GO_0043197 | OmnibusX

I. Involved cell-cell interactions

	Interactors	Protein name	Directionality	Classification
1	GLS2+SLC1A1-GRIA1	- GRIA1_HUMAN	Ligand-Receptor	Signaling by Glutamate
2	GLS2+SLC1A1-GRIA2	- GRIA2_HUMAN	Ligand-Receptor	Signaling by Glutamate
3	GLS2+SLC1A1-GRIA3	- GRIA3_HUMAN	Ligand-Receptor	Signaling by Glutamate
4	GLS2+SLC1A1-GRIA4	- GRIA4_HUMAN	Ligand-Receptor	Signaling by Glutamate
5	GLS2+SLC1A1-GRIN1+GRIN2A	-	Ligand-Receptor	Signaling by Glutamate
6	GLS2+SLC1A1-GRIN1+GRIN2B	-	Ligand-Receptor	Signaling by Glutamate
7	GLS2+SLC1A1-GRIN1+GRIN2C	-	Ligand-Receptor	Signaling by Glutamate
8	GLS2+SLC1A1-GRIN1+GRIN2D	-	Ligand-Receptor	Signaling by Glutamate
9	GLS2+SLC1A1-GRM3	- GRM3_HUMAN	Ligand-Receptor	Signaling by Glutamate
10	GLS2+SLC1A1-GRM5	- GRM5_HUMAN	Ligand-Receptor	Signaling by Glutamate
11	GLS+SLC1A1-GRIA1	- GRIA1_HUMAN	Ligand-Receptor	Signaling by Glutamate
12	GLS+SLC1A1-GRIA2	- GRIA2_HUMAN	Ligand-Receptor	Signaling by Glutamate
13	GLS+SLC1A1-GRIA3	- GRIA3_HUMAN	Ligand-Receptor	Signaling by Glutamate
14	GLS+SLC1A1-GRIA4	- GRIA4_HUMAN	Ligand-Receptor	Signaling by Glutamate
15	GLS+SLC1A1-GRIN1+GRIN2A	-	Ligand-Receptor	Signaling by Glutamate
16	GLS+SLC1A1-GRIN1+GRIN2B	-	Ligand-Receptor	Signaling by Glutamate
17	GLS+SLC1A1-GRIN1+GRIN2C	-	Ligand-Receptor	Signaling by Glutamate
18	GLS+SLC1A1-GRIN1+GRIN2D	-	Ligand-Receptor	Signaling by Glutamate
19	GLS+SLC1A1-GRM3	- GRM3_HUMAN	Ligand-Receptor	Signaling by Glutamate
20	GLS+SLC1A1-GRM5	- GRM5_HUMAN	Ligand-Receptor	Signaling by Glutamate

Name	dendritic spine
ID	GO_0043197
collection_id	Cellular component
Exact synonym	dendrite spine
Description	A small, membranous protrusion from a dendrite that forms a postsynaptic compartment, typically receiving input from a single presynapse. They function as partially isolated biochemical and an electrical compartments. Spine morphology is variable:they can be thin, stubby, mushroom, or branched, with a continuum of intermediate morphologies. They typically terminate in a bulb shape, linked to the dendritic shaft by a restriction. Spine remodeling is though to be involved in synaptic plasticity.
External URL
Genes	KCNN2 CPEB4 PDLIM4 ALS2 SYT11 KCND3 MT3 GRIN1 PSD GRM3 SHANK3 NR1D1 DIP2A FXR1 GIPC1 PPP3CA EPHA4 APP PRRT2 GRIA2 CRIPT SHANK1 FARP1 GRM5 TENM2 HOMER1 SHANK2 ABI2 KCNJ2 ADGRB1 GRIA1 NTSR1 PALMD PPP1CA RPH3A APBA2 CNIH2 NTRK2 DLG4 CTNND1 SORCS2 PTK2 EPHB2 TIAM1 RGS14 IGF2BP1 ZMYND8 LPAR1 GRIN2A PTEN P2RX4 LZTS1 SYNPO LZTS3 MYL7 USP8 ABHD17B CALB1 CDC42 BCR DGKI abeta-42-oligomer_human CYFIP1 P2RX6 RAB8A KCNA4 PPP1CC FRMPD4 NLGN1 GRIA4 CRYAB MAP1B PRKAR2B LAMA2 ASAP1 ARHGAP44 ATP1A2 SEZ6 SYNDIG1 CTTNBP2 CD3E APBA3 ITGB1 STX4 SLC8A2 GRIA3 FMR1 LRRC4 KCND2 NOS1 ABHD17A HSPA8 PDE4B ZNF804A SEPTIN11 ARHGAP33 CDK5R1 DVL1 DRD1 PPP1R9A GPM6A PALM GRID2 ASIC2 ABI3 FBXO2 PTK2B PTPRO DNM3 CAMK2A ARC HAP1 CTTN HIP1R TANC2 ABR AKAP5 NEDD4 MPP2 DNAJB1 MAPT FCGR2B NGFR MOB4 RHOA ADORA1 ABHD17C ARFGEF2 DRD2 KCND1 DOCK10 ANKS1B KIF3B ARHGAP32 USP50 GABBR1 ITPKA STRN OPHN1 EEF2K NEURL1 SLC8A3 PRKACA APBA1 MTMR2 SIPA1L1 PPFIA2 ARF4 SLC1A1 RAC1 STRN4 ACTN2 DTNBP1

dendritic spine

I. Involved cell-cell interactions

II. Literature review