Thymopoiesis is a complex and highly dynamic process. It involves reciprocal tissue interactions between epithelial cells derived from the endoderm of the anterior foregut and neural crest-derived mesenchyme to form the thymic rudiment. This organ anlage attracts thymocyte progenitors and supports their differentiation and functional maturation into a self-tolerant diverse repertoire of T cells. In recent years, a more detailed picture of the molecular mechanisms determining the formation of the thymic rudiment and those controlling the maturation of the epithelial compartment has emerged and these are briefly summarized here. This review also addresses new experimental approaches toward a better understanding of thymopoiesis and discusses ...
T-lymphocyte development takes place mainly in the thymus, where stromal cells of epithelial and hae...
The thymus plays a crucial role in the development of T lymphocytes by providing an inductive microe...
The thymus is essential for the generation of self-tolerant effector and regulatory T cells. Intrath...
Thymopoiesis is a complex and highly dynamic process. It involves reciprocal tissue interactions bet...
The mature thymic epithelium is complex, with two major compartments — the cortex and the medulla —...
Haematopoietic precursors have to undergo a complex series of maturational steps in the thymus befor...
The thymus is a primary lymphoid organ constituted by a 3D epithelial network that provides a specia...
The thymus is unique in its ability to support the maturation of phenotypically and functionally dis...
The thymus is unique in its ability to support the maturation of phenotypically and functionally dis...
The thymus is a complex cellular structure made up of several interdependent cell types and is the p...
The thymus is a complex cellular structure made up of several interdependent cell types and is the p...
<div><p>(A) A simplified model of thymocyte migration includes two compartments. On the left is depi...
AbstractT cell differentiation and repertoire selection depend critically on several distinct thymic...
Despite the importance of thymic stromal cells to T-cell development, relatively little is known abo...
textabstractThe thymus is the central site of T-cell development and thus is of fundamental importan...
T-lymphocyte development takes place mainly in the thymus, where stromal cells of epithelial and hae...
The thymus plays a crucial role in the development of T lymphocytes by providing an inductive microe...
The thymus is essential for the generation of self-tolerant effector and regulatory T cells. Intrath...
Thymopoiesis is a complex and highly dynamic process. It involves reciprocal tissue interactions bet...
The mature thymic epithelium is complex, with two major compartments — the cortex and the medulla —...
Haematopoietic precursors have to undergo a complex series of maturational steps in the thymus befor...
The thymus is a primary lymphoid organ constituted by a 3D epithelial network that provides a specia...
The thymus is unique in its ability to support the maturation of phenotypically and functionally dis...
The thymus is unique in its ability to support the maturation of phenotypically and functionally dis...
The thymus is a complex cellular structure made up of several interdependent cell types and is the p...
The thymus is a complex cellular structure made up of several interdependent cell types and is the p...
<div><p>(A) A simplified model of thymocyte migration includes two compartments. On the left is depi...
AbstractT cell differentiation and repertoire selection depend critically on several distinct thymic...
Despite the importance of thymic stromal cells to T-cell development, relatively little is known abo...
textabstractThe thymus is the central site of T-cell development and thus is of fundamental importan...
T-lymphocyte development takes place mainly in the thymus, where stromal cells of epithelial and hae...
The thymus plays a crucial role in the development of T lymphocytes by providing an inductive microe...
The thymus is essential for the generation of self-tolerant effector and regulatory T cells. Intrath...