IgK PCR Interpretation

Understand what IgK PCR Interpretation signals

LOINC codes: 104272-0, 21748-9
Commercial laboratory assays: 2

We have not added a physiological summary for this biomarker yet. Compare the commercial laboratory assays and population reference ranges below.

Compare commercial laboratory assays for IgK PCR Interpretation

Check orderable catalog codes, specimen types, fasting requirements, and demographic reference ranges across laboratories.

B-Cell Gene Rearrangements Profile, IGH and IGK

Laboratory: Labcorp
Test code: 481222
Specimen: Blood
Fasting: Not stated
LOINC: 104272-0
Turnaround: 5 - 7 days

Laboratory assay overview

This profile can be used to detect clonal B-cell immunoglobulin heavy chain (IGH) and immunoglobulin k light chain (IGK) gene rearrangements in blood, bone marrow and tissue specimens with combined B-cell clonality detection rate of 99%. The presence of a monoclonal gene rearrangement usually, but not always, reflects the presence of a B-lymphocytic neoplasm, while polyclonal gene rearrangement patterns are found in benign reactive condition. Thus, the results of these studies can assist in the diagnosis of lymphoproliferative disorders.

Labcorp test directory, test code 481222

B-Cell, IGK Gene Rearrangements

Laboratory: Labcorp
Test code: 480812
Specimen: Blood
Fasting: Not stated
LOINC: 21748-9
Turnaround: 5 - 7 days

Laboratory assay overview

This assay can be used to detect clonal immunoglobulin receptor kappa-chain gene rearrangements in blood, bone marrow and tissue specimens with combined B-cell clonality detection rate of 94% to 99%. The presence of a monoclonal gene rearrangement usually, but not always, reflects the presence of a B-lymphocytic neoplasm, while polyclonal gene rearrangement patterns are found in benign reactive conditions. Thus, the results of these studies can assist in the diagnosis of lymphoproliferative disorders.

Labcorp test directory, test code 480812

Verify these ranges and sources

We compile every detail above directly from named laboratory directories and published clinical studies. Laboratories calculate standard reference intervals from the statistical distribution of tested populations for a specific assay method and demographic group, rather than setting universal optimal targets.

Always review your personal lab results with a licensed clinician, or track your lab history and health goals in Aumnivida.

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