Component........................................................................................................... 78 7.9.4 Preparation Step ................................................................................................................... 78 Encoding of Coded Entry Data ............................................................................................................. 79 8.1. CODE VALUE ............................................................................................................................. 79. 8.2. CODING SCHEME DESIGNATOR AND CODING SCHEME VERSION .................................. 80. 8.3. CODE MEANING ........................................................................................................................ 80. 8.4. MAPPING RESOURCE .............................................................................................................. 80. 8.5. CONTEXT GROUP VERSION.................................................................................................... 81. 8.6. CONTEXT IDENTIFIER AND CONTEXT UID............................................................................ 81. 8.7. CONTEXT GROUP EXTENSIONS ............................................................................................ 81. 8.8. STANDARD ATTRIBUTE SETS FOR CODE SEQUENCE ATTRIBUTES................................ 81. TEMPLATE IDENTIFICATION MACRO (Retired) ............................................................................... 82. 10 MISCELLANEOUS MACROS .............................................................................................................. 83 10.1. PERSON IDENTIFICATION MACRO....................................................................................... 83. 10.2. CONTENT ITEM MACRO......................................................................................................... 84. 10.3. IMAGE SOP INSTANCE REFERENCE MACRO ..................................................................... 85. 10.4. SERIES AND INSTANCE REFERENCE MACRO ................................................................... 86. 10.5. GENERAL ANATOMY MACROS ............................................................................................. 86. 10.6. REQUEST ATTRIBUTES MACRO ........................................................................................... 88. 10.7 BASIC PIXEL SPACING CALIBRATION MACRO ................................................................... 91 10.7.1 Basic Pixel Spacing Calibration Macro Attribute Descriptions ......................................... 91 10.7.1.1 Pixel Spacing........................................................................................................... 91 10.7.1.2 Pixel Spacing Calibration Type ............................................................................... 92 10.7.1.3 Pixel Spacing Value Order and Valid Values.......................................................... 92 10.8 SOP INSTANCE REFERENCE MACRO ..................................................................................... 93 10.9. CONTENT IDENTIFICATION MACRO..................................................................................... 93. 10.10. GENERAL CONTRIBUTING SOURCES MACRO ................................................................. 95. 10.11. CONTRIBUTING IMAGE SOURCES MACRO...................................................................... 98. 10.12 PATIENT ORIENTATION MACRO......................................................................................... 99 10.12.1 Relation with other positioning attributes .......................................................................... 99 10.13 PERFORMED PROCEDURE STEP SUMMARY MACRO..................................................... 99 10.14. HL7V2 HIERARCHIC DESIGNATOR MACRO .................................................................... 100. 10.15. ISSUER OF PATIENT ID MACRO ....................................................................................... 102. Annex A A.1. Composite information object definitions (Normative)........................................................... 104. ELEMENTS OF AN INFORMATION OBJECT DEFINITION ................................................... 104 A.1.1 IOD Description ............................................................................................................... 104 A.1.2 IOD Entity-Relationship Model ........................................................................................ 104 A.1.2.1 PATIENT IE ........................................................................................................... 105 A.1.2.2 STUDY IE .............................................................................................................. 105 A.1.2.3 SERIES IE ............................................................................................................. 106 A.1.2.4 EQUIPMENT IE ..................................................................................................... 106 A.1.2.5 FRAME OF REFERENCE IE ................................................................................ 106 - Standard -.

(6) PS 3.3 - 2009 Page 6. A.2. A.3. A.4. A.5. A.6. A.7. A.8. A.1.2.6 IMAGE IE ............................................................................................................... 106 A.1.2.7 OVERLAY IE ......................................................................................................... 107 A.1.2.8 CURVE IE .............................................................................................................. 107 A.1.2.9 MODALITY LUT IE ................................................................................................ 107 A.1.2.10 VOI LUT IE ............................................................................................................ 107 A.1.2.11 PRESENTATION STATE IE ................................................................................. 107 A.1.2.12 WAVEFORM IE..................................................................................................... 107 A.1.2.13 SR DOCUMENT IE ............................................................................................... 108 A.1.2.14 MR SPECTROSCOPY IE ..................................................................................... 108 A.1.2.15 RAW DATA IE ....................................................................................................... 108 A.1.2.16 ENCAPSULATED DOCUMENT IE ....................................................................... 108 A.1.2.17 REAL WORLD VALUE MAPPING IE.................................................................... 108 A.1.2.18 SURFACE IE......................................................................................................... 108 A.1.2.19 Measurements IE .................................................................................................. 108 A.1.3 IOD Module Table and Functional Group Macro Table .................................................. 109 A.1.3.1 MANDATORY MODULES ..................................................................................... 109 A.1.3.2 CONDITIONAL MODULES ................................................................................... 109 A.1.3.3 USER OPTION MODULES ................................................................................... 109 A.1.4 Overview of the Composite IOD Module Content ........................................................... 109 COMPUTED RADIOGRAPHY IMAGE INFORMATION OBJECT DEFINITION...................... 130 A.2.1 CR Image IOD Description.............................................................................................. 130 A.2.2 CR Image IOD Entity-Relationship Model....................................................................... 130 A.2.3 CR Image IOD Module Table.......................................................................................... 130 COMPUTED TOMOGRAPHY IMAGE INFORMATION OBJECT DEFINITION ...................... 131 A.3.1 CT Image IOD Description .............................................................................................. 131 A.3.2 CT image IOD Entity-Relationship Model ....................................................................... 131 A.3.3 CT Image IOD Module Table .......................................................................................... 131 MAGNETIC RESONANCE IMAGE INFORMATION OBJECT DEFINITION ........................... 131 A.4.1 MR Image IOD Description ............................................................................................. 131 A.4.2 MR image IOD Entity-Relationship Model ...................................................................... 132 A.4.3 MR Image IOD Module Table ......................................................................................... 132 NUCLEAR MEDICINE IMAGE INFORMATION OBJECT DEFINITION .................................. 132 A.5.1 NM Image IOD Description ............................................................................................. 132 A.5.2 NM Image IOD Entity-Relationship Model ...................................................................... 133 A.5.3 NM Image IOD Module Table (Retired) .......................................................................... 133 A.5.4 NM Image IOD Module Table ......................................................................................... 134 A.5.4.1 Acquisition Context Module ................................................................................... 135 ULTRASOUND IMAGE INFORMATION OBJECT DEFINITION ............................................. 135 A.6.1 US Image IOD Description.............................................................................................. 135 A.6.2 US Image IOD Entity-Relationship Model....................................................................... 135 A.6.3 US Image IOD Module Table (Retired)........................................................................... 135 A.6.4 US Image IOD Module Table .......................................................................................... 136 A.6.4.1 Mutually Exclusive IEs ........................................................................................... 136 ULTRASOUND MULTI-FRAME IMAGE INFORMATION OBJECT DEFINITION ................... 137 A.7.1 US Image IOD Description.............................................................................................. 137 A.7.2 US Multi-Frame Image IOD Entity-Relationship Model .................................................. 137 A.7.3 US Image IOD Module Table (Retired)........................................................................... 137 A.7.4 US Multi-Frame Image IOD Module Table...................................................................... 138 A.7.4.1 Mutually Exclusive IEs ........................................................................................... 139 SECONDARY CAPTURE IMAGE INFORMATION OBJECT DEFINITION............................. 139 A.8.1 SC Image Information Objection Definition..................................................................... 139 A.8.1.1 SC Image IOD Description .................................................................................... 139 A.8.1.2 SC Image IOD Entity-Relationship Model ............................................................. 139. - Standard -.

(7) PS 3.3 - 2009 Page 7 A.8.1.3 SC Image IOD Module Table ................................................................................ 140 A.8.2 Multi-frame Single Bit SC Image Information Object Definition ...................................... 140 A.8.2.1 Multi-frame Single Bit SC Image IOD Description................................................. 140 A.8.2.2 Multi-frame Single Bit SC Image IOD Entity-Relationship Model.......................... 140 A.8.2.3 Multi-frame Single Bit SC Image IOD Module Table ............................................. 141 A.8.2.4 Multi-frame Single Bit SC Image IOD Content Constraints ................................... 141 A.8.3 Multi-frame Grayscale Byte SC Image Information Object Definition ............................. 142 A.8.3.1 Multi-frame Grayscale Byte Image IOD Description.............................................. 142 A.8.3.2 Multi-frame Grayscale Byte SC Image IOD Entity-Relationship Model................. 142 A.8.3.3 Multi-frame Grayscale Byte SC Image IOD Module Table.................................... 143 A.8.3.4 Multi-frame Grayscale Byte SC Image IOD Content Constraints.......................... 144 A.8.3.5 Multi-frame Grayscale Byte SC Image Functional Group Macros ........................ 144 A.8.4 Multi-frame Grayscale Word SC Image Information Object Definition ........................... 144 A.8.4.1 Multi-frame Grayscale Word SC Image IOD Description ...................................... 144 A.8.4.2 Multi-frame Grayscale Word SC Image IOD Entity-Relationship Model ............... 144 A.8.4.3 Multi-frame Grayscale Word SC Image IOD Module Table .................................. 145 A.8.4.4 Multi-frame Grayscale Word SC Image IOD Content Constraints ........................ 146 A.8.4.5 Multi-frame Grayscale Word SC Image Functional Group Macros ....................... 146 A.8.5 Multi-frame True Color SC Image Information Object Definition .................................... 146 A.8.5.1 Multi-frame True Color Image IOD Description ..................................................... 146 A.8.5.2 Multi-frame True Color SC Image IOD Entity-Relationship Model ........................ 146 A.8.5.3 Multi-frame True Color SC Image IOD Module Table ........................................... 147 A.8.5.4 Multi-frame True Color SC Image IOD Content Constraints ................................. 147 A.8.5.5 Multi-frame True Color SC Image Functional Group Macros................................ 148 A.9 STANDALONE OVERLAY INFORMATION OBJECT DEFINITION ........................................ 148 A.10. STANDALONE CURVE INFORMATION OBJECT DEFINITION .......................................... 148. A.11. BASIC STUDY DESCRIPTOR INFORMATION OBJECT DEFINITION................................ 148. A.12. STANDALONE MODALITY LUT INFORMATION OBJECT DEFINITION............................. 148. A.13. STANDALONE VOI LUT INFORMATION OBJECT DEFINITION ......................................... 148. A.14 X-RAY ANGIOGRAPHIC IMAGE INFORMATION OBJECT DEFINITION............................ 149 A.14.1 XA Image IOD Description.............................................................................................. 149 A.14.2 XA Image IOD Entity-Relationship Model....................................................................... 149 A.14.3 XA Image IOD Module Table .......................................................................................... 150 A.15 X-RAY ANGIOGRAPHIC BI-PLANE IMAGE INFORMATION OBJECT DEFINITION (RETIRED).......................................................................................................................................... 151 A.16 X-RAY RF IMAGE INFORMATION OBJECT DEFINITION.................................................... 151 A.16.1 XRF Image IOD Description ........................................................................................... 151 A.16.2 XRF Image IOD Entity-Relationship Model .................................................................... 151 A.16.3 XRF Image IOD Module Table.......................................................................................... 152 A.17 RT IMAGE INFORMATION OBJECT DEFINITION ............................................................... 153 A.17.1 RT Image IOD Description.............................................................................................. 153 A.17.2 RT Image IOD entity-relationship model......................................................................... 153 A.17.3 RT Image IOD Module Table .......................................................................................... 154 A.18 RT DOSE INFORMATION OBJECT DEFINITION................................................................. 155 A.18.1 RT Dose IOD Description ............................................................................................... 155 A.18.2 RT Dose IOD entity-relationship model .......................................................................... 155 A.18.3 RT Dose IOD Module Table............................................................................................ 156 A.19 RT STRUCTURE SET INFORMATION OBJECT DEFINITION ............................................ 157 A.19.1 RT Structure Set IOD Description................................................................................... 157 A.19.2 RT Structure Set IOD entity-relationship model.............................................................. 157 A.19.3 RT Structure Set IOD Module Table............................................................................... 158 A.20 RT PLAN INFORMATION OBJECT DEFINITION ................................................................. 159 - Standard -.

(8) PS 3.3 - 2009 Page 8 A.20.1 RT Plan IOD Description................................................................................................. 159 A.20.2 RT Plan IOD entity-relationship model ........................................................................... 159 A.20.3 RT Plan IOD Module Table............................................................................................. 160 A.20.3.1 RT FRACTION SCHEME MODULE ..................................................................... 160 A.20.3.2 RT PRESCRIPTION MODULE ............................................................................. 161 A.20.3.3 RT TOLERANCE TABLES MODULE ................................................................... 161 A.20.3.4 RT PATIENT SETUP MODULE............................................................................ 161 A.21 POSITRON EMISSION TOMOGRAPHY IMAGE INFORMATION OBJECT DEFINITION ... 162 A.21.1 PET Image IOD Description............................................................................................ 162 A.21.2 PET Image IOD Entity-Relationship Model..................................................................... 162 A.21.3 PET Image IOD Module Table........................................................................................ 163 A.22 STANDALONE PET CURVE INFORMATION OBJECT DEFINITION .................................. 163 A.23. STORED PRINT INFORMATION OBJECT DEFINITION...................................................... 163. A.24. HARDCOPY GRAYSCALE IMAGE INFORMATION OBJECT DEFINITION ........................ 163. A.25. HARDCOPY COLOR IMAGE INFORMATION OBJECT DEFINITION.................................. 164. A.26 DIGITAL X-RAY IMAGE INFORMATION OBJECT DEFINITION .......................................... 164 A.26.1 DX Image IOD Description.............................................................................................. 164 A.26.2 DX Image IOD Entity-Relationship Model....................................................................... 164 A.26.3 DX Image IOD Module Table.......................................................................................... 165 A.26.4 Overlay Plane Module..................................................................................................... 166 A.27 DIGITAL MAMMOGRAPHY X-RAY IMAGE INFORMATION OBJECT DEFINITION ........... 166 A.27.1 Digital Mammography X-Ray Image IOD Description .................................................... 166 A.27.2 Digital Mammography X-Ray Image IOD Module Table ................................................ 168 A.27.3 Overlay Plane Module..................................................................................................... 169 A.28 DIGITAL INTRA-ORAL X-RAY IMAGE INFORMATION OBJECT DEFINITION ................... 169 A.28.1 Digital Intra-oral X-Ray Image IOD Description .............................................................. 169 A.28.2 Digital Intra-oral X-Ray Image IOD Module Table .......................................................... 170 A.28.3 Overlay Plane Module..................................................................................................... 171 A.29 RT BEAMS TREATMENT RECORD INFORMATION OBJECT DEFINITION ...................... 171 A.29.1 RT Beams Treatment Record IOD Description .............................................................. 171 A.29.2 RT Beams Treatment Record IOD entity-relationship model ......................................... 171 A.29.3 RT Beams Treatment Record IOD Module Table .......................................................... 173 A.30 RT BRACHY TREATMENT RECORD INFORMATION OBJECT DEFINITION .................... 173 A.30.1 RT Brachy Treatment Record IOD Description .............................................................. 173 A.30.2 RT Brachy Treatment Record IOD entity-relationship model ......................................... 173 A.30.3 RT Brachy Treatment Record IOD Module Table .......................................................... 175 A.31 RT TREATMENT SUMMARY RECORD INFORMATION OBJECT DEFINITION ................ 175 A.31.1 RT Treatment Summary Record IOD Description .......................................................... 175 A.31.2 RT Treatment Summary Record IOD entity-relationship model ..................................... 175 A.31.3 RT Treatment Summary Record IOD Module Table ...................................................... 176 A.32 VISIBLE LIGHT IMAGE INFORMATION OBJECT DEFINITIONS ........................................ 177 A.32.1 VL Endoscopic Image Information Object Definition ...................................................... 177 A.32.1.1 VL Endoscopic Image IOD Description................................................................. 177 A.32.1.2 VL Endoscopic Image IOD Entity-Relationship Model.......................................... 177 A.32.1.3 VL Endoscopic Image IOD Content Constraints................................................... 178 A.32.1.3.1 Modality ............................................................................................... 178 A.32.2 VL Microscopic Image Information Object Definition...................................................... 178 A.32.2.1 VL Microscopic Image IOD Description ................................................................ 178 A.32.2.2 VL Microscopic Image IOD Entity-Relationship Model ......................................... 178 A.32.2.3 VL Microscopic Image IOD Content Constraints .................................................. 179 A.32.2.3.1 Modality ............................................................................................... 179 A.32.3 VL Slide-Coordinates Microscopic Image Information Object Definition ........................ 179. - Standard -.

(9) PS 3.3 - 2009 Page 9 A.32.3.1 VL Slide-Coordinates Microscopic Image IOD Description .................................. 179 A.32.3.2 VL Slide-Coordinates Microscopic Image IOD Entity-Relationship Model ........... 179 A.32.3.3 VL Slide-Coordinates Microscopic Image IOD Content Constraints .................... 180 A.32.3.3.1 Modality ............................................................................................... 180 A.32.4 VL Photographic Image Information Object Definition.................................................... 180 A.32.4.1 VL Photographic Image IOD Description .............................................................. 180 A.32.4.2 VL Photographic Image IOD Entity-Relationship Model ....................................... 180 A.32.4.3 VL Photographic Image IOD Content Constraints ................................................ 181 A.32.4.3.1 Modality ............................................................................................... 181 A.32.5 Video Endoscopic Image Information Object Definition ................................................. 181 A.32.5.1 Video Endoscopic Image IOD Description............................................................ 181 A.32.5.2 Video Endoscopic Image IOD Entity-Relationship Model..................................... 181 A.32.5.3 Video Endoscopic Image IOD Content Constraints.............................................. 182 A.32.5.3.1 Modality ............................................................................................... 182 A.32.5.3.2 Image Related Data Encoding........................................................................... 182 A.32.5.3.3 Anatomic Region Sequence ................................................................ 182 A.32.6 Video Microscopic Image Information Object Definition ................................................. 183 A.32.6.1 Video Microscopic Image IOD Description ........................................................... 183 A.32.6.2 Video Microscopic Image IOD Entity-Relationship Model .................................... 183 A.32.6.3 Video Microscopic Image IOD Content Constraints ............................................. 184 A.32.6.3.1 Modality ............................................................................................... 184 A.32.6.3.2 Image Related Data Encoding........................................................................... 184 A.32.7 Video Photographic Image Information Object Definition............................................... 184 A.32.7.1 Video Photographic Image IOD Description ......................................................... 184 A.32.7.2 Video Photographic Image IOD Entity-Relationship Model .................................. 184 A.32.7.3 Video Photographic Image IOD Content Constraints ........................................... 185 A.32.7.3.1 Modality ............................................................................................... 185 A.32.7.3.2 Image Related Data Encoding........................................................................... 185 A.33 SOFTCOPY PRESENTATION STATE INFORMATION OBJECT DEFINITIONS................. 185 A.33.1 Grayscale Softcopy Presentation State Information Object Definition ........................... 185 A.33.1.1 Grayscale Softcopy Presentation State IOD Description...................................... 185 A.33.1.2 Grayscale Softcopy Presentation State IOD Module Table.................................. 187 A.33.2 Color Softcopy Presentation State Information Object Definition ................................... 188 A.33.2.1 Color Softcopy Presentation State IOD Description ............................................. 188 A.33.2.2 Color Softcopy Presentation State IOD Module Table ......................................... 189 A.33.3 Pseudo-Color Softcopy Presentation State Information Object Definition ..................... 190 A.33.3.1 Pseudo-Color Softcopy Presentation State IOD Description................................ 190 A.33.3.2 Pseudo-Color Softcopy Presentation State IOD Module Table ............................ 191 A.33.4 Blending Softcopy Presentation State Information Object Definition ............................. 193 A.33.4.1 Blending Softcopy Presentation State IOD Description........................................ 193 A.33.4.2 Blending Softcopy Presentation State IOD Module Table .................................... 193 A.33.5 Basic Structured Display Information Object Definition .................................................. 194 A.33.5.1 Basic Structured Display IOD Description ............................................................ 194 A.33.6 XA/XRF Grayscale Softcopy Presentation State Information Object Definition ............. 195 A.33.6.1 XA/XRF Grayscale Softcopy Presentation State IOD Description ....................... 195 A.33.6.2 XA/XRF Grayscale Softcopy Presentation State IOD Module Table.................... 196 A.34 WAVEFORM INFORMATION OBJECT DEFINITIONS ............................................................ 197 A.34.1 Waveform IOD Entity-Relationship Model........................................................................ 197 A.34.2 Basic Voice Audio Information Object Definition.............................................................. 198 A.34.2.1 Basic Voice Audio IOD Description ........................................................................ 198 A.34.2.2 Basic Voice Audio IOD Entity-Relationship Model ................................................. 198 A.34.2.3 Basic Voice Audio IOD Module Table..................................................................... 199 A.34.2.4 Basic Voice Audio IOD Content Constraints........................................................... 199 A.34.2.4.1 Modality ............................................................................................... 199 A.34.2.4.2 Waveform Sequence ........................................................................... 199 - Standard -.

(10) PS 3.3 - 2009 Page 10 A.34.2.4.3 Number of Waveform Channels .......................................................... 199 A.34.2.4.4 Sampling Frequency............................................................................ 199 A.34.2.4.5 Waveform Sample Interpretation......................................................... 199 A.34.3 12-Lead Electrocardiogram Information Object Definition ............................................... 199 A.34.3.1 12-Lead ECG IOD Description ............................................................................... 199 A.34.3.2 12-Lead ECG IOD Entity-Relationship Model......................................................... 200 A.34.3.3 12-Lead ECG IOD Module Table............................................................................ 200 A.34.3.4 12-Lead ECG IOD Content Constraints.................................................................. 200 A.34.3.4.1 Modality ............................................................................................... 200 A.34.3.4.2 Acquisition Context Module ................................................................. 200 A.34.3.4.3 Waveform Sequence ........................................................................... 200 A.34.3.4.4 Number of Waveform Channels .......................................................... 200 A.34.3.4.5 Number of Waveform Samples ........................................................... 201 A.34.3.4.6 Sampling Frequency............................................................................ 201 A.34.3.4.7 Channel Source ................................................................................... 201 A.34.3.4.8 Waveform Sample Interpretation......................................................... 201 A.34.3.4.9 Waveform Annotation Module ............................................................. 201 A.34.4 General Electrocardiogram Information Object Definition................................................ 202 A.34.4.1 General ECG IOD Description ................................................................................ 202 A.34.4.2 General ECG IOD Entity-Relationship Model ......................................................... 202 A.34.4.3 General ECG IOD Module Table ............................................................................ 202 A.34.4.4 General ECG IOD Content Constraints .................................................................. 202 A.34.4.4.1 Modality ............................................................................................... 202 A.34.4.4.2 Waveform Sequence ........................................................................... 202 A.34.4.4.3 Number of Waveform Channels .......................................................... 202 A.34.4.4.4 Sampling Frequency............................................................................ 202 A.34.4.4.5 Channel Source ................................................................................... 203 A.34.4.4.6 Waveform Sample Interpretation......................................................... 203 A.34.4.4.7 Waveform Annotation Module ............................................................. 203 A.34.5 Ambulatory Electrocardiogram Information Object Definition .......................................... 203 A.34.5.1 Ambulatory ECG IOD Description .......................................................................... 203 A.34.5.2 Ambulatory ECG IOD Entity-Relationship Model.................................................... 203 A.34.5.3 Ambulatory ECG IOD Module Table....................................................................... 204 A.34.5.4 Ambulatory ECG IOD Content Constraints............................................................. 204 A.34.5.4.1 Modality ............................................................................................... 204 A.34.5.4.2 Waveform Sequence ........................................................................... 204 A.34.5.4.3 Number of Waveform Channels .......................................................... 204 A.34.5.4.5 Sampling Frequency............................................................................ 204 A.34.5.4.6 Channel Source ................................................................................... 204 A.34.5.4.7 Waveform Sample Interpretation......................................................... 204 A.34.6 Hemodynamic Information Object Definition .................................................................... 205 A.34.6.1 Hemodynamic IOD Description .............................................................................. 205 A.34.6.2 Hemodynamic IOD Entity-Relationship Model........................................................ 205 A.34.6.3 Hemodynamic IOD Module Table........................................................................... 205 A.34.6.4 Hemodynamic IOD Content Constraints................................................................. 205 A.34.6.4.1 Modality ............................................................................................... 205 A.34.6.4.2 Acquisition Context Module ................................................................. 205 A.34.6.4.3 Waveform Sequence ........................................................................... 205 A.34.6.4.4 Number of Waveform Channels .......................................................... 206 A.34.6.4.5 Sampling Frequency............................................................................ 206 A.34.6.4.7 Channel Source ................................................................................... 206 A.34.6.4.8 Waveform Sample Interpretation......................................................... 206 A.34.6.4.9 Waveform Annotation Module ............................................................. 206 A.34.7 Basic Cardiac Electrophysiology Information Object Definition ....................................... 206 A.34.7.1 Basic Cardiac EP IOD Description ......................................................................... 206 A.34.7.2 Basic Cardiac EP IOD Entity-Relationship Model .................................................. 206. - Standard -.

(11) PS 3.3 - 2009 Page 11 A.34.7.3 Basic Cardiac EP IOD Module Table...................................................................... 207 A.34.7.4 Basic Cardiac EP IOD Content Constraints............................................................ 207 A.34.7.4.1 Modality ............................................................................................... 207 A.34.7.4.2 Acquisition Context Module ................................................................. 207 A.34.7.4.3 Waveform Sequence ........................................................................... 207 A.34.7.4.4 Sampling Frequency............................................................................ 207 A.34.7.4.5 Channel Source ................................................................................... 207 A.34.7.4.6 Waveform Sample Interpretation......................................................... 208 A.34.7.4.7 Waveform Annotation Module ............................................................. 208 A.34.8 Arterial Pulse Waveform Information Object Definition .................................................. 208 A.34.8.1 Arterial Pulse Waveform IOD Description............................................................. 208 A.34.8.2 Arterial Pulse Waveform IOD Entity-Relationship Model...................................... 208 A.34.8.3 Arterial Pulse Waveform IOD Module Table ......................................................... 208 A.34.8.4 Arterial Pulse Waveform IOD Content Constraints............................................... 209 A.34.8.4.1 Modality.................................................................................................. 209 A.34.8.4.2 Waveform Sequence .............................................................................. 209 A.34.8.4.3 Number of Waveform Channels ............................................................. 209 A.34.8.4.4 Sampling Frequency ............................................................................... 209 A.34.8.4.5 Channel Source ...................................................................................... 209 A.34.8.4.6 Waveform Sample Interpretation ............................................................ 209 A.34.9 Respiratory Waveform Information Object Definition ..................................................... 209 A.34.9.1 Respiratory Waveform IOD Description................................................................ 209 A.34.9.2 Respiratory Waveform IOD Entity-Relationship Model......................................... 209 A.34.9.3 Respiratory Waveform IOD Module Table ............................................................ 209 A.34.9.4 Respiratory Waveform IOD Content Constraints.................................................. 210 A.34.9.4.1 Modality................................................................................................... 210 A.34.9.4.2 Waveform Sequence .............................................................................. 210 A.34.9.4.3 Number of Waveform Channels ............................................................. 210 A.34.9.4.4 Sampling Frequency ............................................................................... 210 A.34.9.4.5 Channel Source ...................................................................................... 210 A.34.9.4.6 Waveform Sample Interpretation ............................................................ 210 A.34.10 General Audio Waveform Information Object Definition................................................. 210 A.34.10.1 General Audio Waveform IOD Description ........................................................... 210 A.34.10.2 General Audio Waveform IOD Entity-Relationship Model .................................... 210 A.34.10.3 General Audio Waveform IOD Module Table ....................................................... 211 A.34.10.4 General Audio Waveform IOD Content Constraints ............................................. 211 A.34.10.4.1 Modality................................................................................................. 211 A.34.10.4.2 Waveform Sequence ............................................................................ 211 A.34.10.4.3 Number of Waveform Channels ........................................................... 211 A.34.10.4.4 Sampling Frequency ............................................................................. 211 A.34.10.4.5 Channel Source .................................................................................... 211 A.34.10.4.6 Waveform Sample Interpretation .......................................................... 212 A.35 STRUCTURED REPORT DOCUMENT INFORMATION OBJECT DEFINITIONS................... 212 A.35.1 Basic Text SR Information Object Definition .................................................................... 212 A.35.1.1 Basic Text SR Information Object Description........................................................ 212 A.35.1.2 Basic Text SR IOD Entity-Relationship Model........................................................ 212 A.35.1.3 Basic Text SR IOD Module Table ........................................................................... 212 A.35.1.3.1 Basic Text SR IOD Content Constraints ............................................. 212 A.35.1.3.1.1...Value Type .................................................................................. 212 A.35.1.3.1.2...Relationship Constraints ............................................................. 213 A.35.2 Enhanced SR Information Object Definition..................................................................... 214 A.35.2.1 Enhanced SR Information Object Description ........................................................ 214 A.35.2.2 Enhanced SR IOD Entity-Relationship Model ........................................................ 214 A.35.2.3 Enhanced SR IOD Module Table ........................................................................... 214 A.35.2.3.1 Enhanced SR IOD Content Constraints .............................................. 214. - Standard -.

(12) PS 3.3 - 2009 Page 12 A.35.2.3.1.1...Value Type .................................................................................. 214 A.35.2.3.1.2...Relationship Constraints ............................................................. 215 A.35.3 Comprehensive SR Information Object Definition............................................................ 216 A.35.3.1 Comprehensive SR Information Object Description ............................................... 216 A.35.3.2 Comprehensive SR IOD Entity-Relationship Model ............................................... 216 A.35.3.3 Comprehensive SR IOD Module Table .................................................................. 216 A.35.3.3.1 Comprehensive SR IOD Content Constraints ..................................... 216 A.35.3.3.1.1...Value Type .................................................................................. 216 A.35.3.3.1.2...Relationship Constraints ............................................................. 217 A.35.4 Key Object Selection Document Information Object Definition ........................................ 218 A.35.4.1 Key Object Selection Document Information Object Description ........................... 218 A.35.4.2 Key Object Selection Document IOD Entity-Relationship Model............................ 218 A.35.4.3 Key Object Selection Document IOD Module Table............................................... 218 A.35.4.3.1 Key Object Selection Document IOD Content Constraints ................. 218 A.35.4.3.1.1...Value Type .................................................................................. 218 A.35.4.3.1.2...Relationship Constraints ............................................................. 219 A.35.4.3.1.3...Template Constraints .................................................................. 219 A.35.5 Mammography CAD SR Information Object Definition .................................................... 219 A.35.5.1 Mammography CAD SR Information Object Description........................................ 219 A.35.5.2 Mammography CAD SR IOD Entity-Relationship Model........................................ 219 A.35.5.3 Mammography CAD SR IOD Module Table ........................................................... 219 A.35.5.3.1 Mammography CAD SR IOD Content Constraints ............................. 220 A.35.5.3.1.1...Template Constraints .................................................................. 220 A.35.5.3.1.2...Value Type .................................................................................. 220 A.35.5.3.1.3...Relationship Constraints ............................................................. 221 A.35.6 Chest CAD SR Information Object Definition ................................................................... 221 A.35.6.1 Chest CAD SR Information Object Description ...................................................... 221 A.35.6.2 Chest CAD SR IOD Entity-Relationship Model....................................................... 221 A.35.6.3 Chest CAD SR IOD Module Table.......................................................................... 222 A.35.6.3.1 Chest CAD SR IOD Content Constraints ............................................ 222 A.35.6.3.1.1...Template Constraints .................................................................. 222 A.35.6.3.1.2...Value Type .................................................................................. 222 A.35.6.3.1.3...Relationship Constraints ............................................................. 223 A.35.7 Procedure Log Information Object Definition ................................................................... 223 A.35.7.1 Procedure Log Information Object Description....................................................... 223 A.35.7.2 Procedure Log IOD Entity-Relationship Model ....................................................... 223 A.35.7.3 Procedure Log IOD Module Table .......................................................................... 224 A.35.7.3.1 Procedure Log IOD Content Constraints............................................. 224 A.35.7.3.1.1...Template ..................................................................................... 224 A.35.7.3.1.2...Observation DateTime ................................................................ 224 A.35.7.3.1.3...Value Type .................................................................................. 224 A.35.7.3.1.4...Relationship Constraints ............................................................. 225 A.35.8 X-Ray Radiation Dose SR Information Object Definition ................................................. 225 A.35.8.1 X-Ray Radiation Dose SR Information Object Description..................................... 225 A.35.8.2 X-Ray Radiation Dose SR IOD Entity-Relationship Model..................................... 226 A.35.8.3 X-Ray Radiation Dose SR IOD Module Table ........................................................ 226 A.35.8.3.1 X-Ray Radiation Dose SR IOD Content Constraints .......................... 226 A.35.8.3.1.1...Template ..................................................................................... 226 A.35.8.3.1.2...Value Type .................................................................................. 226 A.35.8.3.1.3...Relationship Constraints ............................................................. 227 A.35.9 Spectacle Prescription Report Information Object Definition ......................................... 227 A.35.9.1 Spectacle Prescription Report Information Object Description............................. 227 A.35.9.2 Spectacle Prescription Report IOD Entity-Relationship Model ............................. 227 A.35.9.3 Spectacle Prescription Report IOD Module Table ................................................ 227 A.35.9.3.1 Spectacle Prescription Report IOD Content Constraints ................... 228 A.35.9.3.1.1...Value Type .................................................................................. 228. - Standard -.

(13) PS 3.3 - 2009 Page 13 A.35.9.3.1.2...Relationship Constraints ............................................................. 228 A.35.9.3.1.3...Template Constraints .................................................................. 228 A.35.10 Colon CAD SR Information Object Definition ................................................................. 228 A.35.10.1 Colon CAD SR Information Object Description .................................................... 228 A.35.10.2 Colon CAD SR IOD Entity-Relationship Model..................................................... 229 A.35.10.3 Colon CAD SR IOD Module Table........................................................................ 230 A.35.10.3.1 . Colon CAD SR IOD Content Constraints ............................................ 230 A.35.10.3.1.1 .Template Constraints .................................................................. 230 A.35.10.3.1.2 .Value Type .................................................................................. 230 A.35.10.3.1.3 .Relationship Constraints ............................................................. 231 A.35.11 Macular Grid Thickness and Volume Report Information Object Definition................... 231 A.35.11.1 Macular Grid Thickness and Volume Report Information Object Description ...... 231 A.35.11.2 Macular Grid Thickness and Volume Report IOD Entity-Relationship Model ...... 231 A.35.11.3 Macular Grid Thickness and Volume Report IOD Module Table ......................... 231 A.35.11.3.1 . Macular Grid Thickness and Volume Report IOD Content Constraints232 A.35.11.3.1.1 .Value Type .................................................................................. 232 A.35.11.3.1.2 .Relationship Constraints ............................................................. 232 A.35.11.3.1.3 .Template Constraints .................................................................. 233 A.36 ENHANCED MR INFORMATION OBJECT DEFINITIONS ................................................... 233 A.36.1 Relationship between Enhanced MR IODs .................................................................... 233 A.36.2 Enhanced MR Image Information Object Definition ....................................................... 234 A.36.2.1 Enhanced MR Image IOD Description.................................................................. 234 A.36.2.2 Enhanced MR Image Entity-Relationship Model .................................................. 234 A.36.2.3 Enhanced MR Image IOD Module Table .............................................................. 235 A.36.2.3.1 Enhanced MR Image IOD Content Constraints .................................. 236 A.36.2.4 Enhanced MR Image Functional Group Macros................................................... 236 A.36.3 MR Spectroscopy Information Object Definition ............................................................. 238 A.36.3.1 MR Spectroscopy IOD Description ....................................................................... 238 A.36.3.2 MR Spectroscopy entity-relationship model.......................................................... 238 A.36.3.3 MR Spectroscopy IOD Module Table ................................................................... 239 A.36.3.4 MR Spectroscopy Functional Group Macros ........................................................ 241 A.36.4 Enhanced MR Color Image Information Object Definition.............................................. 242 A.36.4.1 Enhanced MR Color Image IOD Description ........................................................ 242 A.36.4.2 Enhanced MR Color Image Entity-Relationship Model......................................... 242 A.36.4.3 Enhanced MR Color Image IOD Module Table .................................................... 243 A.36.4.3.1 Enhanced MR Color Image IOD Content Constraints......................... 244 A.36.4.4 Enhanced MR Color Image Functional Group Macros ......................................... 244 A.37 RAW DATA INFORMATION OBJECT DEFINITION ................................................................. 244 A.37.1 Raw Data IOD Description ............................................................................................... 244 A.37.2 Raw Data entity-relationship model.................................................................................. 244 A.37.3 Raw Data IOD Module Table ........................................................................................... 245 A.38 ENHANCED COMPUTED TOMOGRAPHY IMAGE INFORMATION OBJECT DEFINITION .. 245 A.38.1 Enhanced CT Image Information Object Definition ........................................................ 245 A.38.1.1 Enhanced CT Image IOD Description................................................................... 245 A.38.1.2 Enhanced CT Image IOD Entity-Relationship Model............................................ 245 A.38.1.3 Enhanced CT Image IOD Module Table............................................................... 246 A.38.1.3.1 Enhanced CT Image IOD Content Constraints ................................... 247 A.38.1.4 Enhanced CT Image Functional Group Macros ................................................... 247 A.39 SPATIAL REGISTRATION INFORMATION OBJECT DEFINITIONS....................................... 248 A.39.1 Spatial Registration Information Object Definition............................................................ 248 A.39.1.1 Spatial Registration IOD Description ...................................................................... 248 A.39.1.2 Spatial Registration IOD Entity-Relationship Model ............................................... 249 A.39.1.3 Spatial Registration IOD Module Table .................................................................. 250 A.39.2 Deformable Spatial Registration information object definition ......................................... 250 - Standard -.

(14) PS 3.3 - 2009 Page 14 A.39.2.1 Deformable Spatial Registration IOD Description................................................. 250 A.39.2.2 Deformable Spatial Registration IOD Entity-Relationship Model.......................... 250 A.39.2.3 Deformable Spatial Registration IOD Module Table............................................... 251 A.40 SPATIAL FIDUCIALS INFORMATION OBJECT DEFINITION ................................................. 251 A.40.1 Spatial Fiducials IOD Description..................................................................................... 251 A.40.2 Spatial Fiducials IOD Entity-Relationship Model.............................................................. 252 A.40.3 Spatial Fiducials IOD Module Table ................................................................................. 253 A.41 OPHTHALMIC PHOTOGRAPHY 8 BIT IMAGE INFORMATION OBJECT DEFINITION ..... 253 A.41.1 Ophthalmic Photography 8 Bit Image IOD Description .................................................. 253 A.41.2 Ophthalmic Photography 8 Bit Image IOD Entity-Relationship Model ........................... 253 A.41.3 Ophthalmic Photography 8 Bit Image IOD Modules...................................................... 254 A.41.4 Ophthalmic Photography 8 Bit Image IOD Content Constraints .................................... 255 A.41.4.1 Bits Allocated, Bits Stored, and High Bit ............................................................... 255 A.41.4.2 Contrast/Bolus Agent Sequence ........................................................................... 255 A.42 OPHTHALMIC PHOTOGRAPHY 16 BIT IMAGE INFORMATION OBJECT DEFINITION ... 255 A.42.1 Ophthalmic Photography 16 Bit Image IOD Description ................................................ 255 A.42.2 Ophthalmic Photography 16 Bit Image IOD Entity-Relationship Model ......................... 255 A.42.3 Ophthalmic Photography 16 Bit Image IOD Modules.................................................... 256 A.42.4 Ophthalmic Photography 16 Bit Image IOD Content Constraints .................................. 257 A.42.4.1 Bits Allocated, Bits Stored, and High Bit ............................................................... 257 A.42.4.2 Contrast/Bolus Agent Sequence ........................................................................... 257 A.43 STEREOMETRIC RELATIONSHIP INFORMATION OBJECT DEFINITION ........................ 257 A.43.1 Stereometric Relationship IOD Entity-Relationship Model ............................................ 257 A.43.2 Stereometric Relationship IOD Modules........................................................................ 258 A.44 HANGING PROTOCOL INFORMATION OBJECT DEFINITION .......................................... 258 A.44.1 Hanging Protocol IOD Description.................................................................................. 258 A.44.2 Hanging Protocol IOD Entity-Relationship Model........................................................... 258 A.44.3 Hanging Protocol IOD Module Table .............................................................................. 259 A.45 ENCAPSULATED DOCUMENT INFORMATION OBJECT DEFINITION.............................. 259 A.45.1 Encapsulated PDF Information Object Definition ........................................................... 259 A.45.1.1 Encapsulated PDF IOD Description...................................................................... 259 A.45.1.2 Encapsulated PDF Entity-Relationship Model ...................................................... 259 A.45.1.3 Encapsulated PDF IOD Module Table.................................................................. 259 A.45.1.4 Encapsulated PDF IOD content constraints ......................................................... 260 A.45.1.4.1 MIME Type of Encapsulated Document.............................................. 260 A.45.2 Encapsulated CDA Information Object Definition........................................................... 260 A.45.2.1 Encapsulated CDA IOD Description ..................................................................... 260 A.45.2.2 Encapsulated CDA Entity-Relationship Model...................................................... 260 A.45.2.3 Encapsulated CDA IOD Module Table ................................................................. 260 A.45.2.4 Encapsulated CDA IOD Content Constraints ....................................................... 261 A.46 REAL WORLD VALUE MAPPING INFORMATION OBJECT DEFINITION.............................. 261 A.46.1 Real World Value Mapping IOD Entity-Relationship Model ............................................ 262 A.46.2 Real World Value Mapping IOD Modules........................................................................ 263 A.47 ENHANCED X-RAY ANGIOGRAPHIC IMAGE INFORMATION OBJECT DEFINITION ...... 263 A.47.1 Enhanced XA Image IOD Description ............................................................................ 263 A.47.2 Enhanced XA Image IOD Entity-Relationship Model ..................................................... 264 A.47.3 Enhanced XA Image IOD Module Table......................................................................... 264 A.47.3.1 Enhanced XA Image IOD Content Constraints..................................................... 265 A.47.3.1.1 Modality Type Attribute ........................................................................ 265 A.47.3.1.2 Overlay Plane, Curve, VOI LUT and Specimen Identification Modules265 A.47.3.1.3 Positioner Type.................................................................................... 265 A.47.4 Enhanced XA Image Functional Group Macros ............................................................. 265 A.47.4.1 Enhanced XA Image Functional Group Macros Content Constraints .................. 267. - Standard -.

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