public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 07, 25, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 07, 25, 16, 32, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 07, 25, 17, 48, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 07, 25, 20, 32, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetChristinaSELKIRK(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000009",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Coagulation & Thrombosis Clinic",
Identifier = new Identifier()
{
Value = "ACA30A38-811E-4E0D-B55C-774D38B8E171",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "283530KX"),
ClinicalNotes = "Warfarin 6mg per day; monitoring new dose",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetCoagulationAndThrombosisClinic(),
ProviderFactory.GetBillCardiologist()
}
},
PdfFileName = "Exemplar Report INR v1.7.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1878881888",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "COAG", Description = "Coagulation"
},
//Snomed = new Code() { Term = "440685005", Description = "Calculation of international normalised ratio" }
Snomed = null
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Hematology,
ReportingPathologist = ProviderFactory.GetMarissaPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "WARF",
Description = "Warfarin dose"
},
Lonic = new Code()
{
Term = "4461-0",
Description = "Warfarin dose"
}
},
DataType = "NM",
Value = "6",
Units = "mg",// mg, mg, UCUM
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INR",
Description = "INR"
},
Lonic = new Code()
{
Term = "6301-6",
Description = "INR"
}
},
DataType = "NM",
Value = "3.1",
Units = null,
ReferenceRange = "2.0-3.0",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTER",
Description = "Interpretation"
},
Lonic = null
},
DataType = "FT",
Value = "INR is higher than therapeutic range. Recommend Warfarin dose be reduced to 5 mg per day, repeat test in 7 days.\\.br\\",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 11, 28, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 11, 28, 06, 35, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 11, 28, 08, 22, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 11, 29, 10, 25, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetGrantWHISTLER(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000019",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital GI Clinic",
Identifier = new Identifier()
{
Value = "EF539BC7-F6C2-4637-A12F-4EC6FA5CFA4B",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "449738MF"),
ClinicalNotes = "Positive FOB screen 18-Sep-19. Short course radiotherapy ceased 19 - Nov - 19",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
}
},
PdfFileName = "Exemplar Report Histo Colorectal SPRC v1.2.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "11/P28460",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "IS", Description = "Colorectal Cancer Structured Report"
},
Snomed = new Code()
{
Term = "84907-5", Description = "Colorectal Cancer Structured Pathology Report"
}
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.HistologyAndAnatomicalPathology,
ReportingPathologist = ProviderFactory.GetArturoPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "FERR",
Description = "Ferritin"
},
Lonic = new Code()
{
Term = "2276-4",
Description = "Ferritin"
}
},
DataType = "NM",
Value = "27",
Units = "ug/L",// ug/L, ug/L, UCUM
ReferenceRange = "30-120",
AbnormalFlag = "L",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2020, 11, 09, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2020, 11, 09, 10, 25, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2020, 11, 09, 12, 03, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2020, 11, 10, 08, 27, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetHaydenNORQUAY(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000015",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Fever Clinic ",
Identifier = new Identifier()
{
Value = "3659F40F-8BDF-4CD6-BF46-38257CA6BB97",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "603107KW"),
ClinicalNotes = "Sore throat & cough, works in hospitality",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetMySpecialist()
}
},
PdfFileName = "Exemplar Report SARS-CoV-2NAT v0.4.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "2078881879",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "COVID2", Description = "SARS-CoV-2 nucleic acid"
},
Snomed = new Code()
{
Term = "1445431000168101", Description = "Oropharyngeal swab COVID-19 nucleic acid assay"
}
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Microbiology,
ReportingPathologist = ProviderFactory.GetBellaPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "COVI2DRNA",
Description = "SARS-CoV-2 RNA"
},
Lonic = new Code()
{
Term = "94309-2",
Description = "SARS-CoV-2 (COVID-19) RNA NAA+probe Ql (Unsp spec)"
}
},
DataType = "ST",
Value = "Not Detected",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTERP",
Description = "Interpretation"
},
Lonic = null,
},
DataType = "FT",
Value = "Failure to detect virus specific nucleic acid does not always exclude SARS-CoV-2. Repeat testing\\.br\\" +
"including a sputum sample if available, may be indicated if clinical suspicion is high.\\.br\\" +
"This assay is designed to detect the E gene of SARS-CoV-2, the causative agent of COVID-19 using\\.br\\" +
"nucleic acid amplification. On occasions, a second assay targeting the N gene is also utilised.\\.br\\" +
"\\.br\\" +
"For further requires regarding these results, please contact the Medical Virologist on (07) 5454 0387.\\.br\\" +
"Testing for SARS-CoV-2 is notifiable on request irrespective of test results.\\.br\\",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 09, 23, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 09, 25, 08, 20, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 09, 25, 10, 30, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 09, 26, 09, 00, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetGraceROSSLAND(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000001",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Antenatal Clinic",
Identifier = new Identifier()
{
Value = "143569C9-8AFC-4BBD-A663-95079AE10B57",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "8203015Y"),
ClinicalNotes = "First trimester antenatal screen, ~ 10 weeks pregnant (G1P0)",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetBiancaMidwife()
}
},
PdfFileName = "Exemplar Report Chlamydia trachomatis NAT v1.6.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1978881874",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "CHY", Description = "Chlamydia trachomatis nucleic acid"
},
Snomed = new Code()
{
Term = "398452009", Description = "Chlamydia trachomatis nucleic acid assay"
}
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Serology,
ReportingPathologist = ProviderFactory.GetBellaPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CHLY",
Description = "Chlamydia trachomatis DNA"
},
Lonic = new Code()
{
Term = "21613-5",
Description = "Chlamydia trachomatis DNA"
}
},
DataType = "ST",
Value = "Negative",
Units = null,
ReferenceRange = null,
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 11, 08, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 11, 09, 10, 25, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 11, 09, 11, 15, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 11, 10, 09, 35, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetEricaPURCELL(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000013",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Immunology Clinic",
Identifier = new Identifier()
{
Value = "D220F4D1-D62C-4EE3-8356-F5DA1484370E",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "8264815W"),
ClinicalNotes = "Investigations for Multiple Myeloma",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetArmandeImmunologist()
}
},
PdfFileName = "Exemplar Report EPP v1.6.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1978881828",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "PROTSTUDY", Description = "Protein studies"
},
Snomed = null
//Snomed = new Code() { Term = "4903000", Description = "Serum protein electrophoresis" }
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Immunology,
ReportingPathologist = ProviderFactory.GetBertramPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "PROT",
Description = "Total Protein"
},
Lonic = new Code()
{
Term = "2885-2",
Description = "Total Protein"
}
},
DataType = "NM",
Value = "174",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "69-75",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "ALB",
Description = "Albumin"
},
Lonic = new Code()
{
Term = "2862-1",
Description = "Albumin"
}
},
DataType = "NM",
Value = "30",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "40-50",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "ALPHAGLOB1",
Description = "Alpha-1 globulin"
},
Lonic = new Code()
{
Term = "2865-4",
Description = "Alpha-1 globulin"
}
},
DataType = "NM",
Value = "3",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "3-6",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "ALPHAGLOB2",
Description = "Alpha-2 globuin"
},
Lonic = new Code()
{
Term = "2868-8",
Description = "Alpha-2 globuin"
}
},
DataType = "NM",
Value = "8",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "4-10",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "BETA1GLOB",
Description = "Beta-1 globulin"
},
Lonic = new Code()
{
Term = "32730-4",
Description = "Beta-1 globulin"
}
},
DataType = "NM",
Value = "5",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "2-6",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "BETA2GLOB",
Description = "Beta-2 globulin"
},
Lonic = new Code()
{
Term = "32731-2",
Description = "Beta-2 globulin"
}
},
DataType = "NM",
Value = "5",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "2-5",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "GAMMA",
Description = "Gamma globulin"
},
Lonic = new Code()
{
Term = "2874-6",
Description = "Gamma"
}
},
DataType = "NM",
Value = "4",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "6-15",
AbnormalFlag = "L",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "PARAP",
Description = "Paraprotein"
},
Lonic = new Code()
{
Term = "94400-9",
Description = "Paraprotein"
}
},
DataType = "ST",
Value = "Detected",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "TYPE",
Description = "Type"
},
Lonic = null
},
DataType = "ST",
Value = "IgM Kappa",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CONCENT",
Description = "Concentration"
},
Lonic = new Code()
{
Term = "51435-6",
Description = "Concentration"
}
},
DataType = "NM",
Value = "8",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "IMMGLOB",
Description = "Immunoglobulins"
},
Lonic = null
},
DataType = "ST",
Value = null,
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "IMMG",
Description = "Immunoglobulin G"
},
Lonic = new Code()
{
Term = "55922-9",
Description = "Immunoglobulin G"
}
},
DataType = "NM",
Value = "4",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "5-16",
AbnormalFlag = "L",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "IMMGA",
Description = "Immunoglobulin A"
},
Lonic = new Code()
{
Term = "55902-1",
Description = "Immunoglobulin A"
}
},
DataType = "NM",
Value = "7.0",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "0.5-3.5",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "IMMGAM",
Description = "Immunoglobulin M"
},
Lonic = new Code()
{
Term = "55925-2",
Description = "Immunoglobulin M"
}
},
DataType = "NM",
Value = "8.9",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "0.2-3.9",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTERP",
Description = "Protein electrophoresis pattern comments"
},
Lonic = new Code()
{
Term = "49298-3",
Description = "Protein Fractions Nar [Interp]"
}
},
DataType = "FT",
Value = "Decreased residual gammaglobulins. Suggest urine protein electrophoresis and immunofixation.",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 09, 24, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 09, 25, 08, 20, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 09, 25, 10, 05, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 09, 25, 11, 55, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetGraceROSSLAND(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000006",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Antenatal Clinic",
Identifier = new Identifier()
{
Value = "143569C9-8AFC-4BBD-A663-95079AE10B57",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "8203015Y"),
ClinicalNotes = "First trimester antenatal screen, ~ 10 weeks pregnant (G1P0)",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetBiancaMidwife()
}
},
PdfFileName = "Exemplar Report HbsAb v1.5.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1978881817",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "HepBSer", Description = "Hepatitis B serology"
},
Snomed = null
//Snomed = new Code() { Term = "315130004", Description = "Hepatitis B surface antibody level" }
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Serology,
ReportingPathologist = ProviderFactory.GetStanleyVirologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "HepBsAb",
Description = "Hepatitis B surface Ab"
},
Lonic = new Code()
{
Term = "16935-9",
Description = "Hepatitis B surface Ab"
}
},
DataType = "ST",
Value = "Positive",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTER",
Description = "Interpretation"
},
Lonic = null
},
DataType = "FT",
Value = "Positive HBsAb result indicates sufficient Hepatitis B immunity.",
Units = null,
ReferenceRange = null,
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 11, 09, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 11, 09, 08, 45, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 11, 09, 09, 12, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 11, 09, 10, 25, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetGloriaNELSON(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000012",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Emergency Dept",
Identifier = new Identifier()
{
Value = "191394B8-6AB0-4EF5-BC7D-19A5B37FA60F",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "873721DH"),
ClinicalNotes = "Diabetic with recurring UTI. Significant vaginal burning on micturition. Last course Trimethoprim (100 mg bd) completed 27- Dec-19.",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetRebeccaGP()
}
},
PdfFileName = "SPIA Exemplar Report Urine MCS v1.6.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "2001277757",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "UMCS", Description = "MCS urine"
},
Snomed = new Code()
{
Term = "401324008", Description = "Urine microscopy, culture and sensitivities"
}
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Microbiology,
ReportingPathologist = ProviderFactory.GetEvannaPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "COLOR",
Description = "Colour"
},
Lonic = new Code()
{
Term = "5778-6",
Description = "Colour"
}
},
DataType = "ST",
Value = "Pink stained",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CLARITY",
Description = "Clarity"
},
Lonic = new Code()
{
Term = "32167-9",
Description = "Clarity"
}
},
DataType = "ST",
Value = "Turbid",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "GLUC",
Description = "Glucose"
},
Lonic = new Code()
{
Term = "25428-4",
Description = "Glucose"
}
},
DataType = "ST",
Value = "3+",
Units = "No units",
ReferenceRange = "Negative",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "BILI",
Description = "Bilirubin"
},
Lonic = new Code()
{
Term = "5770-3",
Description = "Bilirubin"
}
},
DataType = "ST",
Value = "1+",
Units = "No units",
ReferenceRange = "Negative",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "KETO",
Description = "Ketones"
},
Lonic = new Code()
{
Term = "2514-8",
Description = "Ketones"
}
},
DataType = "ST",
Value = "1+",
Units = "No units",
ReferenceRange = "Negative",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "SPECGRA",
Description = "Specific Gravity"
},
Lonic = new Code()
{
Term = "5811-5",
Description = "Specific Gravity"
}
},
DataType = "NM",
Value = "1.034",
Units = "No units",
ReferenceRange = "1.003-1.035",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "PH",
Description = "pH"
},
Lonic = new Code()
{
Term = "5803-2",
Description = "pH"
}
},
DataType = "NM",
Value = "8.3",
Units = "No units",
ReferenceRange = "5.0-8.0",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "PROT",
Description = "Protein"
},
Lonic = new Code()
{
Term = "20454-5",
Description = "Protein"
}
},
DataType = "ST",
Value = "2+",
Units = "No units",
ReferenceRange = "Negative",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "UROB",
Description = "Urobilinogen"
},
Lonic = new Code()
{
Term = "5818-0",
Description = "Urobilinogen"
}
},
DataType = "NM",
Value = "0.7",
Units = "mg/dL",// mg/dL, mg/dL, UCUM
ReferenceRange = "0.1-1.0",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "NITR",
Description = "Nitrites"
},
Lonic = new Code()
{
Term = "5802-4",
Description = "Nitrites"
}
},
DataType = "ST",
Value = "Positive",
Units = "No units",
ReferenceRange = "Negative",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "HB",
Description = "Haemoglobin"
},
Lonic = new Code()
{
Term = "5794-3",
Description = "Haemoglobin"
}
},
DataType = "ST",
Value = "2+",
Units = "No units",
ReferenceRange = "Negative",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "LEUCOEST",
Description = "Leucocyte Esterase"
},
Lonic = new Code()
{
Term = "5799-2",
Description = "Leucocyte Esterase"
}
},
DataType = "ST",
Value = "Positive",
Units = "No units",
ReferenceRange = "Negative",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "WBC",
Description = "White blood cell count"
},
Lonic = new Code()
{
Term = "30405-5",
Description = "White blood cell count"
}
},
DataType = "NR",
Value = "10^25",
Units = "Erythrocytes/hpf",//??, ??, UCUM
ReferenceRange = "None seen",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "RBC",
Description = "Red blood cell count"
},
Lonic = new Code()
{
Term = "30391-7",
Description = "Red blood cell count"
}
},
DataType = "SN",
Value = ">^60",
Units = "Leucocytes/hpf",//??, ??, UCUM
ReferenceRange = "None seen",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "RBCM",
Description = "Red blood cell morphology"
},
Lonic = new Code()
{
Term = "53974-2",
Description = "Red blood cell morphology"
}
},
DataType = "ST",
Value = "crenated",
Units = "No units",
ReferenceRange = null,
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "EPITH",
Description = "Epithelial cells"
},
Lonic = new Code()
{
Term = "30383-4",
Description = "Epithelial cells"
}
},
DataType = "NR",
Value = "1^5",
Units = "Epithelial cells/hpf",//??, ??, UCUM
ReferenceRange = "None seen",
AbnormalFlag = "A",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CASTS",
Description = "Casts present"
},
Lonic = new Code()
{
Term = "24124-0",
Description = "Casts"
}
},
DataType = "ST",
Value = "None seen",
Units = "Casts/hpf", //??, ??, UCUM
ReferenceRange = "None seen",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CRYST",
Description = "Crystals"
},
Lonic = new Code()
{
Term = "49755-2",
Description = "Crystals"
}
},
DataType = "ST",
Value = "None seen",
Units = "Crystals/hpf", //??, ??, UCUM
ReferenceRange = "None seen",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CULTURE",
Description = "Culture result/Organism"
},
Lonic = new Code()
{
Term = "630-4",
Description = "Bacteria identified"
}
},
DataType = "ST",
Value = "Escherichia coli 20,000 cfu/mL",
Units = null,
ReferenceRange = "No growth",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "Amikacin",
Description = "Amikacin"
},
Lonic = new Code()
{
Term = "18860-7",
Description = "Amikacin"
}
},
DataType = "ST",
Value = "I",
Units = null,
ReferenceRange = null,
AbnormalFlag = "I",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "Amoxicillin",
Description = "Amoxicillin"
},
Lonic = new Code()
{
Term = "18861-5",
Description = "Amoxicillin"
}
},
DataType = "ST",
Value = "I",
Units = null,
ReferenceRange = null,
AbnormalFlag = "I",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "Cefuroxime",
Description = "Cefuroxime"
},
Lonic = new Code()
{
Term = "18862-3",
Description = "Cefuroxime"
}
},
DataType = "ST",
Value = "R",
Units = null,
ReferenceRange = null,
AbnormalFlag = "R",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "Gentamicin",
Description = "Gentamicin"
},
Lonic = new Code()
{
Term = "18928-2",
Description = "Gentamicin"
}
},
DataType = "ST",
Value = "S",
Units = null,
ReferenceRange = null,
AbnormalFlag = "S",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "Co-trimoxazole",
Description = "Co-trimoxazole"
},
Lonic = new Code()
{
Term = "18998-5",
Description = "Co-trimoxazole"
}
},
DataType = "ST",
Value = "R",
Units = null,
ReferenceRange = null,
AbnormalFlag = "R",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "Trimethoprim",
Description = "Trimethoprim"
},
Lonic = new Code()
{
Term = "18997-7",
Description = "Trimethoprim"
}
},
DataType = "ST",
Value = "I",
Units = null,
ReferenceRange = null,
AbnormalFlag = "I",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTERP",
Description = "Interpretation"
},
Lonic = null
},
DataType = "ST",
Value = "Previous treatment with trimethoprim ineffective for recurring E. coli infection. Suggest\\.br\\" +
"intramuscular injection 160 mg gentamicin QD 14 days.",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 08, 02, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 08, 02, 07, 43, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 08, 02, 09, 03, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 08, 02, 10, 50, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetTessaCITIZEN(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000004",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Coagulation & Thrombosis Clinic",
Identifier = new Identifier()
{
Value = "264C8EF6-868F-49B0-A532-B47D03F1A8D7",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "283530KX"),
ClinicalNotes = "Warfarin 6mg per day, Family Hx Diabetes",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetBillHaematologist()
}
},
PdfFileName = "Exemplar Report FBC v1.6.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1978881888",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "FBC", Description = "Full blood count"
},
Snomed = new Code()
{
Term = "26604007", Description = "Full blood count"
}
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Hematology,
ReportingPathologist = ProviderFactory.GetMarissaPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "HB",
Description = "Hemoglobin"
},
Lonic = new Code()
{
Term = "718-7",
Description = "Hemoglobin"
}
},
DataType = "NM",
Value = "146",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "135-165",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "HCT",
Description = "Haematocrit"
},
Lonic = new Code()
{
Term = "4544-3",
Description = "Haematocrit"
}
},
DataType = "NM",
Value = "0.47",
Units = "L/L", // L/L, L/L, UCUM
ReferenceRange = "0.40-0.51",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "RCC",
Description = "Red cell count"
},
Lonic = new Code()
{
Term = "789-8",
Description = "Red Cell Count"
}
},
DataType = "NM",
Value = "4.8",
Units = "10^12/L",// 10*12/L, 10*12/L, UCUM
ReferenceRange = "4.0-5.8",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "MCV",
Description = "MCV"
},
Lonic = new Code()
{
Term = "787-2",
Description = "Mean Cell Volume"
}
},
DataType = "NM",
Value = "97",
Units = "fL",// fl, fl, UCUM
ReferenceRange = "80-100",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "MCH",
Description = "MCH"
},
Lonic = new Code()
{
Term = "785-6",
Description = "Mean cell haemoglobin"
}
},
DataType = "NM",
Value = "30",
Units = "pg",// pg, pg, UCUM
ReferenceRange = "27-36",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "PLT",
Description = "Platelet count"
},
Lonic = new Code()
{
Term = "777-3",
Description = "Platelet count"
}
},
DataType = "NM",
Value = "278",
Units = "10^9/L",// 10*9/L, 10*9/L, UCUM
ReferenceRange = "150-400",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "WCC",
Description = "White cell count"
},
Lonic = new Code()
{
Term = "6690-2",
Description = "White cell count"
}
},
DataType = "NM",
Value = "8.6",
Units = "10^9/L",// 10*9/L, 10*9/L, UCUM
ReferenceRange = "4.0-11.4",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "LYMP",
Description = "Lymphocytes"
},
Lonic = new Code()
{
Term = "26474-7",
Description = "Lymphocytes"
}
},
DataType = "NM",
Value = "1.6",
Units = "10^9/L",// 10*9/L, 10*9/L, UCUM
ReferenceRange = "1.0-4.0",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "NEUT",
Description = "Neutrophils"
},
Lonic = new Code()
{
Term = "26499-4",
Description = "Neutrophils"
}
},
DataType = "NM",
Value = "2.9",
Units = "10^9/L",// 10*9/L, 10*9/L, UCUM
ReferenceRange = "1.8-7.2",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "EOS",
Description = "Eosinophils"
},
Lonic = new Code()
{
Term = "26449-9",
Description = "Eosinophils"
}
},
DataType = "NM",
Value = "0.2",
Units = "10^9/L",// 10*9/L, 10*9/L, UCUM
ReferenceRange = "0.0-0.5",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "MONO",
Description = "Monocytes"
},
Lonic = new Code()
{
Term = "26484-6",
Description = "Monocytes"
}
},
DataType = "NM",
Value = "0.4",
Units = "10^9/L",// 10*9/L, 10*9/L, UCUM
ReferenceRange = "0.1-1.0",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "BASO",
Description = "Basophils"
},
Lonic = new Code()
{
Term = "26444-0",
Description = "Basophils"
}
},
DataType = "NM",
Value = "0.03",
Units = "10^9/L",// 10*9/L, 10*9/L, UCUM
ReferenceRange = "0.0-0.20",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTER",
Description = "Interpretation"
},
Lonic = new Code()
{
Term = "18314-5",
Description = "Blood film examination"
}
},
DataType = "ST",
Value = "All haematology parameters are within normal limits for age and sex.",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 11, 08, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 11, 09, 07, 40, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 11, 09, 09, 05, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 11, 09, 10, 25, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetGordonSEYMOUR(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000002",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Arthritis Clinic",
Identifier = new Identifier()
{
Value = "9FD7F9F2-AB17-4FE7-9954-7FE285287122",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "9316007J"),
ClinicalNotes = "Previous episodes of gout; colchicine 1.2 mg May 2018",
CallBackPhoneNumber = null,
CopyToList = null,
},
PdfFileName = "Exemplar Report EUC v1.6.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1978881856",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
//As of meeting on the 10/11/2020 @ 2:00pm, chnaged this to just Biochemistry - General
Local = new Code()
{
Term = "BGEN", Description = "Biochemistry - General"
},
//Local = new Code() { Term = "EUC", Description = "Electrolytes Urea Creatinine" },
Snomed = null,
//Snomed = new Code() { Term = "444164000", Description = "Urea, electrolytes and creatinine measurement" }
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Chemistry,
ReportingPathologist = ProviderFactory.GetMarioPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "Na",
Description = "Sodium"
},
Lonic = new Code()
{
Term = "2951-2",
Description = "Sodium"
}
},
DataType = "NM",
Value = "138",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "135-142",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "K",
Description = "Potassium"
},
Lonic = new Code()
{
Term = "2823-3",
Description = "Potassium"
}
},
DataType = "NM",
Value = "4.3",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "3.8-4.8",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "Cl",
Description = "Chloride"
},
Lonic = new Code()
{
Term = "2075-0",
Description = "Chloride"
}
},
DataType = "NM",
Value = "107",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "100-110",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "BICARB",
Description = "Bicarbonate"
},
Lonic = new Code()
{
Term = "1963-8",
Description = "Bicarbonate"
}
},
DataType = "NM",
Value = "32",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "25-35",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "UREA",
Description = "Urea"
},
Lonic = new Code()
{
Term = "22664-7",
Description = "Urea"
}
},
DataType = "NM",
Value = "104",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "83-108",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CREAT",
Description = "Creatinine"
},
Lonic = new Code()
{
Term = "14682-9",
Description = "Creatinine"
}
},
DataType = "NM",
Value = "101",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "70-100",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "EGFR",
Description = "Glomerular filtration rate estimated"
},
Lonic = new Code()
{
Term = "50210-4",
Description = "eGFR"
}
},
DataType = "NM",
Value = "113",
Units = "mL/min/1.73m^2",// ???
ReferenceRange = "90-120",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTERP",
Description = "Interpretation"
},
Lonic = null,
},
DataType = "ST",
Value = "Chemistry parameters indicate colchicine treatment effective in managing gout.",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 11, 09, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 11, 09, 08, 45, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 11, 09, 09, 12, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 11, 09, 10, 25, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetIrisREVELSTOKE(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000018",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Infusion Clinic",
Identifier = new Identifier()
{
Value = "48B99BF1-DAD8-42E1-81E6-9FB3475D60E0",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "3226893T"),
ClinicalNotes = "Lethargy, dizziness ? Iron deficient",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetInfusionClinic()
}
},
PdfFileName = "SPIA Exemplar Report Iron studies v0.3.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1978881829",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "IS", Description = "Iron studies"
},
Snomed = new Code()
{
Term = "269820002", Description = "Serum iron tests"
}
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Chemistry,
ReportingPathologist = ProviderFactory.GetMarioPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "FERR",
Description = "Ferritin"
},
Lonic = new Code()
{
Term = "2276-4",
Description = "Ferritin"
}
},
DataType = "NM",
Value = "27",
Units = "ug/L",// ug/L, ug/L, UCUM
ReferenceRange = "30-120",
AbnormalFlag = "L",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "IRON",
Description = "Iron"
},
Lonic = new Code()
{
Term = "14798-3",
Description = "Iron"
}
},
DataType = "NM",
Value = "8.7",
Units = "umol/L",// umol/L, umol/L, UCUM
ReferenceRange = "10.0-30.0",
AbnormalFlag = "L",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "TRANFERR",
Description = "Transferrin"
},
Lonic = new Code()
{
Term = "3034-6",
Description = "Transferrin"
}
},
DataType = "NM",
Value = "4.1",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "2.10-3.80",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "TRANFERRSAT",
Description = "Transferrin saturation"
},
Lonic = new Code()
{
Term = "14801-5",
Description = "Transferrin saturation"
}
},
DataType = "NM",
Value = "14",
Units = "%",// %, %, UCUM
ReferenceRange = "15-45",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTERP",
Description = "Interpretation"
},
Lonic = new Code()
{
Term = "14797-5",
Description = "Iron [Interpretation] in Serum or Plasma"
}
},
DataType = "FT",
Value = "Chemistry parameters are indicative of iron deficiency.",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2020, 09, 19, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2020, 09, 20, 08, 20, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2020, 09, 20, 09, 35, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2020, 09, 22, 11, 15, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetNormanMANNING(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000005",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Metabolic Clinic",
Identifier = new Identifier()
{
Value = "75C38DF6-BE0B-4287-8D46-6395CACAAD7A",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "2359622W"),
ClinicalNotes = "? Hereditary haemochromatosis. Arthritis, increased iron stores",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetGeneticsClinic(),
ProviderFactory.GetBjornGeneticCounsellor()
}
},
PdfFileName = "Exemplar Report Haemochromatosis gene screening v1.5.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1978881777",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "HFE", Description = "Haemochromatosis gene screening"
},
Snomed = new Code()
{
Term = "401085002", Description = "Haemochromatosis gene screening test"
}
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Genetics,
ReportingPathologist = ProviderFactory.GetKondoPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "C28Y",
Description = "C28Y mutation analysis"
},
Lonic = null,
},
DataType = "ST",
Value = "Not Detected",
Units = null,
ReferenceRange = null,
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "H63D",
Description = "H63D mutation analysis"
},
Lonic = null,
},
DataType = "ST",
Value = "Homozygous",
Units = null,
ReferenceRange = null,
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "RES",
Description = "Results"
},
Lonic = null,
},
DataType = "FT",
Value = "Two copies of the p.His63Asp variant were detected in the patient. The p.Cys282Tyr variant was not detected.\\.br\\" +
"The diagnosis of the most common form of HFE-related hereditary haemochromatosis is excluded.\\.br\\",
Units = null,
ReferenceRange = null,
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTER",
Description = "Interpretation"
},
Lonic = null,
},
DataType = "FT",
Value = "Hereditary haemochromatosis (HH) is a recessive genetic disorder of iron metabolism. Greater than 90% of HFE\\.br\\" +
"related hereditary haemochromatosis is associated with homozygosity for p.(Cys282Tyr) (c.845G>A; aka p.C282Y).\\.br\\" +
"Compound heterozygosity for p. (Cys282Tyr) and p. (His63Asp) (c.187C>G; aka p.H63D) may be a risk factor\\.br\\" +
"predisposing to mild to moderate forms of iron overload when in association with other risk factors. Both mutations\\.br\\" +
"are detected by real-time PCR amplification and fluorescent detection of alleles.",
Units = null,
ReferenceRange = null,
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2020, 07, 25, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2020, 07, 25, 18, 20, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2020, 07, 25, 19, 32, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2020, 07, 26, 10, 36, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetGeorgeWHITEWATER(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000016",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Respiratory Clinic",
Identifier = new Identifier()
{
Value = "13A8DC14-A1E9-475C-9B4C-DA19866E020A",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "067709AH"),
ClinicalNotes = "Sore throat & cough, works in hospitality",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetMyPhysio()
}
},
PdfFileName = "Exemplar Report SARS-CoV-2 Serology v0.4.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1978881860",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "COVID2SER", Description = "SARS-CoV-2 Serology"
},
Snomed = new Code()
{
Term = "1454651000168108", Description = "SARS-CoV-2 serology"
}
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Serology,
ReportingPathologist = ProviderFactory.GetBellaPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "COVID2IGA",
Description = "SARS-CoV-2 IgA IF"
},
Lonic = new Code()
{
Term = "95427-1",
Description = "SARS-CoV-2 (COVID-19) IgA IF [Titer]"
}
},
DataType = "NM",
Value = "20",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "COVID2IGM",
Description = "SARS-CoV-2 IgM IF"
},
Lonic = new Code()
{
Term = "95429-7",
Description = "SARS-CoV-2 (COVID-19) IgG IF [Titer]"
}
},
DataType = "NM",
Value = "10",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "COVID2IGG",
Description = "SARS-CoV-2 IgG IF"
},
Lonic = new Code()
{
Term = "95428-9",
Description = "SARS-CoV-2 (COVID-19) IgM IF [Titer]"
}
},
DataType = "NM",
Value = "320",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTERP",
Description = "Interpretation"
},
Lonic = null,
},
DataType = "FT",
Value = "These results suggest resolving SARS-CoV-2 infection. For further information please contact the medical virologist on(07) 5454 0387.\\.br\\" +
"virologist on (07) 5454 0387.\\.br\\" +
"\\.br\\" +
"N.B. SARS-Co-V-2 is the cause of coronavirus disease (CoVID-19).\\.br\\" +
"The Immunofluorescent tests used have been evaluated and validated but not yet registered with NATA.\\.br\\" +
"Results have been issued to the serious threat to public health from CoVID-19.\\.br\\" +
"These results have been electronically notified to the Ministry of Health.\\.br\\",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2020, 01, 22, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2020, 01, 22, 16, 32, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2020, 01, 22, 17, 08, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2020, 01, 23, 08, 45, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetGloriaNELSON(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000007",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Allergy Clinic",
Identifier = new Identifier()
{
Value = "B515183F-04DC-4D4B-9417-DD1A6A6A8093",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "1783879L"),
ClinicalNotes = "Moderate reaction to bee sting; asthmatic",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetAllergyClinic(),
ProviderFactory.GetBeulaImmunologist()
}
},
PdfFileName = "Exemplar Report IgE v1.5.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "2078881822",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "ImmunoIgG", Description = "Immunoglobulin E"
},
Snomed = new Code()
{
Term = "41960005", Description = "IgE measurement"
}
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Immunology,
ReportingPathologist = ProviderFactory.GetBertramPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "IMME",
Description = "Immunoglobulin E"
},
Lonic = new Code()
{
Term = "19113-0",
Description = "Immunoglobulin E IgE"
}
},
DataType = "NM",
Value = "620",
Units = "kIU/L",// kIU/L, kIU/L, UCUM
ReferenceRange = "2-300",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTER",
Description = "Interpretation"
},
Lonic = null,
},
DataType = "FT",
Value = "Immunoprotein parameters indicate recent allergic reaction. Specific IgE testing recommended for honey bee and\\.br\\" +
"common wasp venoms, also tryptase levels to identify individual allergen(s).",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 11, 09, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 11, 09, 07, 40, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 11, 09, 08, 17, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 11, 09, 10, 25, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetReaganPHOENIX(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000011",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Cardiology Clinic",
Identifier = new Identifier()
{
Value = "55023B97-61F8-4445-8590-4F18AD68E9AD",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "3243890Y"),
ClinicalNotes = "Knee surgery 12-Sep-19; Increasing weight gain",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetCardiologyClinicSunshineHospital(),
ProviderFactory.GetGBastien()
}
},
PdfFileName = "SPIA Exemplar Report Lipids v1.5.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1978881822",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "LIPIDS", Description = "Lipid profile"
},
Snomed = new Code()
{
Term = "252150008", Description = "Fasting lipid profile"
}
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Chemistry,
ReportingPathologist = ProviderFactory.GetManuelDelPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CHOL",
Description = "Cholesterol"
},
Lonic = new Code()
{
Term = "14647-2",
Description = "Cholesterol"
}
},
DataType = "NM",
Value = "6.2",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "< 5.5",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "HDL",
Description = "HDL cholesterol"
},
Lonic = new Code()
{
Term = "14646-4",
Description = "HDL cholesterol"
}
},
DataType = "NM",
Value = "3.2",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "> 1.2",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "TRIGR",
Description = "Triglycerides random"
},
Lonic = new Code()
{
Term = "14927-8",
Description = "Triglycerides random"
}
},
DataType = "NM",
Value = "2.3",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "< 2.0",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "HDL",
Description = "LDL Cholesterol"
},
Lonic = new Code()
{
Term = "22748-8",
Description = "LDL Cholesterol"
}
},
DataType = "NM",
Value = "2.1",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "< 3.0",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CHRATIO",
Description = "Cholesterol/HDL cholesterol"
},
Lonic = new Code()
{
Term = "32309-7",
Description = "Chol/HDL Ratio"
}
},
DataType = "NM",
Value = "1.9",
Units = null,
ReferenceRange = "< 3.5",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "NHDLC",
Description = "Non HDL Cholesterol"
},
Lonic = new Code()
{
Term = "70204-3",
Description = "Non HDL Cholesterol "
}
},
DataType = "NM",
Value = "2.1",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "< 4.0",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTERP",
Description = "Interpretation"
},
Lonic = new Code()
{
Term = "49262-9",
Description = "Fatty acids pattern Nar [Interp]"
}
},
DataType = "FT",
Value = "Absolute cardiovascular risk assessment should be performed on all adults aged between 45-75\\.br\\" +
"years without existing CVD or not already known to be at increased risk of CVD.\\.br\\" +
"A CBD risk calculator is provided at www.cvdcheck.org.au.",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 09, 23, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 09, 25, 08, 20, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 09, 25, 11, 15, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 09, 26, 10, 00, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetLarissaFERNIE(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000010",
RequestingFacility = new Organisation()
{
Name = "Sunrise Hospital Fertility Clinic",
Identifier = new Identifier()
{
Value = "501970A0-1E1F-40D8-9656-61899527203F",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "951577QT"),
ClinicalNotes = "Primary infertility",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetGeneticCounsellingClinicCoordinator(),
ProviderFactory.GetSarsgaardGeneticCounsellor(),
}
},
PdfFileName = "Exemplar Report Chromosome studies v1.4.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "1978881874",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
Local = new Code()
{
Term = "CHROMOSTUD", Description = "Chromosome studies"
},
Snomed = null
//Snomed = new Code() { Term = "1308381000168103", Description = "Whole blood cytogenetic analysis" }
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Hematology,
ReportingPathologist = ProviderFactory.GetKondoPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "KARYO",
Description = "Cytogenetic karyotyping"
},
Lonic = null
},
DataType = "ST",
Value = "46,X,del(X)(q11.2)",
Units = null,
ReferenceRange = null,
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "RES",
Description = "Results"
},
Lonic = null
},
DataType = "FT",
Value = "An abnormal female result showing a deletion of the long arm of the X-chromosome at band q11.2.\\.br\\" +
"This aberration was observed in all cells analysed.\\.br\\" +
"GTG banded analysis was performed on 5 cells analysed and 10 cells counted at a resolution of 550 bands.",
Units = null,
ReferenceRange = null,
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTERP",
Description = "Interpretation"
},
Lonic = null
},
DataType = "FT",
Value = "Deletions of the long arm of the X-chromosome are associated with a variable phenotype in females. Common\\.br\\" +
"findings include short stature, gonadal dysgenesis and premature ovarian failure. It is likely that this aberration is the\\.br\\" +
"cause of the primary infertility observed in this patient. Genetic counselling is recommended.",
Units = null,
ReferenceRange = null,
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}
public PathologyReportContainer GetReport()
{
var RequestedDate = new DateTimeOffset(2019, 11, 09, 00, 00, 00, TimeSpan.FromHours(10));
var CollectionDateTime = new DateTimeOffset(2019, 11, 09, 07, 40, 00, TimeSpan.FromHours(10));
var SpecimenReceivedDateTime = new DateTimeOffset(2019, 11, 09, 07, 41, 00, TimeSpan.FromHours(10));
var ReportReleaseDateTime = new DateTimeOffset(2019, 11, 10, 07, 45, 00, TimeSpan.FromHours(10));
var ObservationDateTime = ReportReleaseDateTime.Subtract(TimeSpan.FromMinutes(5));
return(new PathologyReportContainer()
{
PathologyReport = new PathologyReport()
{
PerformingLaboratory = LaboratoryFactory.GetPITUSLaboratory(),
Patient = PatientFactory.GetGlennFERNIE(),
Request = new Request()
{
RequestedDate = RequestedDate,
OrderNumber = "00000014",
RequestingFacility = new Organisation()
{
Name = "Sunshine Hospital Emergency Dept",
Identifier = new Identifier()
{
Value = "143569C9-8AFC-4BBD-A663-95079AE10B57",
Type = IdentifierType.GUID
}
},
RequestingApplication = "Best Practice 1.8.5.743",
RequestingProvider = ProviderFactory.GetTrishFamilyDr(MedicareProviderNumber: "873721DH"),
ClinicalNotes = "Recent history uncontrolled diabetes; Shortness of breath",
CallBackPhoneNumber = null,
CopyToList = new List <Provider>()
{
ProviderFactory.GetDiabetesClinicSunshineHospital(),
}
},
PdfFileName = "SPIA Exemplar Report Blood Gases v1.3.pdf",
ReportList = new List <Report>()
{
new Report()
{
ReportId = "2078881880",
CollectionDateTime = CollectionDateTime,
SpecimenReceivedDateTime = SpecimenReceivedDateTime,
ReportReleaseDateTime = ReportReleaseDateTime,
ReportType = new ReportType()
{
//As of meeting on 10/11/2020 @ 2:00PM changed this to only Blood gases
Local = new Code()
{
Term = "BGAS", Description = "Blood gases"
},
Snomed = null
//Local = new Code() { Term = "BGASA", Description = "Blood gas arterial" },
//Snomed = new Code() { Term = "91308007", Description = "Blood gases, arterial measurement" }
},
ReportStatus = ResultStatusType.Final,
Department = DiagnosticService.Chemistry,
ReportingPathologist = ProviderFactory.GetMarioPathologist(),
Panel = new Panel()
{
ResultList = new List <Result>()
{
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "OIF",
Description = "Oxygen inspired fraction"
},
Lonic = new Code()
{
Term = "3151-8",
Description = "Oxygen inspired fraction"
}
},
DataType = "NM",
Value = "0.5",
//Confirmed that units are not required Meeting on the 10/11/2020 @ 2:00PM
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "BTEMP",
Description = "Body temperature"
},
Lonic = new Code()
{
Term = "8310-5",
Description = "Body temperature"
}
},
DataType = "NM",
Value = "37.2",
Units = "Cel", //Cel, Cel, UCUM
ReferenceRange = "36.5-37.5",
AbnormalFlag = "N",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "PHBLOOD",
Description = "pH blood"
},
Lonic = new Code()
{
Term = "2744-1",
Description = "pH arterial"
}
},
DataType = "NM",
Value = "7.50",
Units = "pH",// [pH], pH, UCUM
ReferenceRange = "7.30-7.40",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "PCO2",
Description = "pCO2 arterial"
},
Lonic = new Code()
{
Term = "2019-8",
Description = "pCO2 arterial"
}
},
DataType = "NM",
Value = "30",
Units = "mmHg",// mm[Hg], mmHg, UCUM
ReferenceRange = "32-45",
AbnormalFlag = "L",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "PO2A",
Description = "pO2 arterial"
},
Lonic = new Code()
{
Term = "2019-8",
Description = "pO2 arterial"
}
},
DataType = "NM",
Value = "61",
Units = "mmHg",// mm[Hg], mmHg, UCUM
ReferenceRange = "83-108",
AbnormalFlag = "L",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "OXYCA",
Description = "Oxygen content arterial"
},
Lonic = new Code()
{
Term = "19218-7",
Description = "Oxygen content arterial"
}
},
DataType = "NM",
Value = "89",
Units = "mol/L",// mol/L, mol/L, UCUM
ReferenceRange = "94-98",
AbnormalFlag = "L",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "BICART",
Description = "Bicarbonate blood"
},
Lonic = new Code()
{
Term = "1960-4",
Description = "Bicarbonate arterial"
}
},
DataType = "NM",
Value = "27",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "22-30",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "BEART",
Description = "Base excess blood"
},
Lonic = new Code()
{
Term = "1925-7",
Description = "Base excess arterial"
}
},
DataType = "NM",
Value = "4.1",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "-3.0-3.0",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "OXSART",
Description = "Oxygen saturation arterial"
},
Lonic = new Code()
{
Term = "51733-4 ",
Description = "Oxygen saturation arterial"
}
},
DataType = "NM",
Value = "92",
Units = "%",// %, %, UCUM
ReferenceRange = "94-98",
AbnormalFlag = "L",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "OXSART",
Description = "Sodium blood"
},
Lonic = new Code()
{
Term = "2947-0",
Description = "Sodium blood"
}
},
DataType = "NM",
Value = "137",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "135-145",
AbnormalFlag = "L",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "KBLOOD",
Description = "Potassium blood"
},
Lonic = new Code()
{
Term = "6298-4",
Description = "Potassium blood"
}
},
DataType = "NM",
Value = "3.5",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "3.5-5.2",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CLBLOOD",
Description = "Chloride blood"
},
Lonic = new Code()
{
Term = "2069-3",
Description = "Chloride blood"
}
},
DataType = "NM",
Value = "103",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "95-110",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "UREAB",
Description = "Urea blood"
},
Lonic = new Code()
{
Term = "72903-8",
Description = "Urea blood"
}
},
DataType = "NM",
Value = "4.9",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "3.8-8.5",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CREATB",
Description = "Creatinine blood"
},
Lonic = new Code()
{
Term = "59826-8",
Description = "Creatinine blood"
}
},
DataType = "NM",
Value = "61",
Units = "umol/L",// umol/L, umol/L, UCUM
ReferenceRange = "60-110",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "AGAPB",
Description = "Anion gap blood"
},
Lonic = new Code()
{
Term = "41276-7",
Description = "Anion gap blood"
}
},
DataType = "NM",
Value = "7",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "4-13",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "GLUCB",
Description = "Glucose blood"
},
Lonic = new Code()
{
Term = "15074-8",
Description = "Glucose blood"
}
},
DataType = "NM",
Value = "9.1",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "3.0-7.8",
AbnormalFlag = "H",
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "LACTB",
Description = "Lactate blood "
},
Lonic = new Code()
{
Term = "32693-4",
Description = "Lactate blood "
}
},
DataType = "NM",
Value = "0.8",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "< 1.0",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CAIB",
Description = "Calcium ionised blood"
},
Lonic = new Code()
{
Term = "1994-3",
Description = "Calcium ionised blood"
}
},
DataType = "NM",
Value = "1.15",
Units = "mmol/L",// mmol/L, mmol/L, UCUM
ReferenceRange = "1.15-1.32",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "HBCALC",
Description = "Haemoglobin calculated"
},
Lonic = new Code()
{
Term = "20509-6",
Description = "Haemoglobin calculated"
}
},
DataType = "NM",
Value = "148",
Units = "g/L",// g/L, g/L, UCUM
ReferenceRange = "135-180",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "OXYHBART",
Description = "Oxyhaemoglobin arterial"
},
Lonic = new Code()
{
Term = "2714-4",
Description = "Oxyhaemoglobin arterial"
}
},
DataType = "NM",
Value = "98",
Units = "%",// %, %, UCUM
ReferenceRange = "94-98",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "CARBHB",
Description = "Carboxyhaemoglobin"
},
Lonic = new Code()
{
Term = "20563-3",
Description = "Carboxyhaemoglobin"
}
},
DataType = "SN",
Value = "<^0.2",
Units = "%",// %, %, UCUM
ReferenceRange = "< 1.5",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "METHHB",
Description = "Methaemoglobin"
},
Lonic = new Code()
{
Term = "2614-6",
Description = "Methaemoglobin"
}
},
DataType = "NM",
Value = "0.2",
Units = "%",// %, %, UCUM
ReferenceRange = "< 1.1",
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
},
new Result()
{
Type = new ResultType()
{
Local = new Code()
{
Term = "INTERP",
Description = "Interpretation"
},
Lonic = null,
},
DataType = "FT",
Value = "Chemistry parameters are indicative of respiratory alkalosis.",
Units = null,
ReferenceRange = null,
AbnormalFlag = null,
ObservationDateTime = ObservationDateTime,
Status = ResultStatusType.Final,
ChildResultList = null
}
}
}
}
}
}
});
}