Gene Card
Best human hits
AP002373.1; RBM11; RBM7
Species
Unique Gene ID
Phmamm.g00007485
Gene Model ID
Phmamm.CG.MTP2014.S338.g07485
Location
S338:96024..96684
Transcript Models and Sequences
AHC0AAA11YL16
Plate: Plate_11_L16
AHC0AAA11YM17
Plate: Plate_11_M17
AHC0AAA14YH08
Plate: Plate_14_H08
AHC0AAA16YF18
Plate: Plate_16_F18
AHC0AAA24YK21
Plate: Plate_24_K21
AHC0AAA24YL23
Plate: Plate_24_L23
AHC0AAA3YK08
Plate: Plate_3_K08
AHC0AAA5YA09
Plate: Plate_5_A09
AHC0AAA5YG10
Plate: Plate_5_G10
AHC0AAA7YA14
Plate: Plate_7_A14
AHC0AAA7YE02
Plate: Plate_7_E02
AHC0AAA33YI13
Plate: Plate_33_I13
AHC0AAA34YL01
Plate: Plate_34_L01
AHC0AAA35YF09
Plate: Plate_35_F09
AHC0AAA37YI19
Plate: Plate_37_I19
AHC0AAA38YL13
Plate: Plate_38_L13
AHC0AAA40YK10
Plate: Plate_40_K10
AHC0AAA41YE13
Plate: Plate_41_E13
AHC0AAA43YE13
Plate: Plate_43_E13
AHC0AAA44YG14
Plate: Plate_44_G14
AHC0AAA52YA19
Plate: Plate_52_A19
AHC0AAA52YC19
Plate: Plate_52_C19
AHC0AAA65YL09
Plate: Plate_65_L09
AHC0AAA67YI07
Plate: Plate_67_I07
AHC0AAA69YM09
Plate: Plate_69_M09
AHC0AAA70YD04
Plate: Plate_70_D04
AHC0AAA71YN18
Plate: Plate_71_N18
AHC0AAA72YG02
Plate: Plate_72_G02
AHC0AAA74YB22
Plate: Plate_74_B22
AHC0AAA74YI05
Plate: Plate_74_I05
AHC0AAA75YG23
Plate: Plate_75_G23
AHC0AAA101YE08
Plate: Plate_101_E08
AHC0AAA103YP10
Plate: Plate_103_P10
AHC0AAA113YI18
Plate: Plate_113_I18
AHC0AAA113YO15
Plate: Plate_113_O15
AHC0AAA121YM07
Plate: Plate_121_M07
AHC0AAA123YN13
Plate: Plate_123_N13
AHC0AAA129YK16
Plate: Plate_129_K16
AHC0AAA130YP11
Plate: Plate_130_P11
AHC0AAA131YC06
Plate: Plate_131_C06
AHC0AAA133YG18
Plate: Plate_133_G18
AHC0AAA140YK19
Plate: Plate_140_K19
AHC0AAA149YJ19
Plate: Plate_149_J19
AHC0AAA151YC07
Plate: Plate_151_C07
AHC0AAA151YO21
Plate: Plate_151_O21
AHC0AAA84YE04
Plate: Plate_84_E04
AHC0AAA91YA15
Plate: Plate_91_A15
AHC0AAA92YG23
Plate: Plate_92_G23
AHC0AAA133YI20
Plate: Plate_133_I20
AHC0AAA178YM16
Plate: Plate_178_M16
AHC0AAA183YN19
Plate: Plate_183_N19
AHC0AAA186YF14
Plate: Plate_186_F14
AHC0AAA190YL20
Plate: Plate_190_L20
AHC0AAA198YK21
Plate: Plate_198_K21
AHC0AAA204YF16
Plate: Plate_204_F16
AHC0AAA210YD10
Plate: Plate_210_D10
AHC0AAA219YJ09
Plate: Plate_219_J09
AHC0AAA225YG20
Plate: Plate_225_G20
AHC0AAA225YO05
Plate: Plate_225_O05
AHC0AAA250YD04
Plate: Plate_250_D04
AHC0AAA259YP17
Plate: Plate_259_P17
AHC0AAA268YF20
Plate: Plate_268_F20
AHC0AAA38YN15
Plate: Plate_38_N15
AHC0AAA92YG21
Plate: Plate_92_G21
n/a
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IPR Term | Analysis | Definition |
---|---|---|
RBD_domain_sf | SUPERFAMILY | RNA-binding domain superfamily |
RRM_dom | Pfam | RNA recognition motif domain |
RRM_dom | ProSiteProfiles | RNA recognition motif domain |
Nucleotide-bd_a/b_plait_sf | Gene3D | Nucleotide-binding alpha-beta plait domain superfamily |
RRM_dom | SMART | RNA recognition motif domain |
GO Term | Annotation Origin | Type |
---|---|---|
nucleic acid binding | Orthology | molecular function |
RNA binding | Orthology | molecular function |
protein binding | Orthology | molecular function |
nucleus | Orthology | cellular component |
nucleoplasm | Orthology | cellular component |
mRNA processing | Orthology | biological process |
multicellular organism development | Orthology | biological process |
RNA splicing | Orthology | biological process |
nuclear speck | Orthology | cellular component |
cell differentiation | Orthology | biological process |
protein homodimerization activity | Orthology | molecular function |
mRNA splicing, via spliceosome | Orthology | biological process |
regulation of gene expression | Orthology | biological process |
cellular response to stress | Orthology | biological process |
response to oxidative stress | Orthology | biological process |
reproductive process | Orthology | biological process |
GO Term | SpeciesCe = Caenorhabditis elegans Dr = Danio rerio Dm = Drosophila melanogaster Gg = Gallus gallus Hs = Homo sapiens Mm = Mus musculus Sc = Saccharomyces cerevisiae |
Type |
---|---|---|
regulation of alternative mRNA splicing, via spliceosome | Hs | biological process |
nucleic acid binding | Hs | molecular function |
RNA binding | Hs | molecular function |
single-stranded RNA binding | Hs | molecular function |
protein binding | Hs | molecular function |
nucleus | Hs | cellular component |
nucleoplasm | Hs | cellular component |
mRNA processing | Hs | biological process |
multicellular organism development | Hs | biological process |
poly(U) RNA binding | Hs | molecular function |
RNA splicing | Hs | biological process |
nuclear speck | Hs | cellular component |
cell differentiation | Hs | biological process |
cellular response to oxidative stress | Hs | biological process |
protein homodimerization activity | Hs | molecular function |
meiotic cell cycle | Hs | biological process |
GO Term | SpeciesCe = Caenorhabditis elegans Dr = Danio rerio Dm = Drosophila melanogaster Gg = Gallus gallus Hs = Homo sapiens Mm = Mus musculus Sc = Saccharomyces cerevisiae |
Type | Score | E-value |
---|---|---|---|---|
nucleic acid binding | Hs | molecular function | 103 | 7.40e-27 |
RNA binding | Hs | molecular function | 103 | 7.40e-27 |
single-stranded RNA binding | Hs | molecular function | 103 | 7.40e-27 |
protein binding | Hs | molecular function | 103 | 7.40e-27 |
nucleus | Hs | cellular component | 103 | 7.40e-27 |
nucleoplasm | Hs | cellular component | 103 | 7.40e-27 |
poly(U) RNA binding | Hs | molecular function | 95.1 | 1.42e-23 |
nuclear speck | Hs | cellular component | 95.1 | 1.42e-23 |
protein homodimerization activity | Hs | molecular function | 95.1 | 1.42e-23 |
GO Term | Analysis | Type | e-value |
---|---|---|---|
nucleic acid binding | SUPERFAMILY | molecular function | 3.63E-25 |