The Clinical Information Modeling Initiative created this implementation guide to promote the use and adoption of a set of logical data structures and panels, represented as FHIR profiles for vital signs. The CIMI Vital Signs Panel includes height, body length, weight, blood pressure, body tempoerature, head circumference, body mass index, heart rate, respiratory rate, and oxygen staturation in arterial blood by pulse oximetry (SPO2). More background to be added later.
This is a preliminary implementation guide created by Clinical Information Modeling Initiative (CIMI) for Vital Signs. This publication is intended to facilitate discussion about the content and design for these models.
This guide references the following profiles.
BloodPressurePanel
BodyLength
BodyMassIndexMeas
BodyTemperatureMeas
BodyWeightMeas
DiastolicBloodPressureMeas
DiastolicBloodPressure24HourMeanMeas
HL7FHIRVitalSignsPanel
HeadOccipitalFrontalCircumference
HeartRateMeas
HeightMeas
MeanArterialPressureMeas
OxygenSaturationArterialBloodMeas
RespiratoryRateMeas
SystolicBloodPressureMeas
SystolicBloodPressure24HourMeanMeas
This guide references the following extensions.
AssociatedPreconditionExt
BodyPositionExt
BloodPressureCuffSizeExt
DataAbsentReasonExt
DataOriginationModeExt
DeltaFlagExt
DeviceExt
EstimatedIndExt
FocalSubjectExt
MeasurementDeviceExt
MethodDeviceExt
SensorDescriptionExt
SleepStatusExt
This guide references the following value sets.
abnIntNumericNom
bodyPositionVS
bodyTempMeasBodyLocationPrecoordVS
bodyTempMeasMethodDeviceVS
bodyWeightMeasurementAssociatedPrecondVS
bpCuffSizeVS
bpMeasDeviceVS
bpMeasMethodVS
bpBodyPositionVS
bpMeasBodyLocationPrecoordVS
dataOriginationModeVS
definedLimitsVS
deltaFlagnumericNom
heartRateMeasBodyLocationPrecoordVS
heartRateMeasDeviceVS
heartRateMeasMethodVS
heightBodyPositionVS
heightLengthMeasDeviceVS
heightLengthMeasMethodVS
respiratoryRateMeasDeviceVS
respiratoryRateMeasMethodVS
sPO2BodyLocationVS
sensorDescriptionVS
sleepStatusVS
vitalSignAssociatedPrecondVS
weightMeasurementDeviceVS
weightMeasurementMethodVS