NK cells and pre-eclampsia.

The immunological interaction between the mother and fetus has classically been thought of as one between paternal antigen and maternal T cells. However, the MHC antigen expression on human trophoblast and the immune cell populations present in the decidua suggest that this interaction primarily inv...

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Hauptverfasser: Sargent, I, Borzychowski, A, Redman, C
Format: Journal article
Sprache:English
Veröffentlicht: 2007
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author Sargent, I
Borzychowski, A
Redman, C
author_facet Sargent, I
Borzychowski, A
Redman, C
author_sort Sargent, I
collection OXFORD
description The immunological interaction between the mother and fetus has classically been thought of as one between paternal antigen and maternal T cells. However, the MHC antigen expression on human trophoblast and the immune cell populations present in the decidua suggest that this interaction primarily involves decidual NK cells rather than T cells, and this is supported by new functional studies. It is becoming apparent also that the maternal systemic immune response in pregnancy (Th1/Th2 shift) primarily involves NK cells. Aberrant NK cell activation both locally in the decidua and systemically in the maternal blood may be the cause of pre-eclampsia.
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spelling oxford-uuid:ef4e5cdb-4532-4e22-8a00-2c5464d17a4a2022-03-27T11:39:16ZNK cells and pre-eclampsia.Journal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:ef4e5cdb-4532-4e22-8a00-2c5464d17a4aEnglishSymplectic Elements at Oxford2007Sargent, IBorzychowski, ARedman, CThe immunological interaction between the mother and fetus has classically been thought of as one between paternal antigen and maternal T cells. However, the MHC antigen expression on human trophoblast and the immune cell populations present in the decidua suggest that this interaction primarily involves decidual NK cells rather than T cells, and this is supported by new functional studies. It is becoming apparent also that the maternal systemic immune response in pregnancy (Th1/Th2 shift) primarily involves NK cells. Aberrant NK cell activation both locally in the decidua and systemically in the maternal blood may be the cause of pre-eclampsia.
spellingShingle Sargent, I
Borzychowski, A
Redman, C
NK cells and pre-eclampsia.
title NK cells and pre-eclampsia.
title_full NK cells and pre-eclampsia.
title_fullStr NK cells and pre-eclampsia.
title_full_unstemmed NK cells and pre-eclampsia.
title_short NK cells and pre-eclampsia.
title_sort nk cells and pre eclampsia
work_keys_str_mv AT sargenti nkcellsandpreeclampsia
AT borzychowskia nkcellsandpreeclampsia
AT redmanc nkcellsandpreeclampsia