Mappings
for
the
medicationadministration
resource.
|
MedicationAdministration
|
SubstanceAdministration
|
identifier
identifier
|
id
.id
|
status
definition
|
statusCode
.outboundRelationship[typeCode=DEFN].target[classCode=unspecified]
|
patient
partOf
| .outboundRelationship[typeCode=COMP]/target[classCode=SBADM
or
PROC,moodCode=EVN]
|
subject->Patient
status
| .statusCode
|
practitioner
category
|
.inboundRelationship[typeCode=COMP].source[classCode=OBS,
moodCode=EVN,
code="type
of
medication
usage"].value
|
performer->Role
medication[x]
| .participation[typeCode=CSM].role[classCode=ADMM]
|
encounter
subject
| .participation[typeCode=SBJ].role[classCode=PAT]
|
component->EncounterEvent
context
| .inboundRelationship[typeCode=COMP].source[classCode=ENC,
moodCode=EVN,
code="type
of
encounter
or
episode"]
|
prescription
supportingInformation
| .outboundRelationship[typeCode=PERT].target[A_SupportingClinicalStatement
CMET
minimal
with
many
different
choices
of
classCodes(ORG,
ENC,
PROC,
SPLY,
SBADM,
OBS)
and
each
of
the
act
class
codes
draws
from
one
or
more
of
the
following
moodCodes
(EVN,
DEF,
INT
PRMS,
RQO,
PRP,
APT,
ARQ,
GOL)]
|
InFullfillmentOf->SubstanceAdministration
effective[x]
| .effectiveTime
|
wasNotGiven
performer
|
.participation[typeCode=PRF]
|
actionNegationInd
actor
| .role
|
reasonNotGiven
onBehalfOf
| .role.scopingOrganization
|
Reason->Observation->Value
notGiven
| .actionNegationInd
|
reasonGiven
reasonNotGiven
|
.outboundRelationship[typeCode=RSON]/target[classCode=OBS,moodCode=EVN,
code="reason
not
given"].value
|
effectiveTime[x]
reasonCode
| .reasonCode
|
effectiveTime
reasonReference
| .outboundRelationship[typeCode=RSON]/target[classCode=OBS,moodCode=EVN,
code="reason
for
use
ASSERTION"].value
|
medication[x]
prescription
|
Consumeable->AdministerableMedication
InFullfillmentOf->SubstanceAdministration
|
device
device
|
device->Access
OR
device->AssignedDevice
|
note
note
|
.inboundRelationship[typeCode=SUBJ]/source[classCode=OBS,moodCode=EVN,code="annotation"].value
|
dosage
dosage
|
component->SubstanceAdministrationEvent
|
text
text
|
.text
|
site[x]
site
|
approachSiteCode
.approachSiteCode
|
route
route
|
routeCode
.routeCode
|
method
method
|
methodCode
.methodCode
|
quantity
dose
|
doseQuantity
.doseQuantity
|
rate[x]
rate[x]
| .rateQuantity
|
rateQuantity
eventHistory
| .inboundRelationship(typeCode=SUBJ].source[classCode=CACT,
moodCode=EVN]
|
|
MedicationAdministration
|
|
identifier
identifier
| |
|
definition
|
|
RXA-25-Administered
Barcode
Identifier
partOf
|
|
status
status
|
RXA-20-Completion
Status
|
patient
category
| |
|
medication[x]
|
RXA-5-Administered
Code
|
|
subject
|
PID-3-Patient
ID
List
|
practitioner
context
|
PV1-19-Visit
Number
|
|
supportingInformation
| |
|
effective[x]
|
RXA-3-Date/Time
Start
of
Administration
/
RXA-4-Date/Time
End
of
Administration
|
|
performer
|
RXA-10-Administering
Provider
/
PRT-5-Participation
Person:
PRT-4-Participation='AP'
(RXA-10
is
deprecated)
|
encounter
actor
|
PV1-19-Visit
Number
|
prescription
onBehalfOf
|
ORC-2-Placer
Order
Number
/
ORC-3-Filler
Order
Number
|
wasNotGiven
notGiven
|
RXA-20-Completion
Status='NA'
|
reasonNotGiven
reasonNotGiven
|
RXA-9-Administration
Notes
/
RXA-18
Substance/Treatment
Refusal
Reason
|
reasonGiven
reasonCode
|
RXE-27
Give
Indication
|
effectiveTime[x]
reasonReference
|
RXA-3-Date/Time
Start
of
Administration
/
RXA-4-Date/Time
End
of
Administration
|
medication[x]
prescription
|
RXA-5-Administered
Code
ORC-2-Placer
Order
Number
/
ORC-3-Filler
Order
Number
|
device
device
|
PRT-10
Participation
Device
/
RXR-3
Administrative
Device
|
note
note
|
|
dosage
dosage
|
|
text
text
|
|
site[x]
site
|
RXR-2
Administration
Site
/
RXR-6
Administration
Site
Modifier
|
route
route
|
RXR-1-Route
|
method
method
|
RXR-4-Administration
Method
|
quantity
dose
|
RXA-6
Administered
Amount
/
RXA-7
Administered
Units
|
rate[x]
rate[x]
|
RXA-12-Administered
Per
(Time
Unit)
|
|
eventHistory
| |
The
provenance
resource
is
based
on
known
practices
in
the
HL7
implementation
space,
particularly
those
found
in
the
v2
EVN
segment,
the
v3
ControlAct
Wrapper,
the
CDA
header,
and
IHE
ATNA.
The
conceptual
model
underlying
the
design
is
the
W3C
provenance
Specification
.
Though
the
content
and
format
of
the
resource
is
designed
to
meet
specific
requirements
for
FHIR,
all
the
parts
of
the
resource
are
formally
mapped
to
the
PROV-O
specification,
and
FHIR
resources
can
be
transformed
to
their
W3C
PROV
equivalent.