The development of T cells from pluripotent stem cells involves a coordinated series of lineage-commitment steps. Common lymphoid precursors in the fetal liver or adult bone marrow must first choose between a T, B or NK cell fate. Committed T cell precursors in the thymus then differentiate into cells committed to the alphabeta or gammadelta lineages. Recent advances have been made in our understanding of the mechanisms underlying T cell fate specification and alphabeta/gammadelta lineage divergence
AbstractMechanisms of lineage choice represent a challenging problem in developmental biology. Recen...
The cellular differentiation pathway originating from the bone marrow leading to early T lymphocytes...
The development of T cells and B cells from pluripotent hematopoietic precursors occurs through a st...
Two types of T cells, alphabeta and gammadelta, develop in vertebrates. How these two T cell lineage...
The divergence of alphabeta and gammadelta T cells from a common precursor in the thymus is regulate...
Through most of life, multilineage precursor cells undergo commitment to the T cell lineage only aft...
The mechanism of T cell precursor commitment to the gammadelta or alphabeta T cell lineage remains u...
International audienceThe molecular events that initiate lymphoid-lineage specification remain unide...
T cells constitute a heterogenous population of lymphocytes. Their unifying property is that they ex...
Notch-Delta signaling of hematopoietic precursors sets in motion a train of events that activates ex...
T lymphocytes originate from pluripotent precursors and undergo lasting commitment to the T cell dev...
T-cell development from stem cells has provided a highly accessible and detailed view of the regulat...
BACKGROUND: The binding of the T cell receptor (TCR) to major histocompatibility complex (MHC) molec...
T lymphocytes develop primarily in the thymus, where lymphoid progenitors imported from foetal liver...
SummaryThe cellular differentiation pathway originating from the bone marrow leading to early T lymp...
AbstractMechanisms of lineage choice represent a challenging problem in developmental biology. Recen...
The cellular differentiation pathway originating from the bone marrow leading to early T lymphocytes...
The development of T cells and B cells from pluripotent hematopoietic precursors occurs through a st...
Two types of T cells, alphabeta and gammadelta, develop in vertebrates. How these two T cell lineage...
The divergence of alphabeta and gammadelta T cells from a common precursor in the thymus is regulate...
Through most of life, multilineage precursor cells undergo commitment to the T cell lineage only aft...
The mechanism of T cell precursor commitment to the gammadelta or alphabeta T cell lineage remains u...
International audienceThe molecular events that initiate lymphoid-lineage specification remain unide...
T cells constitute a heterogenous population of lymphocytes. Their unifying property is that they ex...
Notch-Delta signaling of hematopoietic precursors sets in motion a train of events that activates ex...
T lymphocytes originate from pluripotent precursors and undergo lasting commitment to the T cell dev...
T-cell development from stem cells has provided a highly accessible and detailed view of the regulat...
BACKGROUND: The binding of the T cell receptor (TCR) to major histocompatibility complex (MHC) molec...
T lymphocytes develop primarily in the thymus, where lymphoid progenitors imported from foetal liver...
SummaryThe cellular differentiation pathway originating from the bone marrow leading to early T lymp...
AbstractMechanisms of lineage choice represent a challenging problem in developmental biology. Recen...
The cellular differentiation pathway originating from the bone marrow leading to early T lymphocytes...
The development of T cells and B cells from pluripotent hematopoietic precursors occurs through a st...