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PROTECT-CHILD Pediatric Transplant Data Implementation Guide
0.1.0-ci-build -

PROTECT-CHILD Pediatric Transplant Data Implementation Guide
0.1.0-ci-build - ci-build

PROTECT-CHILD Pediatric Transplant Data Implementation Guide, published by Protect Child. This guide is not an authorized publication; it is the continuous build for version 0.1.0-ci-build built by the FHIR (HL7® FHIR® Standard) CI Build. This version is based on the current content of https://github.com/hl7-eu/protect-child/ and changes regularly. See the Directory of published versions

ConceptMap: DM immunological_data columns → FHIR codes (Experimental)

Official URL: https://hl7.eu/fhir/ig/hl7.eu.fhir.protect-child/ConceptMap/dm-immunological-data-to-fhir Version: 0.1.0-ci-build
Draft as of 2026-09-28 Computable Name: DmImmunologicalDataToFhir

Maps each result column of the DMv1.2 immunological_data table to the code of the resource it becomes. The row itself becomes an ImmunologicalDataReport, and the biopsy columns a GraftBiopsy carrying the same immunological_data_id. Three columns have no code of their own: if becomes GraftBiopsy.conclusion, c4d becomes C4dStain.note, and the free text of pre_transplant_anti_hla_dsa becomes AntiHlaAntibodyScreen.note. The HLA columns are marked wider because each maps to a locus code shared by both allele columns: one Observation per allele replaces the ordered pair of slots.

Mapping from PROTECT-CHILD DM immunological_data variables to (not specified)


Group 1 Mapping from PROTECT-CHILD Data Model Variables to Logical Observation Identifiers, Names and Codes (LOINC)

Source CodeRelationshipTarget CodeComment
immunological_data.blood_groupis equivalent to883-9 (ABO group [Type] in Blood)BloodGroupObservation.code
immunological_data.rh_factoris equivalent to10331-7 (Rh [Type] in Blood)BloodGroupObservation.code
immunological_data.hla_a_1maps to wider concept13298-5 (HLA-A [Type])HlaTyping.code. One Observation per allele: hla_a_1 and hla_a_2 become two HlaTyping resources with the same code, since HLA alleles are not ordered. Use 57290-9 or 78014-8 where the typing resolution is known.
immunological_data.hla_a_2maps to wider concept13298-5 (HLA-A [Type])HlaTyping.code. See hla_a_1.
immunological_data.hla_b_1maps to wider concept13299-3 (HLA-B [Type])HlaTyping.code. Use 57291-7 or 78015-5 where the resolution is known.
immunological_data.hla_b_2maps to wider concept13299-3 (HLA-B [Type])HlaTyping.code. See hla_b_1.
immunological_data.hla_c_1maps to wider concept13302-5 (HLA-C [Type])HlaTyping.code. Use 77636-9 or 96636-6 where the resolution is known.
immunological_data.hla_c_2maps to wider concept13302-5 (HLA-C [Type])HlaTyping.code. See hla_c_1.
immunological_data.hla_drb1_1maps to wider concept57298-2 (HLA-DRB1 [Type])HlaTyping.code. Use 57293-3 or 96664-8 where the resolution is known.
immunological_data.hla_drb1_2maps to wider concept57298-2 (HLA-DRB1 [Type])HlaTyping.code. See hla_drb1_1.
immunological_data.hla_dp_1maps to wider concept12285-3 (HLA-DP [Type])HlaTyping.code. The DM values are DPB1 alleles at an unrecorded resolution, so the ambiguous DP code is the safe migration target; new data SHOULD use 59017-4 (DPB1 high resolution) or 96648-1 (low resolution).
immunological_data.hla_dp_2maps to wider concept12285-3 (HLA-DP [Type])HlaTyping.code. See hla_dp_1.
immunological_data.hla_dqb1_1maps to wider concept53938-7 (HLA-DQB1 [Type])HlaTyping.code. Use 57299-0 or 78017-1 where the resolution is known.
immunological_data.hla_dqb1_2maps to wider concept53938-7 (HLA-DQB1 [Type])HlaTyping.code. See hla_dqb1_1.
immunological_data.anti_hla_antibodiesis equivalent to44534-6 (HLA Ab [Presence] in Serum)AntiHlaAntibodyScreen.code. The DM boolean becomes a Positive or Negative result, so a negative screen is recorded rather than inferred from absence.
immunological_data.pre_transplant_anti_hla_dsanarrower107913-6 (HLA-A and B and C (class I) and HLA-DP and DQ and DR (class II) Ab.IgG donor specific [Presence] in Serum or Plasma)AntiHlaAntibodyScreen.code, with the DM free text in AntiHlaAntibodyScreen.note.
immunological_data.antibody_typenarrower107914-4 (HLA-A and B and C (class I) and HLA-DP and DQ and DR (class II) Ab.IgG donor specific [Identifier] in Serum or Plasma)AntiHlaAntibody.code; the target HLA specificity becomes AntiHlaAntibody.valueString, one Observation per antibody. Use 98006-0 for an antibody that is not donor-specific.
immunological_data.ihc_if_c4dis equivalent to49461-7 (C4d Ag [Presence] in Tissue by Immune stain)C4dStain.code. The DM boolean maps to BanffC4dScoreCS c4d-0 (false) or c4d-1..c4d-3 (true).
immunological_data.ancais equivalent to17351-8 (Neutrophil cytoplasmic Ab [Presence] in Serum)AncaObservation.code. The DM boolean becomes Positive or Negative.

Group 2 Mapping from PROTECT-CHILD Data Model Variables to Immunological Data Component Codes

Source CodeRelationshipTarget CodeComment
immunological_data.post_transplant_ab_anti_hla_dsa_classis equivalent tohla-class (HLA class of the antibody)AntiHlaAntibody.component[hla_class].code. LOINC has no component code for antibody class.
immunological_data.mfiis equivalent tomfi-category (MFI band)AntiHlaAntibody.component[mfi_category].code. The measured MFI, where the laboratory reports it, goes in component[mfi_value].

Group 3 Mapping from PROTECT-CHILD Data Model Variables to Graft Pathology Codes

Source CodeRelationshipTarget CodeComment
immunological_data.banff_categoryis equivalent tobanff-category (Banff diagnostic category)BanffAssessment.code, on the GraftBiopsy built from the same DM row. Neither LOINC nor SNOMED CT carries the Banff classification.