TID 10031 Radiation Dose Estimate

TID 10031 Radiation Dose Estimate (Current)
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The dose estimate is used to record the results from one analysis method from one or more radiation sources. Organ dose estimates are calculated from one or more irradiation events to a patient. The output from one or more sources of radiation can be used separately or combined to estimate the dose to a patient or individual organs.

Type:: Extensible
Order:: Non-Significant
Root:: No

Table TID 10031. Radiation Dose Estimate

	NL	Rel with Parent	VT	Concept Name	VM	Req Type	Condition	Value Set Constraint
1		CONTAINS	CONTAINER	EV (128402, DCM, "Radiation Dose Estimate")	1	M
2	>	HAS CONCEPT MOD	TEXT	EV (128403, DCM, "Radiation Dose Estimate Name")	1	M
3	>	CONTAINS	TEXT	EV (121106, DCM, "Comment")	1	U
4	>	CONTAINS	INCLUDE	DTID 10033 “Radiation Dose Estimate Methodology”	1	M
5	>	CONTAINS	INCLUDE	DTID 10032 “Radiation Dose Estimate Representation”	1-n	U
6	>	CONTAINS	CONTAINER	EV (113517, DCM, "Organ Radiation Dose Information")	1-n	M
7	>>	CONTAINS	CODE	EV (113343008, SCT, "Organ")	1	M		DCID 10060 “Organ for Radiation Dose Estimate”
8	>>>	HAS CONCEPT MOD	CODE	EV (272741003, SCT, "Laterality")	1	MC	IF Row 7 has laterality	DCID 244 “Laterality”
9	>>	CONTAINS	TEXT	EV (121106, DCM, "Comment")	1	U
10	>>	CONTAINS	NUM	DCID 10061 “Absorbed Radiation Dose Type”	1	M		UNITS = EV (mGy, UCUM, "mGy")
11	>>>	HAS PROPERTIES	NUM	DCID 225 “Measurement Uncertainty Concept”	1-n	U		UNITS = EV (mGy, UCUM, "mGy")
12	>>>>	HAS PROPERTIES	TEXT	EV (128511, DCM, "Reference to Uncertainty Determination Method")	1	U
13	>>	CONTAINS	NUM	DCID 10062 “Equivalent Radiation Dose Type”	1	U		UNITS = EV (mSv, UCUM, "mSv")
14	>>>	HAS PROPERTIES	NUM	DCID 225 “Measurement Uncertainty Concept”	1-n	U		UNITS = EV (mSv, UCUM, "mSv")
15	>>>>	HAS PROPERTIES	TEXT	EV (128511, DCM, "Reference to Uncertainty Determination Method")	1	U

Content Item Descriptions

Row 13

Equivalent Dose is an international quantity and includes the use of a Radiation Weighting Factor to compensate for the radiation type, e.g., photon, neutron, alpha or beta particle, etc. Stating equivalent dose is not recommended in almost all dosimetry situations, except in Radiopharmaceutical dose. This is not Effective Dose.