Lab
Class MicroscopyFinding

This class represents findings, other than the identification of microorganisms, arrived at by microscopic observation of a specimen. This includes observations made of cells or tissue. For example, the detection of red blood cells in a urine sample would be reported via this class.

Attributes
«CS» Code evaluationFinding evaluationFinding

Findings concerning cells which are not separate microorganisms arrived at by microscopic observation. These finding might be of normal cells existing in an abnormal location such as the detection of red blood cells in a urine sample.

ReferenceRange referenceRange referenceRange

Anitbiotic Sensitivity observations generally do not have a reference range, so the inherited reference range is being constrained out. FHIR and CIMI both are designed so any Observation can have a reference range, but generally only numeric observations use reference ranges.

Attributes inherited from FHIM::Lab::LaboratoryObservation FHIM::Lab::LaboratoryObservation
dateDeemedReportable dateDeemedReportable, dateTimeOfAnalysis dateTimeOfAnalysis, laboratoryDirector laboratoryDirector, probability probability, reReleaseReason reReleaseReason, reportDate reportDate, transcription transcription, userDefinedAccessCheck userDefinedAccessCheck, topicCode topicCode, subId subId

Attributes inherited from FHIM::ClinicalObservation::ObservationStatement FHIM::ClinicalObservation::ObservationStatement
basedOn basedOn, bodySite bodySite, category category, componentObservation componentObservation, dataAbsentReason dataAbsentReason, dateTime dateTime, dateTimeIssued dateTimeIssued, deltaFlag deltaFlag, description description, deviceInstance deviceInstance, evaluationProcedure evaluationProcedure, exceptionValue exceptionValue, interpretationEvent interpretationEvent, method method, multimedia multimedia, observed observed, observedCharacteristic observedCharacteristic, referenceRange referenceRange, reliability reliability, resultStatus resultStatus, specimen specimen, value value, derivedFrom derivedFrom, hasMember hasMember, partOf partOf

Attributes inherited from FHIM::Common::ClinicalStatement FHIM::Common::ClinicalStatement
clinicalDataSource clinicalDataSource, contentVersion contentVersion, contextCode contextCode, encounter encounter, note note, recordStatus recordStatus, relatedClinicalInformation relatedClinicalInformation, sourceRecordType sourceRecordType, sourceSystem sourceSystem, subjectGroup subjectGroup, subjectOfInformation subjectOfInformation, subjectOfRecord subjectOfRecord, temporalContext temporalContext, topicCode topicCode, cosigned cosigned, recorded recorded, signed signed, verified verified

Attributes inherited from FHIM::Common::InformationEntry FHIM::Common::InformationEntry
identifier identifier

Properties:

Alias
Classifier Behavior
Is Abstractfalse
Is Activefalse
Is Leaffalse
Keywords
NameMicroscopyFinding
Name Expression
NamespaceLab
Owned Template Signature
OwnerLab
Owning Template Parameter
PackageLab
Qualified NameFHIM::Lab::MicroscopyFinding
Representation
Stereotype
Template Parameter
VisibilityPublic

Attribute Details

 evaluationFinding
Public «CS» Code evaluationFinding

Findings concerning cells which are not separate microorganisms arrived at by microscopic observation. These finding might be of normal cells existing in an abnormal location such as the detection of red blood cells in a urine sample.

Constraints:
Properties:

AggregationNone
Alias
Association
Association End
ClassMicroscopyFinding
Datatype
Default
Default Value
Is Compositefalse
Is Derivedfalse
Is Derived Unionfalse
Is Leaffalse
Is Orderedfalse
Is Read Onlyfalse
Is Staticfalse
Is Uniquetrue
Keywords
Lower1
Lower Value(1)
Multiplicity1
NameevaluationFinding
Name Expression
NamespaceMicroscopyFinding
Opposite
OwnerMicroscopyFinding
Owning Association
Owning Template Parameter
Qualified NameFHIM::Lab::MicroscopyFinding::evaluationFinding
Stereotype
Template Parameter
Type«CS» Code
Upper1
Upper Value(1)
VisibilityPublic


 referenceRange
Public ReferenceRange referenceRange

Anitbiotic Sensitivity observations generally do not have a reference range, so the inherited reference range is being constrained out. FHIR and CIMI both are designed so any Observation can have a reference range, but generally only numeric observations use reference ranges.

Constraints:
Properties:

AggregationNone
Alias
Association
Association End
ClassMicroscopyFinding
Datatype
Default
Default Value
Is Compositefalse
Is Derivedfalse
Is Derived Unionfalse
Is Leaffalse
Is Orderedfalse
Is Read Onlyfalse
Is Staticfalse
Is Uniquetrue
Keywords
Lower0
Lower Value(0)
Multiplicity0
NamereferenceRange
Name Expression
NamespaceMicroscopyFinding
Opposite
OwnerMicroscopyFinding
Owning Association
Owning Template Parameter
Qualified NameFHIM::Lab::MicroscopyFinding::referenceRange
Stereotype
Template Parameter
TypeReferenceRange
Upper0
Upper Value(0)
VisibilityPublic