positive regulation of synaptic transmission

I. Involved cell types

Genes
Cell types
No. of supported studies
Group 1
RIMS4KCTD13RIMS3DLG4LGI1CLSTN3SYT1RIMS2RIMS1GRIK2CLSTN1CLSTN2
dopaminergic neuron
5 studies
Group 2
RETNTNF
myeloid cellclassical monocyte
5 studies
Group 3
NMU
epithelial cellsecretory cell
8 studies
Group 4
SLC1A3
myeloid cellglial cellconnective tissue cell
72 studies

II. Involved cell-cell interactions

[source]
Interactors
Protein name
Directionality
Classification
1GLS2+SLC1A3-GRIK2 - GRIK2_HUMANLigand-ReceptorSignaling by Glutamate
2GLS2+SLC1A3-GRIK2+GRIK4 - Ligand-ReceptorSignaling by Glutamate
3GLS2+SLC1A3-GRIK2+GRIK5 - Ligand-ReceptorSignaling by Glutamate
4GLS+SLC1A3-GRIK2 - GRIK2_HUMANLigand-ReceptorSignaling by Glutamate
5GLS+SLC1A3-GRIK2+GRIK4 - Ligand-ReceptorSignaling by Glutamate
6GLS+SLC1A3-GRIK2+GRIK5 - Ligand-ReceptorSignaling by Glutamate

III. Literature review

[source]
Namepositive regulation of synaptic transmission
IDGO_0050806
collection_id

Biological process

Exact synonym

up regulation of synaptic transmission, up-regulation of synaptic transmission, upregulation of synaptic transmission

Description

Any process that activates or increases the frequency, rate or extent of synaptic transmission, the process of communication from a neuron to a target (neuron, muscle, or secretory cell) across a synapse.

External URL
Genes
SLC1A3GRIK2NMUEFNB3OXTRIMS4RIMS1SYT1KCTD13TNFRIMS2CLSTN2RETNKISS1CLSTN1CLSTN3RIMS3LGI1DLG4