A panel of T cell receptor V beta specific monoclonal antibodies was used to analyse V beta gene usage at different sites in human postnatal and fetal intestine. In normal small intestine, at a single site, different patients showed expansion of T cells expressing individual V beta s. Lamina propria and epithelial T cells from the same patient showed overlapping but not identical V beta dominance. V beta dominance was also shown in the T cells of the colonic lamina propria. Analysis of two separate regions of intestine from the same patient (5-100 cm apart) showed that T cells expressing a dominant V beta region were often present at both sites. In most patients, however, major biases in T cell V beta usage (two to 12-fold variation) were a...
An increasing body of evidence suggests that certain T cell subsets mature extrathymically in the ep...
An increasing body of evidence suggests that certain T cell subsets mature extrathymically in the ep...
The cellular landscape of the human intestinal tract is dynamic throughout life, developing in utero...
Relative levels of expression of T cell receptor variable (V) beta and joining (J) beta gene segment...
The majority of T cells in the human and mouse intestine express the T-cell receptor (TCR) as an alp...
The diversity of the T cell receptor repertoire is generated through rearrangement of the variable, ...
A panel of monoclonal antibodies was used to compare T cell and accessory cell subpopulations within...
The intestinal population of gamma delta T cell receptor (TCR)-bearing cells was characterized with ...
The intestinal population of gamma delta T cell receptor (TCR)-bearing cells was characterized with ...
The human T cell compartment is a complex system and while some information is known on repertoire c...
Crohn's disease represents part of a spectrum of inflammatory bowel diseases characterized by i...
We examine the rules governing Ti beta variable (V) gene segment usage in the formation of T cell an...
We have previously reported a preferential usage of V delta 1/V gamma 8 on TCR-gamma-delta-bearing i...
We have previously reported a preferential usage of V delta 1/V gamma 8 on TCR-gamma-delta-bearing i...
T-cell receptor (TCR) beta-chain proteins appear early (approximately 15th week of gestation) during...
An increasing body of evidence suggests that certain T cell subsets mature extrathymically in the ep...
An increasing body of evidence suggests that certain T cell subsets mature extrathymically in the ep...
The cellular landscape of the human intestinal tract is dynamic throughout life, developing in utero...
Relative levels of expression of T cell receptor variable (V) beta and joining (J) beta gene segment...
The majority of T cells in the human and mouse intestine express the T-cell receptor (TCR) as an alp...
The diversity of the T cell receptor repertoire is generated through rearrangement of the variable, ...
A panel of monoclonal antibodies was used to compare T cell and accessory cell subpopulations within...
The intestinal population of gamma delta T cell receptor (TCR)-bearing cells was characterized with ...
The intestinal population of gamma delta T cell receptor (TCR)-bearing cells was characterized with ...
The human T cell compartment is a complex system and while some information is known on repertoire c...
Crohn's disease represents part of a spectrum of inflammatory bowel diseases characterized by i...
We examine the rules governing Ti beta variable (V) gene segment usage in the formation of T cell an...
We have previously reported a preferential usage of V delta 1/V gamma 8 on TCR-gamma-delta-bearing i...
We have previously reported a preferential usage of V delta 1/V gamma 8 on TCR-gamma-delta-bearing i...
T-cell receptor (TCR) beta-chain proteins appear early (approximately 15th week of gestation) during...
An increasing body of evidence suggests that certain T cell subsets mature extrathymically in the ep...
An increasing body of evidence suggests that certain T cell subsets mature extrathymically in the ep...
The cellular landscape of the human intestinal tract is dynamic throughout life, developing in utero...