In previous work we have found that partially purified 125I-labeled anti H-2 antibody is localized in the placenta when injected i.v. into females pregnant by males bearing the target haplotype. This led to the concept that the placenta is an H-2 antigen-bearing immunoabsorbent barrier between mother and fetus. In this report we have used an anti-H-2Kk monoclonal antibody of the IgG2a subclass, also labeled with 125I, to verify this concept, as well as to improve the genetic definition of the immunoabsorbent antigen. In addition we have prepared F(ab\u27)2 fragments of this antibody, and these also show the immunoabsorbent effect. This indicates that transport into fetally derived tissues via Fc binding is not a prerequisite for r...
The human fetus acquires maternal IgG via the chorioallantoic placenta. Utilising antibodies against...
The successful maternal tolerance of the semi-allogeneic fetus provides an apparent immunologic para...
International audienceIn humans, maternal IgGs are transferred to the fetus from the second trimeste...
A partially purified 125I-labeled antibody directed against the murine major histocompatibility comp...
Immune mechanisms underlying the non-rejection of the allogeneic fetus and the placenta were investi...
Experiments in the past have indicated that both human and rodent females undergo immune recognition...
of the human placenta revealed the presence of IgG on the trophoblastic basement membrane (TBM) whic...
Mammalian pregnancy is an immunological paradox. The foetus, which expresses both paternal and mater...
The foetus is dependent on its mother for passive immunity involving receptor-mediated specific tran...
The human IgG subclasses are a family of highly related yet distinct molecules. Each of these four s...
SIGLEAvailable from British Library Document Supply Centre- DSC:D61038 / BLDSC - British Library Doc...
The fetal semi-allograft can induce expansion and tolerance of antigen-specific maternal T and B cel...
AbstractProducts of the major histocompatibility complex (H-2) are important in allograph rejection....
The human fetus is donated passive immunity, via the placenta, in the form of maternal IgG class ant...
The transfer of maternal γ-globulin (IgG) provides the neonate with humoral immunity during early li...
The human fetus acquires maternal IgG via the chorioallantoic placenta. Utilising antibodies against...
The successful maternal tolerance of the semi-allogeneic fetus provides an apparent immunologic para...
International audienceIn humans, maternal IgGs are transferred to the fetus from the second trimeste...
A partially purified 125I-labeled antibody directed against the murine major histocompatibility comp...
Immune mechanisms underlying the non-rejection of the allogeneic fetus and the placenta were investi...
Experiments in the past have indicated that both human and rodent females undergo immune recognition...
of the human placenta revealed the presence of IgG on the trophoblastic basement membrane (TBM) whic...
Mammalian pregnancy is an immunological paradox. The foetus, which expresses both paternal and mater...
The foetus is dependent on its mother for passive immunity involving receptor-mediated specific tran...
The human IgG subclasses are a family of highly related yet distinct molecules. Each of these four s...
SIGLEAvailable from British Library Document Supply Centre- DSC:D61038 / BLDSC - British Library Doc...
The fetal semi-allograft can induce expansion and tolerance of antigen-specific maternal T and B cel...
AbstractProducts of the major histocompatibility complex (H-2) are important in allograph rejection....
The human fetus is donated passive immunity, via the placenta, in the form of maternal IgG class ant...
The transfer of maternal γ-globulin (IgG) provides the neonate with humoral immunity during early li...
The human fetus acquires maternal IgG via the chorioallantoic placenta. Utilising antibodies against...
The successful maternal tolerance of the semi-allogeneic fetus provides an apparent immunologic para...
International audienceIn humans, maternal IgGs are transferred to the fetus from the second trimeste...