positive regulation of bicellular tight junction assembly

I. Involved cell types

Genes
Cell types
No. of supported studies
Group 1
CLDN5ACVRL1
endothelial cellcapillary endothelial cellendothelial cell of artery
35 studies
Group 2
CLDN3CLDN1NPHP1EPHA2
ciliated cellepithelial cellsquamous epithelial cell
5 studies
Group 3
NPHP4
GABAergic neurondopaminergic neuronendothelial cellglutamatergic neuronastrocyte
12 studies

II. Involved cell-cell interactions

[source]
Interactors
Protein name
Directionality
Classification
1GDF2-ACVR2A+ACVRL1GDF2_HUMAN - Ligand-ReceptorSignaling by Growth differentiation factor
2GDF2-ACVRL1+BMPR2GDF2_HUMAN - Ligand-ReceptorSignaling by Growth differentiation factor

III. Literature review

[source]
Namepositive regulation of bicellular tight junction assembly
IDGO_1903348
collection_id

Biological process

Exact synonym

positive regulation of tight junction formation, up regulation of tight junction assembly, up regulation of tight junction formation, up-regulation of tight junction assembly, up-regulation of tight junction formation, upregulation of tight junction assembly, upregulation of tight junction formation

Description

Any process that activates or increases the frequency, rate or extent of tight junction assembly.

External URL
Genes
GDF2NPHP1NPHP4EPHA2ACVRL1CLDN1IL17ACLDN3CLDN5