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Tight junction proteins in glial tumors development and progression. [PDF]
Front Cell NeurosciMoskal J, Michalak S.
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Miniature rose alleviates inflammatory bowel disease in mice by modulating gut microbiota, inhibiting TLR4, enhancing tight junction proteins, and promoting metabolism. [PDF]
Front MicrobiolWu J, Mao X.
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SIPA1L3 via its PDZ domain inhibits the tight junction-associated AMOT-Patj to promote a malignant phenotype in NSCLC. [PDF]
Medicine (Baltimore)Wang L +4 more
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The molecular structure of the tight junction
Advanced Drug Delivery Reviews, 2000The maintenance of a barrier with controlled permeability is an important characteristic for multi-cellular organisms. In mammalian cells, the tight junction functions in that role allowing compartments with different solute composition to be separate, but not absolutely unconnected.
Lynne A Lapierre
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Current Biology, 1998
ABSTRACT Tight junctions are the most apical intercellular junctions of epithelial and endothelial cells and create a regulatable semipermeable diffusion barrier between individual cells. On a cellular level, they form an intramembrane diffusion fence that restricts the intermixing of apical and basolateral membrane components.
Maria S, Balda, Karl, Matter
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ABSTRACT Tight junctions are the most apical intercellular junctions of epithelial and endothelial cells and create a regulatable semipermeable diffusion barrier between individual cells. On a cellular level, they form an intramembrane diffusion fence that restricts the intermixing of apical and basolateral membrane components.
Maria S, Balda, Karl, Matter
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The making of a tight junction
Journal of Cell Science, 1993ABSTRACT MDCK (epithelial cells from the dog kidney) plated at confluence, establish tight junctions in 12-15 hours through a process that requires protein synthesis, formation of a ring of actin filaments in close contact with the lateral membrane of the cells, calmodulin, and a Ca2+-dependent exocytic fusion of tight junction (TJ ...
M, Cereijido +5 more
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Journal of Dermatological Science, 2003
Tight junctions (=zonulae occludentes, TJs) function as an effective barrier in simple epithelia. Recent developments in the molecular biology of TJs revealed that TJs also exist in the stratum granulosum and contribute to barrier function in epidermis. Furthermore, several TJ-related junctions were identified in epidermis.
Kazumasa, Morita, Yoshiki, Miyachi
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Tight junctions (=zonulae occludentes, TJs) function as an effective barrier in simple epithelia. Recent developments in the molecular biology of TJs revealed that TJs also exist in the stratum granulosum and contribute to barrier function in epidermis. Furthermore, several TJ-related junctions were identified in epidermis.
Kazumasa, Morita, Yoshiki, Miyachi
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American Review of Respiratory Disease, 1988
Abstract Epithelial cells differentiate by polarizing into an apical and a basolateral domain and by forming tight junctions (TJ) that control permeation through the paracellular route. The molecular nature of this structure, as well as the processes of assembly, sealing, and regulation, are not yet fully understood.
M, Cereijido +2 more
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Abstract Epithelial cells differentiate by polarizing into an apical and a basolateral domain and by forming tight junctions (TJ) that control permeation through the paracellular route. The molecular nature of this structure, as well as the processes of assembly, sealing, and regulation, are not yet fully understood.
M, Cereijido +2 more
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Tight junctions of oligodendrocytes
Cell and Tissue Research, 1977Freeze-fracture replicas of the rat corpus callosum revealed prominent junctional strands in fractured cell membranes of the somata of oligodendrocytes. The junctional strands were characterized by an elaborate system of straight or slightly undulating rows of linear aggregates of particles or ridges in the P face and furrows in the E face.
E, Tani, T, Itagaki, M, Nakano
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Cell, 1982
We have analyzed previous thin-section and freeze-fracture observations of the tight junction. We propose that the tight-junction strands represent intramembranous, cylindrical, inverted micelles. At the junctional site, the exoplasmic halves of the plasma membranes are fused into a continuous leaflet.
P, Pinto da Silva, B, Kachar
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We have analyzed previous thin-section and freeze-fracture observations of the tight junction. We propose that the tight-junction strands represent intramembranous, cylindrical, inverted micelles. At the junctional site, the exoplasmic halves of the plasma membranes are fused into a continuous leaflet.
P, Pinto da Silva, B, Kachar
openaire +2 more sources