1. Gene
  2. Gria2 - glutamate ionotropic receptor AMPA type subunit 2 Gene

Gria2 - glutamate ionotropic receptor AMPA type subunit 2 Gene

种属: Rattus norvegicus

同用名: GluA2; GluR2; gluR-B; GluR-K2

基因 ID: 29627 | 基因类型: protein coding

关于 Gria2

功能概要

Glutamate receptors are the predominant excitatory neurotransmitter receptors in the mammalian brain and are activated in a variety of normal neurophysiologic processes. This gene product belongs to a family of glutamate receptors that are sensitive to alpha-amino-3-hydroxy-5-methyl-4-isoxazole propionate (AMPA), and function as ligand-activated cation channels. These channels are assembled from 4 related subunits, Gria1-4. The subunit encoded by this gene (Gria2) is subject to RNA editing (Q/R and R/G), which is thought to render the channels impermeable to CA(2+), and to affect the kinetic aspects of these channels in rat brain. Alternative splicing, resulting in transcript variants encoding different isoforms (flip and flop), has been noted for this gene. [provided by RefSeq, Jul 2008]

Gria2 基因产物(2)

mRNA Protein Name
NM_001083811.1 NP_001077280.1 glutamate receptor 2 isoform 2 precursor
NM_017261.2 NP_058957.1 glutamate receptor 2 isoform 1 precursor
基因本体论
  • 分子功能
  • 生物过程
  • 细胞组分
分子功能 GO 注释 逻辑证据 参考文献 来源
enables AMPA glutamate receptor activity IDA
IDA: 通过直接分析推断
19265014 RGD
enables PDZ domain binding IDA
IDA: 通过直接分析推断
10558890 RGD
enables PDZ domain binding IPI
IPI: 通过物理相互作用推断
9697854 RGD
enables SNARE binding IPI
IPI: 通过物理相互作用推断
11931741 RGD
enables amyloid-beta binding IPI
IPI: 通过物理相互作用推断
20032460 RGD
enables cytoskeletal protein binding IPI
IPI: 通过物理相互作用推断
18297063 RGD
enables extracellular ligand-gated monoatomic ion channel activity IDA
IDA: 通过直接分析推断
1653450 RGD
enables glutamate receptor binding IPI
IPI: 通过物理相互作用推断
21639859 RGD
enables glutamate-gated calcium ion channel activity IDA
IDA: 通过直接分析推断
11773314 RGD
enables glutamate-gated receptor activity IDA
IDA: 通过直接分析推断
19946266 RGD
enables identical protein binding IPI
IPI: 通过物理相互作用推断
19461580 RGD
enables immunoglobulin binding IPI
IPI: 通过物理相互作用推断
26595655 RGD
enables ionotropic glutamate receptor binding IPI
IPI: 通过物理相互作用推断
10414981 RGD
enables kainate selective glutamate receptor activity IDA
IDA: 通过直接分析推断
21846932 RGD
enables ligand-gated monoatomic cation channel activity IDA
IDA: 通过直接分析推断
11773314 RGD
enables ligand-gated monoatomic ion channel activity involved in regulation of presynaptic membrane potential IDA
IDA: 通过直接分析推断
10704491 RGD
enables ligand-gated monoatomic ion channel activity involved in regulation of presynaptic membrane potential IMP
IMP: 通过突变表型推断
10704491 RGD
enables protein binding IPI
IPI: 通过物理相互作用推断
9647694 RGD
enables protein kinase binding IPI
IPI: 通过物理相互作用推断
17329210 RGD
enables protein-containing complex binding IPI
IPI: 通过物理相互作用推断
21847098 RGD
enables scaffold protein binding IPI
IPI: 通过物理相互作用推断
10414981 RGD
enables signaling receptor activity IDA
IDA: 通过直接分析推断
11348590 RGD
enables transmitter-gated monoatomic ion channel activity involved in regulation of postsynaptic membrane potential IDA
IDA: 通过直接分析推断
11348590 RGD
enables transmitter-gated monoatomic ion channel activity involved in regulation of postsynaptic membrane potential IMP
IMP: 通过突变表型推断
11348590 RGD
生物过程 GO 注释 逻辑证据 参考文献 来源
involved in cellular response to brain-derived neurotrophic factor stimulus IDA
IDA: 通过直接分析推断
14597197 RGD
involved in cellular response to glycine IDA
IDA: 通过直接分析推断
21847098 RGD
involved in cerebral cortex development IEP
IEP: 通过表达模式推断
14597197 RGD
involved in chemical synaptic transmission IDA
IDA: 通过直接分析推断
12554656 RGD
involved in establishment of protein localization IMP
IMP: 通过突变表型推断
11348590 RGD
involved in positive regulation of synaptic transmission IMP
IMP: 通过突变表型推断
11348590 RGD
involved in protein tetramerization IDA
IDA: 通过直接分析推断
19946266 RGD
involved in receptor internalization IDA
IDA: 通过直接分析推断
11100149 RGD
involved in regulation of receptor recycling IMP
IMP: 通过突变表型推断
11348590 RGD
involved in regulation of synaptic transmission, glutamatergic IMP
IMP: 通过突变表型推断
9697854 RGD
involved in response to fungicide IEP
IEP: 通过表达模式推断
19591855 RGD
involved in response to lithium ion IEP
IEP: 通过表达模式推断
15269270 RGD
细胞组分 GO 注释 逻辑证据 参考文献 来源
part of AMPA glutamate receptor complex IDA
IDA: 通过直接分析推断
19265014 RGD
is active in Schaffer collateral - CA1 synapse IDA
IDA: 通过直接分析推断
11348590 RGD
is active in Schaffer collateral - CA1 synapse IMP
IMP: 通过突变表型推断
11348590 RGD
located in asymmetric synapse IDA
IDA: 通过直接分析推断
10701825 RGD
located in axon IDA
IDA: 通过直接分析推断
16157387 RGD
located in cell surface IDA
IDA: 通过直接分析推断
19321442 RGD
located in dendrite IDA
IDA: 通过直接分析推断
10701825 RGD
located in dendrite cytoplasm IDA
IDA: 通过直接分析推断
17207780 RGD
located in dendrite membrane IDA
IDA: 通过直接分析推断
11931740 RGD
located in dendritic shaft IDA
IDA: 通过直接分析推断
10414981 RGD
located in dendritic spine IDA
IDA: 通过直接分析推断
11348590 RGD
located in dendritic spine head IDA
IDA: 通过直接分析推断
11007883 RGD
located in dendritic spine neck IDA
IDA: 通过直接分析推断
11007883 RGD
is active in glutamatergic synapse IDA
IDA: 通过直接分析推断
15610164 RGD
located in growth cone IDA
IDA: 通过直接分析推断
12554656 RGD
located in neuronal cell body IDA
IDA: 通过直接分析推断
10414981 RGD
located in perikaryon IDA
IDA: 通过直接分析推断
15844209 RGD
located in plasma membrane IDA
IDA: 通过直接分析推断
21846932 RGD
located in postsynaptic density IDA
IDA: 通过直接分析推断
10701825 RGD
is active in postsynaptic density membrane IDA
IDA: 通过直接分析推断
28057533 RGD
is active in postsynaptic membrane IDA
IDA: 通过直接分析推断
16903873 RGD
located in presynapse IDA
IDA: 通过直接分析推断
21807099 RGD
is active in presynaptic active zone membrane IDA
IDA: 通过直接分析推断
28057533 RGD
is active in presynaptic membrane IDA
IDA: 通过直接分析推断
15610164 RGD
located in presynaptic membrane IDA
IDA: 通过直接分析推断
12554656 RGD
part of protein-containing complex IDA
IDA: 通过直接分析推断
17329210 RGD
part of protein-containing complex IPI
IPI: 通过物理相互作用推断
10027300 RGD
located in spine synapse IDA
IDA: 通过直接分析推断
11007883 RGD
located in synapse IDA
IDA: 通过直接分析推断
10027300 RGD
located in synaptic vesicle membrane IDA
IDA: 通过直接分析推断
12554656 RGD
located in terminal bouton IDA
IDA: 通过直接分析推断
15844209 RGD
EXP:通过实验结果推断 IDA:通过直接分析推断 IPI:通过物理相互作用推断 IMP:通过突变表型推断 IGI:通过遗传相互作用推断 IEP:通过表达模式推断
蛋白主名 其他名称

glutamate receptor 2

AMPA-selective glutamate receptor 2

glutamate receptor B

glutamate receptor, ionotropic, AMPA 2

Gria2 蛋白互作信息

分类
蛋白名称 蛋白编号 互作蛋白 互作蛋白种属 互作蛋白编号 实验方法 参考文献
种属内
Gria2 P19491 Ap2m1 Rattus norvegicus P84092 17289840
种属内
Gria2 P19491 Atad1 Rattus norvegicus Q505J9 21496646
种属内
Gria2 P19491 Agap2 Rattus norvegicus Q8CGU4
IF
21847098
种属内
Gria2 P19491 Agap2 Rattus norvegicus Q8CGU4 21847098
种属内
Gria2 P19491 Syt3 Rattus norvegicus P40748 30545844
种属间
Gria2 P19491 PPFIA1 Homo sapiens Q13136 11931740
种属内
Gria2 P19491 Grip1 Rattus norvegicus P97879 21847098
种属内
Gria2 P19491 Grip1 Rattus norvegicus P97879 11891216
种属内
Gria2 P19491 Grip1 Rattus norvegicus P97879 21496646
种属内
Gria2 P19491 Pick1 Rattus norvegicus Q9EP80 10027300
种属内
Gria2 P19491 Grip1 Rattus norvegicus P97879
Y2H
11891216
种属内
Gria2 P19491 Grip1 Rattus norvegicus P97879
IF
16055064
种属内
Gria2 P19491 Pick1 Rattus norvegicus Q9EP80
Y2H
11891216
种属内
Gria2 P19491 Pick1 Rattus norvegicus Q9EP80
NMR
17914463
种属内
Gria2 P19491 Grip1 Rattus norvegicus P97879 11931740
种属内
Gria2 P19491 Pick1 Rattus norvegicus Q9EP80 11891216
种属内
Gria2 P19491 Grip1 Rattus norvegicus P97879
Y2H
9768844
种属内
Gria2 P19491 Pick1 Rattus norvegicus Q9EP80 16055064
种属内
Gria2 P19491 Pick1 Rattus norvegicus Q9EP80
Y2H
10027300
种属内
Gria2 P19491 Pick1 Rattus norvegicus Q9EP80 10340301
种属内
Gria2 P19491 Ppfia4 Rattus norvegicus Q91Z80 11931740
种属内
Gria2 P19491 Nsf Rattus norvegicus Q9QUL6
Y2H
9697854
种属内
Gria2 P19491 Grip2 Rattus norvegicus Q9WTW1-3
Y2H
9768844
种属内
Gria2 P19491 Grip2 Rattus norvegicus Q9WTW1-3 9768844
种属内
Gria2 P19491 Grip2 Rattus norvegicus Q9WTW1-3 9768844
种属间: 跨种属相互作用 种属内: 同种属相互作用

直系同源

种属 基因名 来源 基因 ID
Homo sapiens Gria2 NCBI NCBI:2891