Norwegian openEHR Repository
Name
Physical properties
Description
The measurements of an anatomical structure or object that is part of, found in or originates from an individual.
Keywords
specimen
laboratory
sample
pathology
size
area
weight
mass
volume
dimension
length
width
diameter
thickness
foreign object
Purpose
To record the measurements that represent the physical properties of an anatomical structure or object that is part of, found in or originates from an individual.
Use
Use to record measurements representing the physical properties of a whole anatomical structure or object, whether located inside the body, on the body surface, or removed as a specimen. Examples include but are not limited to a whole internal organ, a tumour, a wound, a swallowed foreign body, or an excised biopsy specimen.
This archetype is designed to be nested within a SLOT in CLUSTER.specimen, CLUSTER.imaging_exam, CLUSTER.imaging_exam_anomaly, and CLUSTER.exam, or other clinically relevant archetypes.
For example:
- An 8.0 × 10.2 × 6.5 mm tumor specimen from the intestine;
- A 4 mm diameter, 4 mm thick skin biopsy;
- 7 ml of blood in a vacuum tube.
In specific use cases, only a subset of the available elements may be required.
The size of a an anatomical structure/object may be recorded using two or more linear measurements (dimensions), such as length, width, and depth (height). If the orientation of the anatomical structure/object cannot be determined, each dimension may be recorded using the 'Length' or 'Diameter' data element multiple times.
This archetype is designed to be nested within a SLOT in CLUSTER.specimen, CLUSTER.imaging_exam, CLUSTER.imaging_exam_anomaly, and CLUSTER.exam, or other clinically relevant archetypes.
For example:
- An 8.0 × 10.2 × 6.5 mm tumor specimen from the intestine;
- A 4 mm diameter, 4 mm thick skin biopsy;
- 7 ml of blood in a vacuum tube.
In specific use cases, only a subset of the available elements may be required.
The size of a an anatomical structure/object may be recorded using two or more linear measurements (dimensions), such as length, width, and depth (height). If the orientation of the anatomical structure/object cannot be determined, each dimension may be recorded using the 'Length' or 'Diameter' data element multiple times.
Misuse
Not to be used to record a measurement of a specific part of an anatomical structure or object, such as the thickness of the interventricular wall of the heart. Use a specific archetype from the Imaging examination family of archetypes for this purpose, such as CLUSTER.imaging_exam-heart.
Not to be used to record measurements for body segments. Use the body segment family of archetypes for this purpose.
Not to be used to record relative measurements such as the measurement of circumference at two points - the first being at the broadest point of a 'watermelon-shaped' object and another 5 cm from the apex of the object. Use a an archetype for relative dimensions for this purpose.
Not to be used to record measurements for body segments. Use the body segment family of archetypes for this purpose.
Not to be used to record relative measurements such as the measurement of circumference at two points - the first being at the broadest point of a 'watermelon-shaped' object and another 5 cm from the apex of the object. Use a an archetype for relative dimensions for this purpose.
Archetype Id
openEHR-EHR-CLUSTER.physical_properties.v0
Copyright
© openEHR Foundation
Licencing
This work is licensed under the Creative Commons Attribution-ShareAlike 4.0 International License. To view a copy of this license, visit http://creativecommons.org/licenses/by-sa/4.0/.
Original Author
Liv Laugen
OUS/openEHR Norway
OUS/openEHR Norway
Date Originally Authored
2024-08-14
| Language | Details |
|---|---|
| Norwegian Bokmal |
Vebjørn Arntzen, Liv Laugen, Kanika Kuwelker
Oslo University Hospital, Norway, Helse Vest IKT, Oslo University Hospital, Norway
|
| Name | Card | Type | Description |
|---|---|---|---|
|
Length
|
0..* |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The measured length of the longest aspect of a structure/object (e.g. longest edge of a rectangular specimen) or the measured length of a structure/object along its longitudinal axis (e.g. 2cm of bowel, measured along the axis of the bowel, and even if the measured length is shorter than the diameter of the bowel itself).
Comment
This data element has 0..* occurrences to allow recording of multiple measurements.
If there is no clear orientation of for example length vs width vs height, use multiple occurrences to allow recording of the length of two or more axes without any specific orientation, for example 3 x 4 x 5 mm.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Width
|
0..* |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The measured length of widest aspect of a structure/object, usually perpendicular to the length or the measured length of the second side of two sides.
Comment
This data element has 0..* occurrences to allow recording of multiple measurements. For example, the widest and narrowest part of an abnormal mass.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Height
|
0..* |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The measured distance of the vertical aspect of a structure/object, from the base to the top.
Comment
This data element has 0..* occurrences to allow recording of multiple measurements. For example, the maximum and minimum height of a tumor above the skin surface.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Depth
|
0..* |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The measured distance of the horizontal aspect of a structure/object, from the top to the bottom.
Comment
This data element has 0..* occurrences to allow recording of multiple measurements. For example, the deepest and shallowest part of a skin lesion, or the maximum and minimum depth of an internal tumor in soft tissue.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Thickness
|
0..* |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The measured distance from one surface to the opposite surface of a structure/object.
Comment
This data element has 0..* occurrences to allow recording of multiple measurements. For example, the maximum and minimum thickness of a cyst wall.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Diameter
|
0..* |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The measured length of a structure/object from edge to edge, usually of an approximately round or oval structure/object, passing through its centre.
Comment
This data element has 0..* occurrences to allow recording of multiple measurements.
If there are no clear orientations, use multiple occurrences to record the diameter along two or more axes without a specific orientation, for example, 3 x 4 mm.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Radius
|
0..* |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The measured length of a structure/object in a straight line from the centre to the circumference.
Comment
This data element has 0..* occurrences to allow recording of multiple measurements. For example, the maximum and minimum radius of a cyst or nodule, measured from the center to the edge.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Perimeter
|
0..* |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The total length of all external surfaces of a square, rectangular or irregularly shaped structure/object.
Comment
This data element has 0..* occurrences to allow recording of multiple measurements. For example, the inner and outer perimeter of a scar or uneven skin change.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Circumference
|
0..* |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The total length of the boundary around a round or elliptical structure/object.
Comment
For example: the circumterence of a gallbladder or colon.
This data element has 0..* occurrences to allow recording of multiple measurements. For example, the inner and outer circumference of a cyst or nodule measured at different locations.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Area
|
0..1 |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The calculated space of a structure/object in two dimensions.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Volume
|
0..1 |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The measured or calculated space enclosed by a boundary (liquid) or occupied by a structure/object (solid tissue).
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
|
Weight
|
0..1 |
CHOICE OF
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
The measured value of the mass of a structure/object.
DV_QUANTITY
DV_INTERVAL<DV_QUANTITY>
|
archetype (adl_version=1.4; uid=1dab8cf2-d3d9-40cf-b560-edfd9a28bea6) openEHR-EHR-CLUSTER.physical_properties.v0 concept [at0000] -- Physical properties language original_language = <[ISO_639-1::en]> translations = < ["nb"] = < language = <[ISO_639-1::nb]> author = < ["name"] = <"Vebjørn Arntzen, Liv Laugen, Kanika Kuwelker"> ["organisation"] = <"Oslo University Hospital, Norway, Helse Vest IKT, Oslo University Hospital, Norway"> ["email"] = <"varntzen@ous-hf.no, liv.laugen@ous-hf.no, kanika.kuwelker@helse-vest-ikt.no"> > > > description original_author = < ["name"] = <"Liv Laugen"> ["organisation"] = <"OUS/openEHR Norway"> ["email"] = <"liv.laugen@ous-hf.no"> ["date"] = <"2024-08-14"> > details = < ["nb"] = < language = <[ISO_639-1::nb]> purpose = <"For å registrere målinger som representerer de fysiske egenskapene til en anatomisk struktur eller et objekt som er en del av, funnet i eller stammer fra et individ."> use = <"Brukes for å registrere målinger som representerer de fysiske egenskapene til en hel anatomisk struktur eller objekt, enten det er plassert inne i kroppen, på kroppsoverflaten, eller fjernet som et prøvemateriale. Eksempler inkluderer, men er ikke begrenset til, et helt indre organ, en svulst, et sår, et svelget fremmedlegeme eller en biopsiprøve. Denne arketypen er designet for å være nøstet inn i SLOT i CLUSTER.specimen (Prøvemateriale), CLUSTER.imaging_exam (Bildediagnostisk undersøkelser), CLUSTER.imaging_exam_anomaly og CLUSTER.exam (Funn ved fysisk undersøkelse) eller andre klinisk relevante arketyper. Eksempel: - en 8,0 x 10,2 x 6,5 mm tumorprøve fra tarmen; - en hudbiopsi med en diameter på 4 mm og en tykkelse på 4 mm; - 7 ml blod i et vakuumrør. I spesifikke brukertilfeller kan det være at kun noen få av elementene er nødvendige. Størrelsen på en prøve kan registreres i to eller flere lineære mål (dimensjoner), f.eks. lengde, bredde og dybde (høyde). Hvis det ikke er mulig å bestemme orienteringen til prøven, kan hver dimensjon registreres ved å gjenta dataelementet 'Lengde' eller 'Diameter'."> keywords = <"prøve, materiale, laboratorie, patologi, volum, størrelse, lengde, bredde, tykkelse, vekt, masse, diameter, dimensjon, areal, fremmedlegeme", ...> misuse = <"Skal ikke brukes for å registrere en måling av en spesifikk del av en anatomisk struktur eller objekt, for eksempel tykkelsen på den interventrikulære veggen i hjertet. Bruk en spesifikk arketype fra Imaging examination-familien for dette formålet, som CLUSTER.imaging_exam-heart. Skal ikke brukes til å registrere målinger av kroppsdeler eller kroppssegmenter. Bruk spesifikke arketyper for måling av kroppssegmenter til dette formålet. Skal ikke brukes for å registrere relative målinger, som målingen av omkretsen på to punkter – det første ved det bredeste punktet på et \"vannmelonformet\" objekt og det andre 5 cm fra objektets toppunkt. Bruk en arketype for relative dimensjoner for dette formålet."> copyright = <"© openEHR Foundation"> > ["en"] = < language = <[ISO_639-1::en]> purpose = <"To record the measurements that represent the physical properties of an anatomical structure or object that is part of, found in or originates from an individual."> use = <"Use to record measurements representing the physical properties of a whole anatomical structure or object, whether located inside the body, on the body surface, or removed as a specimen. Examples include but are not limited to a whole internal organ, a tumour, a wound, a swallowed foreign body, or an excised biopsy specimen. This archetype is designed to be nested within a SLOT in CLUSTER.specimen, CLUSTER.imaging_exam, CLUSTER.imaging_exam_anomaly, and CLUSTER.exam, or other clinically relevant archetypes. For example: - An 8.0 × 10.2 × 6.5 mm tumor specimen from the intestine; - A 4 mm diameter, 4 mm thick skin biopsy; - 7 ml of blood in a vacuum tube. In specific use cases, only a subset of the available elements may be required. The size of a an anatomical structure/object may be recorded using two or more linear measurements (dimensions), such as length, width, and depth (height). If the orientation of the anatomical structure/object cannot be determined, each dimension may be recorded using the 'Length' or 'Diameter' data element multiple times."> keywords = <"specimen, laboratory, sample, pathology, size, area, weight, mass, volume, dimension, length, width, diameter, thickness, foreign object", ...> misuse = <"Not to be used to record a measurement of a specific part of an anatomical structure or object, such as the thickness of the interventricular wall of the heart. Use a specific archetype from the Imaging examination family of archetypes for this purpose, such as CLUSTER.imaging_exam-heart. Not to be used to record measurements for body segments. Use the body segment family of archetypes for this purpose. Not to be used to record relative measurements such as the measurement of circumference at two points - the first being at the broadest point of a 'watermelon-shaped' object and another 5 cm from the apex of the object. Use a an archetype for relative dimensions for this purpose."> copyright = <"© openEHR Foundation"> > > lifecycle_state = <"in_development"> other_contributors = <"Dag Aarhus, Vestre Viken HF, Norway", "Andreas Abildgaard, OUS, Norway", "Vebjørn Arntzen, Oslo universitetssykehus HF, Norway (Nasjonal IKT redaktør)", "Heidi Aursand, Oslo universitetssykehus, Norway", "Silje Ljosland Bakke, Helse Vest IKT AS, Norway (Nasjonal IKT redaktør)", "Paulo Bandiera-Paiva, Federal University of Sao Paulo, Brazil", "Keisha Barwise, MOHW/IDB HSSP Project, Jamaica", "Johan Gustav Bellika, Norwegian Centre for Integrated Care and Telemedicine, Norway", "SB Bhattacharyya, Bhattacharyyas Clinical Records Research & Informatics LLP, India", "Gunn Elin Blakkisrud, DIPS ASA, Norway", "Bjørn Christensen, Helse Bergen HF, Norway", "Candice de Lisser, Ministry of Health and Wellness, Jamaica", "Stefan Dubois, Dep't of Pathology and Genetics, University Hospitals of Lund and Malmö, Sweden", "Are Edvardsen, SKDE, Helse Nord RHF, Norway", "Peter Fedorcsak, Oslo universitetssykehus, Norway", "Kåre Flø, DIPS ASA, Norway", "Rosane Gotardo, Systema Ltda., Brazil", "Heather Grain, Llewelyn Grain Informatics, Australia", "Anne M Gromsrud, DIPS AS, Norway", "Mikkel Johan Gaup Grønmo, Regional forvaltning EPJ, Helse Nord, Norway (Nasjonal IKT redaktør)", "Sanjeev Hiremath, IDEAMED International, Australia", "Erling Are Hole, Helse Bergen, Norway", "Terje Bektesevic Holmlund, UiT Norges arktiske universitet, Norway", "Evelyn Hovenga, EJSH Consulting, Australia", "Gunnar Jårvik, Helse Vest IKT AS, Norway", "Nils Kolstrup, Skansen Legekontor og Nasjonalt Senter for samhandling og telemedisin, Norway", "Liv Laugen, Oslo universitetssykehus, Norway (Nasjonal IKT redaktør)", "Sabine Leh, Helse Bergen, Norway", "Heather Leslie, Atomica Informatics, Australia, (openEHR Editor)", "Jens Lien, Bouvet Norge AS, Norway", "Pramil Liyanage, Ministry of Health, Sri Lanka", "Manisha Mantri, C-DAC, India", "Luis Marco Ruiz, NST, Spain", "Ian McNicoll, freshEHR Clinical Informatics, United Kingdom", "Svenne Naumann, Finnmarkssykehuset, Norway", "Mikael Nyström, Cambio Healthcare Systems AB, Sweden", "Bjørn Næss, DIPS ASA, Norway", "Jayashree Panickar, Karolinska Institute, Sweden", "Norwegian Review Summary, Nasjonal IKT HF, Norway", "FREDERICO RIBEIRO, Hospital das Clínicas da UFPE, Brazil", "Stein Arne Rimehaug, Sunnaas sykehus, Norway", "Terje Sagmyr, DIPS AS, Norway", "Saeed Samie, Pars Hospital, Iran", "Erik Skjemstad, Helse Nord RHF, Norway", "Alan Smith, OXLEAS NHS Mental Health Foundation Trust, United Kingdom", "Andre Smitt-Ingebretsen, Sørlandet sykehus HF, Norway", "Frode Stenvik, Helse Sør-Øst, Norway", "Natalia Strauch, Medizinische Hochschule Hannover, Germany", "Erik Sundvall, Karolinska Institutet + Karolinska University Hospital, Region Stockholm + Linköping University, Sweden", "Nyree Taylor, Ocean Health Systems, Australia", "Tesfay Teame, Bærum kommune, Norway", "Marianne Thorbjørnsen, Oslo Universitetssykehus, Norway", "Anders Thurin, VGR, Sweden", "Pencho Tonchev, Medical University- Pleven, Bulgaria", "John Tore Valand, Haukeland Universitetssjukehus, Norway (Nasjonal IKT redaktør)", "Marit Alice Venheim, Helse Vest IKT, Norway (Nasjonal IKT redaktør)", "Wouter Zanen, Eurotranplant, Netherlands", "Lin Zhang, Taikang Insurance Group, China"> other_details = < ["licence"] = <"This work is licensed under the Creative Commons Attribution-ShareAlike 4.0 International License. To view a copy of this license, visit http://creativecommons.org/licenses/by-sa/4.0/."> ["custodian_organisation"] = <"openEHR Foundation"> ["current_contact"] = <"Heather Leslie, Atomica Informatics<heather.leslie@atomicainformatics.com>"> ["original_namespace"] = <"org.openehr"> ["original_publisher"] = <"openEHR Foundation"> ["custodian_namespace"] = <"org.openehr"> ["MD5-CAM-1.0.1"] = <"09773813F3B1F5A49A4B19BE98AEF5DA"> ["build_uid"] = <"c1f8b8e7-bb96-4cfe-9378-1e79f5a3f334"> ["ip_acknowledgements"] = <"This artefact includes content from SNOMED Clinical Terms® (SNOMED CT®) which is copyrighted material of the International Health Terminology Standards Development Organisation (IHTSDO). Where an implementation of this artefact makes use of SNOMED CT content, the implementer must have the appropriate SNOMED CT Affiliate license - for more information contact https://www.snomed.org/snomed-ct/get-snomed or info@snomed.org."> ["revision"] = <"0.0.1-alpha"> > definition CLUSTER[at0000] matches { -- Physical properties items cardinality matches {1..*; unordered} matches { ELEMENT[at0049] occurrences matches {0..*} matches { -- Length value matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0050] occurrences matches {0..*} matches { -- Width value matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0054] occurrences matches {0..*} matches { -- Height value matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0053] occurrences matches {0..*} matches { -- Depth value matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0082] occurrences matches {0..*} matches { -- Thickness value matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0052] occurrences matches {0..*} matches { -- Diameter value matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0080] occurrences matches {0..*} matches { -- Radius value matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0055] occurrences matches {0..*} matches { -- Perimeter value matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0083] occurrences matches {0..*} matches { -- Circumference value matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::122]> list = < ["1"] = < units = <"nm"> magnitude = <|>=0.0|> > ["2"] = < units = <"um"> magnitude = <|>=0.0|> > ["3"] = < units = <"mm"> magnitude = <|>=0.0|> > ["4"] = < units = <"cm"> magnitude = <|>=0.0|> > ["5"] = < units = <"m"> magnitude = <|>=0.0|> > ["6"] = < units = <"[in_i]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[ft_i]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0081] occurrences matches {0..1} matches { -- Area value matches { C_DV_QUANTITY < property = <[openehr::335]> list = < ["1"] = < units = <"um2"> > ["2"] = < units = <"mm2"> > ["3"] = < units = <"cm2"> > ["4"] = < units = <"m2"> > ["6"] = < units = <"[sin_i]"> > ["1"] = < units = <"[sft_i]"> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::335]> list = < ["1"] = < units = <"um2"> magnitude = <|>=0.0|> > ["2"] = < units = <"mm2"> magnitude = <|>=0.0|> > ["3"] = < units = <"cm2"> magnitude = <|>=0.0|> > ["4"] = < units = <"m2"> magnitude = <|>=0.0|> > ["5"] = < units = <"[sin_i]"> magnitude = <|>=0.0|> > ["6"] = < units = <"[sft_i]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::335]> list = < ["1"] = < units = <"um2"> magnitude = <|>=0.0|> > ["2"] = < units = <"mm2"> magnitude = <|>=0.0|> > ["3"] = < units = <"cm2"> magnitude = <|>=0.0|> > ["4"] = < units = <"m2"> magnitude = <|>=0.0|> > ["6"] = < units = <"[sin_i]"> magnitude = <|>=0.0|> > ["5"] = < units = <"[sft_i]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0046] occurrences matches {0..1} matches { -- Volume value matches { C_DV_QUANTITY < list = < ["1"] = < units = <"uL"> magnitude = <|>=0.0|> > ["2"] = < units = <"ml"> magnitude = <|>=0.0|> > ["3"] = < units = <"cl"> magnitude = <|>=0.0|> > ["4"] = < units = <"dL"> magnitude = <|>=0.0|> > ["5"] = < units = <"L"> magnitude = <|>=0.0|> > ["6"] = < units = <"um3"> magnitude = <|>=0.0|> > ["7"] = < units = <"mm3"> magnitude = <|>=0.0|> > ["8"] = < units = <"cm3"> magnitude = <|>=0.0|> > ["9"] = < units = <"dm3"> magnitude = <|>=0.0|> > ["10"] = < units = <"[foz_us]"> magnitude = <|>=0.0|> > ["11"] = < units = <"[gal_us]"> magnitude = <|>=0.0|> > ["12"] = < units = <"[pt_us]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < list = < ["1"] = < units = <"uL"> magnitude = <|>=0.0|> > ["2"] = < units = <"ml"> magnitude = <|>=0.0|> > ["3"] = < units = <"cl"> magnitude = <|>=0.0|> > ["4"] = < units = <"dL"> magnitude = <|>=0.0|> > ["5"] = < units = <"L"> magnitude = <|>=0.0|> > ["6"] = < units = <"um3"> magnitude = <|>=0.0|> > ["7"] = < units = <"mm3"> magnitude = <|>=0.0|> > ["8"] = < units = <"cm3"> magnitude = <|>=0.0|> > ["9"] = < units = <"dm3"> magnitude = <|>=0.0|> > ["10"] = < units = <"[foz_us]"> magnitude = <|>=0.0|> > ["11"] = < units = <"[gal_us]"> magnitude = <|>=0.0|> > ["12"] = < units = <"[pt_us]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < list = < ["1"] = < units = <"uL"> magnitude = <|>=0.0|> > ["2"] = < units = <"ml"> magnitude = <|>=0.0|> > ["3"] = < units = <"cl"> magnitude = <|>=0.0|> > ["4"] = < units = <"dL"> magnitude = <|>=0.0|> > ["5"] = < units = <"L"> magnitude = <|>=0.0|> > ["6"] = < units = <"um3"> magnitude = <|>=0.0|> > ["7"] = < units = <"mm3"> magnitude = <|>=0.0|> > ["8"] = < units = <"cm3"> magnitude = <|>=0.0|> > ["9"] = < units = <"dm3"> magnitude = <|>=0.0|> > ["10"] = < units = <"[foz_us]"> magnitude = <|>=0.0|> > ["11"] = < units = <"[gal_us]"> magnitude = <|>=0.0|> > ["12"] = < units = <"[pt_us]"> magnitude = <|>=0.0|> > > > } } } } ELEMENT[at0020] occurrences matches {0..1} matches { -- Weight value matches { C_DV_QUANTITY < property = <[openehr::124]> list = < ["1"] = < units = <"ng"> magnitude = <|>=0.0|> > ["2"] = < units = <"ug"> magnitude = <|>=0.0|> > ["3"] = < units = <"mg"> magnitude = <|>=0.0|> > ["4"] = < units = <"g"> magnitude = <|>=0.0|> > ["5"] = < units = <"kg"> magnitude = <|>=0.0|> > ["6"] = < units = <"[oz_av]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[lb_av]"> magnitude = <|>=0.0|> > > > DV_INTERVAL<DV_QUANTITY> matches { lower matches { C_DV_QUANTITY < property = <[openehr::124]> list = < ["1"] = < units = <"ng"> magnitude = <|>=0.0|> > ["2"] = < units = <"ug"> magnitude = <|>=0.0|> > ["3"] = < units = <"mg"> magnitude = <|>=0.0|> > ["4"] = < units = <"g"> magnitude = <|>=0.0|> > ["5"] = < units = <"kg"> magnitude = <|>=0.0|> > ["6"] = < units = <"[oz_av]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[lb_av]"> magnitude = <|>=0.0|> > > > } upper matches { C_DV_QUANTITY < property = <[openehr::124]> list = < ["1"] = < units = <"ng"> magnitude = <|>=0.0|> > ["2"] = < units = <"ug"> magnitude = <|>=0.0|> > ["3"] = < units = <"mg"> magnitude = <|>=0.0|> > ["4"] = < units = <"g"> magnitude = <|>=0.0|> > ["5"] = < units = <"kg"> magnitude = <|>=0.0|> > ["6"] = < units = <"[oz_av]"> magnitude = <|>=0.0|> > ["7"] = < units = <"[lb_av]"> magnitude = <|>=0.0|> > > > } } } } } } ontology term_definitions = < ["en"] = < items = < ["at0000"] = < text = <"Physical properties"> description = <"The measurements of an anatomical structure or object that is part of, found in or originates from an individual."> > ["at0020"] = < text = <"Weight"> description = <"The measured value of the mass of a structure/object."> > ["at0046"] = < text = <"Volume"> description = <"The measured or calculated space enclosed by a boundary (liquid) or occupied by a structure/object (solid tissue)."> > ["at0049"] = < text = <"Length"> description = <"The measured length of the longest aspect of a structure/object (e.g. longest edge of a rectangular specimen) or the measured length of a structure/object along its longitudinal axis (e.g. 2cm of bowel, measured along the axis of the bowel, and even if the measured length is shorter than the diameter of the bowel itself)."> comment = <"This data element has 0..* occurrences to allow recording of multiple measurements. If there is no clear orientation of for example length vs width vs height, use multiple occurrences to allow recording of the length of two or more axes without any specific orientation, for example 3 x 4 x 5 mm."> > ["at0050"] = < text = <"Width"> description = <"The measured length of widest aspect of a structure/object, usually perpendicular to the length or the measured length of the second side of two sides."> comment = <"This data element has 0..* occurrences to allow recording of multiple measurements. For example, the widest and narrowest part of an abnormal mass."> > ["at0052"] = < text = <"Diameter"> description = <"The measured length of a structure/object from edge to edge, usually of an approximately round or oval structure/object, passing through its centre."> comment = <"This data element has 0..* occurrences to allow recording of multiple measurements. If there are no clear orientations, use multiple occurrences to record the diameter along two or more axes without a specific orientation, for example, 3 x 4 mm."> > ["at0053"] = < text = <"Depth"> description = <"The measured distance of the horizontal aspect of a structure/object, from the top to the bottom."> comment = <"This data element has 0..* occurrences to allow recording of multiple measurements. For example, the deepest and shallowest part of a skin lesion, or the maximum and minimum depth of an internal tumor in soft tissue."> > ["at0054"] = < text = <"Height"> description = <"The measured distance of the vertical aspect of a structure/object, from the base to the top."> comment = <"This data element has 0..* occurrences to allow recording of multiple measurements. For example, the maximum and minimum height of a tumor above the skin surface."> > ["at0055"] = < text = <"Perimeter"> description = <"The total length of all external surfaces of a square, rectangular or irregularly shaped structure/object."> comment = <"This data element has 0..* occurrences to allow recording of multiple measurements. For example, the inner and outer perimeter of a scar or uneven skin change."> > ["at0080"] = < text = <"Radius"> description = <"The measured length of a structure/object in a straight line from the centre to the circumference."> comment = <"This data element has 0..* occurrences to allow recording of multiple measurements. For example, the maximum and minimum radius of a cyst or nodule, measured from the center to the edge."> > ["at0081"] = < text = <"Area"> description = <"The calculated space of a structure/object in two dimensions."> > ["at0082"] = < text = <"Thickness"> description = <"The measured distance from one surface to the opposite surface of a structure/object."> comment = <"This data element has 0..* occurrences to allow recording of multiple measurements. For example, the maximum and minimum thickness of a cyst wall."> > ["at0083"] = < text = <"Circumference"> description = <"The total length of the boundary around a round or elliptical structure/object."> comment = <"For example: the circumterence of a gallbladder or colon. This data element has 0..* occurrences to allow recording of multiple measurements. For example, the inner and outer circumference of a cyst or nodule measured at different locations."> > > > ["nb"] = < items = < ["at0000"] = < text = <"Fysiske egenskaper"> description = <"Målinger av en anatomisk struktur eller et objekt som er en del av, funnet i eller stammer fra et individ."> > ["at0020"] = < text = <"Vekt"> description = <"Den målte verdien av massen til strukturen/objektet."> > ["at0046"] = < text = <"Volum"> description = <"Den målte eller det beregnede rom innenfor en grense (for væske) eller hvor stort rom en struktur/objekt tar (for fast materiale)."> > ["at0049"] = < text = <"Lengde"> description = <"Den målte lengden på den lengste aspekten av strukturen/objektet (f.eks. lengste kant på et rektangulært prøve) eller den målte lengden på en strukturen/objektet langs dens longitudinale akse (f.eks. 2 cm tarm, målt langs tarmens akse, selv om den målte lengden er kortere enn diameteren på tarmen selv)."> comment = <"Dette dataelementet har 0..* forekomster for å tillate registrering av flere målinger. Hvis det ikke er en tydelig orientering, for eksempel lengde vs bredde vs høyde, bruk flere forekomster for å tillate registrering av lengden på to eller flere akser uten noen spesifikk orientering, for eksempel 3 x 4 x 5 mm."> > ["at0050"] = < text = <"Bredde"> description = <"Den målte lengden på den bredeste aspekten av strukturen/objektet, vanligvis vinkelrett på lengden, eller den målte lengden på den andre siden av de to sidene."> comment = <"Dette dataelementet har 0..* forekomster for å tillate registrering av flere målinger. For eksempel den bredeste og smaleste delen av en unormal masse."> > ["at0052"] = < text = <"Diameter"> description = <"Den målte lengden av en struktur/objekt fra kant til kant, vanligvis av en omtrent rund eller oval struktur/objekt, som går gjennom sentrum."> comment = <"Dette dataelementet har 0..* forekomster for å tillate registrering av flere målinger. Hvis det ikke er noen klare orienteringer, bruk flere forekomster for å registrere diameteren langs to eller flere akser uten spesifikk orientering, for eksempel 3 x 4 mm."> > ["at0053"] = < text = <"Dybde"> description = <"Den målte avstanden av den horisontale aspekten av en struktur/objekt, fra topp til bunn."> comment = <"Dette dataelementet har 0..* forekomster for å tillate registrering av flere målinger. For eksempel den dypeste og grunneste delen av en hudlesjon, eller den maksimale og minimale dybden av en indre svulst i bløtvev-"> > ["at0054"] = < text = <"Høyde"> description = <"Den målte avstanden av den vertikale aspekten av en struktur/objekt, fra bunnen til toppen."> comment = <"Dette dataelementet har 0..* forekomster for å tillate registrering av flere målinger. For eksempel den maksimale og minimale høyden på en svulst over hudoverflaten."> > ["at0055"] = < text = <"Omkrets (geometrisk)"> description = <"Den totale lengden av alle eksterne overflater av en firkantet, rektangulær eller uregelmessig formet struktur/objekt."> comment = <"Dette dataelementet har 0..* forekomster for å tillate registrering av flere målinger. For eksempel den indre og ytre omkretsen av et arr eller en ujevn hudforandring."> > ["at0080"] = < text = <"Radius"> description = <"Den målte lengden på strukturen/objektet i en rett linje fra sentrum til omkretsen."> comment = <"Dette dataelementet har 0..* forekomster for å tillate registrering av flere målinger. For eksempel den minste og største radiusen til en cyste eller knute, målt fra sentrum til kanten."> > ["at0081"] = < text = <"Areal"> description = <"Det beregnede arealet av strukturen/objektet i to dimensjoner."> > ["at0082"] = < text = <"Tykkelse"> description = <"Den målte avstanden fra en overflate til den motsatte overflaten av en struktur/objekt."> comment = <"Dette dataelementet har 0..* forekomster for å tillate registrering av flere målinger. For eksempel den maksimale og minimale tykkelsen på en cystevegg."> > ["at0083"] = < text = <"Omkrets (sirkulær)"> description = <"Den totale lengden av grensen rundt en rund eller elliptisk struktur/objekt."> comment = <"For eksempel: omkretsen av en galleblære eller tykktarm. Dette dataelementet har 0..* forekomster for å tillate registrering av flere målinger. For eksempel den indre og ytre omkretsen av en cyste eller knute målt på forskjellige steder."> > > > >