MLC (HLA‐D) Typing: A Family Study
- 1 November 1977
- journal article
- research article
- Published by Wiley in Tissue Antigens
- Vol. 10 (5) , 379-393
- https://doi.org/10.1111/j.1399-0039.1977.tb00774.x
Abstract
The genetics of five HLA—D specificities (Dw1, Dw2, Dw3, Dw4 and Dw6) have been assessed in 21 normal families with four or more children. The HLA—D traits, as defined by typing response against homozygous typing cells, normally behave as dominant characters. The data support the concept of allelic factors. The logical flaw in the basic algorithm of MLC typing (HLA—D typing), i.e. to draw positive conclusions from negative observations, has been amply reinforced in the following studies. Five assignments could not be verified genetically under the assumption of dominant traits. Homozygous lack of specific response genes is among the mechanisms proposed as a cause for the phenomenon which has not yet been fully explained. The estimated magnitude of the frequency of false assignments is approximately 10%.This publication has 20 references indexed in Scilit:
- Detection of the third phosphoglucomutase locus (PGM3) in human leucocytesHereditas, 2009
- HLA-D Typing by Homozygous Typing CellsTissue Antigens, 2008
- Report from a Post-Workshop Exchange of HLA-D Typing CellsTissue Antigens, 2008
- Bf Maps between the HLA-A and D LociTissue Antigens, 2008
- Three LD (MLC) Determinants. A Danish Population StudyTissue Antigens, 2008
- Identification of Five Lymphocyte Activating Determinants in ManTissue Antigens, 1975
- The Serological Recognition of the Human MLC Determinants using a Modified Cytotoxicity TechniqueTissue Antigens, 1975
- Joint Report from a Mixed Lymphocyte Culture WorkshopTissue Antigens, 1974
- The mixed-leukocyte reaction in man: Effect of pools of stimulating cells selected on the basis of crossreacting HL-A specificitiesCellular Immunology, 1974
- Ragweed Hay Fever: Genetic Control and Linkage to HL-A HaplotypesScience, 1972