AbstractReceptor editing is a means by which immature bone marrow B cells can become self-tolerant. Rearrangements of heavy (H) and/or light (L) chain genes are induced by encounter with autoantigens to change the specificity from self to nonself. We have developed site-directed transgenic mice (sd-tg) whose transgenes code for the H chain of antibodies that bind DNA. B cells that express the transgenic H chain associate mainly with four of the 93 functional Vκ genes of the mouse. Numerous aspartate residues that might inhibit DNA binding by the VH domain distinguish these L chain Vκ sequences, but engaging these Vκ editors often requires multiple rearrangements. Among the edited B cells is a subset of multispecific cells that express multi...
Antibody diversity is generated through the random recombination of immunoglobulin gene segments. A...
Antibody diversity is generated through the random recombination of immunoglobulin gene segments. As...
During B lymphopoiesis, B cell progenitors progress through alternating and mutually exclusive stage...
AbstractReceptor editing is a means by which immature bone marrow B cells can become self-tolerant. ...
AbstractWe have generated site-directed transgenic mice whose transgenes code for anti-DNA antibodie...
AbstractMice carrying transgenic rearranged V region genes in their IgH and Igκ loci to encode an au...
AbstractWe have generated a site-directed transgenic (sd-tg) mouse model in which the JH locus has b...
AbstractThe degree of heavy chain (H) editing, the types of Vκ editors, and the pattern of Jκ usage ...
Natural autoreactive B cells are important mediators of autoimmune diseases. Receptor editing is kno...
Antibody gene rearrangements can continue despite the presence of productively rearranged heavy and ...
Antibody heavy chain gene rearrangement occurs in some B cells that harbor a productive heavy chain ...
<div><p>Natural autoreactive B cells are important mediators of autoimmune diseases. Receptor editin...
The immune system generates a diverse repertoire of B cells that recognize foreign antigens (Ags) to...
In normal B cell development, a large percentage of newly formed cells bear receptors with high leve...
SELF-REACTIVE B cells can be regulated by either deletion or inactivation 1. These manifestations o...
Antibody diversity is generated through the random recombination of immunoglobulin gene segments. A...
Antibody diversity is generated through the random recombination of immunoglobulin gene segments. As...
During B lymphopoiesis, B cell progenitors progress through alternating and mutually exclusive stage...
AbstractReceptor editing is a means by which immature bone marrow B cells can become self-tolerant. ...
AbstractWe have generated site-directed transgenic mice whose transgenes code for anti-DNA antibodie...
AbstractMice carrying transgenic rearranged V region genes in their IgH and Igκ loci to encode an au...
AbstractWe have generated a site-directed transgenic (sd-tg) mouse model in which the JH locus has b...
AbstractThe degree of heavy chain (H) editing, the types of Vκ editors, and the pattern of Jκ usage ...
Natural autoreactive B cells are important mediators of autoimmune diseases. Receptor editing is kno...
Antibody gene rearrangements can continue despite the presence of productively rearranged heavy and ...
Antibody heavy chain gene rearrangement occurs in some B cells that harbor a productive heavy chain ...
<div><p>Natural autoreactive B cells are important mediators of autoimmune diseases. Receptor editin...
The immune system generates a diverse repertoire of B cells that recognize foreign antigens (Ags) to...
In normal B cell development, a large percentage of newly formed cells bear receptors with high leve...
SELF-REACTIVE B cells can be regulated by either deletion or inactivation 1. These manifestations o...
Antibody diversity is generated through the random recombination of immunoglobulin gene segments. A...
Antibody diversity is generated through the random recombination of immunoglobulin gene segments. As...
During B lymphopoiesis, B cell progenitors progress through alternating and mutually exclusive stage...