AbstractTight junctions contribute to the paracellular barrier, the fence dividing plasma membranes, and signal transduction, acting as a multifunctional complex in vertebrate epithelial and endothelial cells. The identification and characterization of the transmembrane proteins of tight junctions, claudins, junctional adhesion molecules (JAMs), occludin and tricellulin, have led to insights into the molecular nature of tight junctions. We provide an overview of recent progress in studies on these proteins and highlight their roles and regulation, as well as their functional significance in human diseases
Tight junctions are intercellular junctions adjacent to the lateral end of the apical membrane. They...
Tight junctions are multiprotein complexes that form the fundamental physiologic and anatomic barrie...
1. The blood–brain barrier is essential for the maintenance and regulation of the neural microenviro...
A fundamental function of epithelia and endothelia is to separate different compartments within the ...
Formation of tissue barriers by epithelial and endothelial cells requires neighbouring cells to inte...
Epithelia and endothelia separate different tissue compartments and protect multicellular organisms ...
Understanding of tight junctions has evolved from their historical perception as inert solute barrie...
10.1152/ajpcell.00558.2003.—Multicellular organisms are separated from the ex-ternal environment by ...
AbstractThe claudins have recently been identified as a large family of transmembrane proteins locat...
Background: Tight junctions are an intercellular adhesion complex of epithelial and endothelial cell...
AbstractClaudins are tetraspan transmembrane proteins of tight junctions. They determine the barrier...
AbstractTight junctions are the most apical organelle of the apical junctional complex and are prima...
For a long time, the tight junction (TJ) was known to form and regulate the paracellular barrier bet...
For a long time, the tight junction (TJ) was known to form and regulate the paracellular barrier bet...
AbstractThe tight junction forms a barrier that limits paracellular movement of water, ions, and mac...
Tight junctions are intercellular junctions adjacent to the lateral end of the apical membrane. They...
Tight junctions are multiprotein complexes that form the fundamental physiologic and anatomic barrie...
1. The blood–brain barrier is essential for the maintenance and regulation of the neural microenviro...
A fundamental function of epithelia and endothelia is to separate different compartments within the ...
Formation of tissue barriers by epithelial and endothelial cells requires neighbouring cells to inte...
Epithelia and endothelia separate different tissue compartments and protect multicellular organisms ...
Understanding of tight junctions has evolved from their historical perception as inert solute barrie...
10.1152/ajpcell.00558.2003.—Multicellular organisms are separated from the ex-ternal environment by ...
AbstractThe claudins have recently been identified as a large family of transmembrane proteins locat...
Background: Tight junctions are an intercellular adhesion complex of epithelial and endothelial cell...
AbstractClaudins are tetraspan transmembrane proteins of tight junctions. They determine the barrier...
AbstractTight junctions are the most apical organelle of the apical junctional complex and are prima...
For a long time, the tight junction (TJ) was known to form and regulate the paracellular barrier bet...
For a long time, the tight junction (TJ) was known to form and regulate the paracellular barrier bet...
AbstractThe tight junction forms a barrier that limits paracellular movement of water, ions, and mac...
Tight junctions are intercellular junctions adjacent to the lateral end of the apical membrane. They...
Tight junctions are multiprotein complexes that form the fundamental physiologic and anatomic barrie...
1. The blood–brain barrier is essential for the maintenance and regulation of the neural microenviro...