Eph receptor B2

詳細情報を見る

同義遺伝子名

-

発現マップ on BodyParts3D

相対発現量を、人体 3D 画像にマップしたものです。Genechip 組織40分類 の発現パターンを使用しています。

組織40分類別データ

EST 大脳:- 小脳:- 脳幹:- 脳梁:- 松果体:- 末梢神経:- 脊柱:- 網膜:- 目:71.10 動脈:357.10 静脈:- リンパ節:- 末梢血:- 脾臓:78 胸腺:245.80 骨髄:- 脂肪:- 骨:39 皮膚:-
GeneChip nodata
CAGE nodata
RNA-seq nodata
EST 子宮:- 胎盤:- 前立腺:75.90 卵巣:- 精巣:- 心臓:- 骨格筋:- 食道:- 胃:- 腸:- 結腸:-     肝臓:-        肺:-    膀胱:- 腎臓:- 下垂体:59.20 甲状腺:- 副腎:- 膵臓:- 乳腺:- 唾液腺:-
GeneChip nodata
CAGE nodata
RNA-seq nodata

遺伝子オントロジー  (GO ID)

Biological Process

GO:0001525  angiogenesis
GO:0007411  axon guidance
GO:0007413  axonal fasciculation
GO:0008150  biological_process
GO:0048593  camera-type eye morphogenesis
GO:0000902  cell morphogenesis
GO:0021952  central nervous system projection neuron axonogenesis
GO:0022038  corpus callosum development
GO:0048013  ephrin receptor signaling pathway
GO:0042472  inner ear morphogenesis
GO:0007612  learning
GO:0050771  negative regulation of axonogenesis
GO:0021631  optic nerve morphogenesis
GO:0009887  organ morphogenesis
GO:0060021  palate development
GO:0018108  peptidyl-tyrosine phosphorylation
GO:0016310  phosphorylation
GO:0048170  positive regulation of long-term neuronal synaptic plasticity
GO:0051965  positive regulation of synaptogenesis
GO:0006468  protein amino acid phosphorylation
GO:0050770  regulation of axonogenesis
GO:0050878  regulation of body fluid levels
GO:0048168  regulation of neuronal synaptic plasticity
GO:0031290  retinal ganglion cell axon guidance
GO:0007169  transmembrane receptor protein tyrosine kinase signaling pathway
GO:0001655  urogenital system development

Cellular Component

GO:0030424  axon
GO:0043025  cell soma
GO:0005575  cellular_component
GO:0030425  dendrite
GO:0005887  integral to plasma membrane

Molecular Function

GO:0005524  ATP binding
GO:0008046  axon guidance receptor activity
GO:0005003  ephrin receptor activity
GO:0003674  molecular_function
GO:0004713  protein tyrosine kinase activity
GO:0004872  receptor activity
GO:0005102  receptor binding
GO:0005005  transmembrane-ephrin receptor activity