Gene Card
Best human hits
ISY1; ISY1-RAB43
Unique Gene ID
Cirobu.g00007513
Gene Model ID
KH2012:KH.C5.61
Location
KhC5:1874167..1882612
Transcript Models and Sequences
KH2012:KH.C5.61.v1.A.ND2-2
KH2012:KH.C5.61.v1.A.nonSL10-2
KH2012:KH.C5.61.v1.A.nonSL1-2
KH2012:KH.C5.61.v1.A.nonSL4-2
KH2012:KH.C5.61.v1.A.nonSL6-2
KH2012:KH.C5.61.v1.A.nonSL7-2
KH2012:KH.C5.61.v1.A.nonSL9-2
KH2012:KH.C5.61.v1.A.SL3-2
KH2012:KH.C5.61.v1.A.SL5-2
KH2012:KH.C5.61.v1.A.SL8-2
KH2012:KH.C5.61.v2.A.nonSL10-1
KH2012:KH.C5.61.v2.A.nonSL1-1
KH2012:KH.C5.61.v2.A.nonSL4-1
KH2012:KH.C5.61.v2.A.nonSL6-1
KH2012:KH.C5.61.v2.A.nonSL7-1
KH2012:KH.C5.61.v2.A.nonSL9-1
KH2012:KH.C5.61.v2.A.SL3-1
KH2012:KH.C5.61.v2.A.SL5-1
KH2012:KH.C5.61.v2.A.SL8-1
KH2012:KH.C5.61.v3.A.ND2-2
KH2012:KH.C5.61.v3.A.nonSL10-2
KH2012:KH.C5.61.v3.A.nonSL1-2
KH2012:KH.C5.61.v3.A.nonSL4-2
KH2012:KH.C5.61.v3.A.nonSL6-2
KH2012:KH.C5.61.v3.A.nonSL7-2
KH2012:KH.C5.61.v3.A.nonSL9-2
KH2012:KH.C5.61.v3.A.SL3-2
KH2012:KH.C5.61.v3.A.SL5-2
KH2012:KH.C5.61.v3.A.SL8-2
KH2012:KH.C5.61.v4.A.nonSL10-1
KH2012:KH.C5.61.v4.A.nonSL1-1
KH2012:KH.C5.61.v4.A.nonSL4-1
KH2012:KH.C5.61.v4.A.nonSL6-1
KH2012:KH.C5.61.v4.A.nonSL7-1
KH2012:KH.C5.61.v4.A.nonSL9-1
KH2012:KH.C5.61.v4.A.SL3-1
KH2012:KH.C5.61.v4.A.SL5-1
KH2012:KH.C5.61.v4.A.SL8-1
KH2012:KH.C5.61.v5.A.nonSL10-1
KH2012:KH.C5.61.v5.A.nonSL1-1
KH2012:KH.C5.61.v5.A.nonSL4-1
KH2012:KH.C5.61.v5.A.nonSL6-1
KH2012:KH.C5.61.v5.A.nonSL7-1
KH2012:KH.C5.61.v5.A.nonSL9-1
KH2012:KH.C5.61.v5.A.SL3-1
KH2012:KH.C5.61.v5.A.SL5-1
KH2012:KH.C5.61.v5.A.SL8-1
KH2012:KH.C5.61.v6.A.ND2-2
KH2012:KH.C5.61.v6.A.nonSL10-2
KH2012:KH.C5.61.v6.A.nonSL1-2
KH2012:KH.C5.61.v6.A.nonSL4-2
KH2012:KH.C5.61.v6.A.nonSL6-2
KH2012:KH.C5.61.v6.A.nonSL7-2
KH2012:KH.C5.61.v6.A.nonSL9-2
KH2012:KH.C5.61.v6.A.SL3-2
KH2012:KH.C5.61.v6.A.SL5-2
KH2012:KH.C5.61.v6.A.SL8-2
Database | Gene ID |
---|---|
ENSEMBL | ENSCING00000000716 |
ENSEMBL | ENSCING00000024573 |
NCBI Reference Sequence | XM_002129105.3 |
cima871476
Plate: VES66_M20
cien127563
Plate: VES90_H06
cieg025e04
Plate: R1CiGC19h01
n/a
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IPR Term | Analysis | Definition |
---|---|---|
Isy1 | Pfam | Pre-mRNA-splicing factor Isy1 |
Isy1 | PANTHER | Pre-mRNA-splicing factor Isy1 |
Helix_hairpin_bin_sf | Gene3D | Helix hairpin bin domain superfamily |
Isy1_sf | SUPERFAMILY | Pre-mRNA-splicing factor Isy1 superfamily |
GO Term | Annotation Origin | Type |
---|---|---|
mRNA splicing, via spliceosome | Orthology | biological process |
RNA binding | Orthology | molecular function |
protein binding | Orthology | molecular function |
nucleus | Orthology | cellular component |
nucleoplasm | Orthology | cellular component |
mRNA processing | Orthology | biological process |
RNA splicing | Orthology | biological process |
catalytic activity | Orthology | molecular function |
RNA splicing, via transesterification reactions | Orthology | biological process |
macromolecular complex | Orthology | cellular component |
nuclear part | Orthology | cellular component |
DNA repair | 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 |
---|---|---|
generation of catalytic spliceosome for second transesterification step | Hs | biological process |
first spliceosomal transesterification activity | Hs | molecular function |
mRNA 3'-splice site recognition | Hs | biological process |
mRNA splicing, via spliceosome | Hs | biological process |
Prp19 complex | Hs | cellular component |
RNA binding | Hs | molecular function |
protein binding | Hs | molecular function |
nucleus | Hs | cellular component |
nucleoplasm | Hs | cellular component |
spliceosomal complex | Hs | cellular component |
transcription-coupled nucleotide-excision repair | Hs | biological process |
mRNA processing | Hs | biological process |
RNA splicing | Hs | biological process |
catalytic step 1 spliceosome | Hs | cellular component |
catalytic step 2 spliceosome | Hs | cellular component |
post-mRNA release spliceosomal complex | Hs | cellular component |
post-spliceosomal complex | Hs | cellular component |
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 |
---|---|---|---|---|
first spliceosomal transesterification activity | Hs | molecular function | 345 | 6.38e-120 |
Prp19 complex | Hs | cellular component | 345 | 6.38e-120 |
RNA binding | Hs | molecular function | 345 | 6.38e-120 |
protein binding | Hs | molecular function | 345 | 6.38e-120 |
nucleus | Hs | cellular component | 345 | 6.38e-120 |
nucleoplasm | Hs | cellular component | 345 | 6.38e-120 |
spliceosomal complex | Hs | cellular component | 345 | 6.38e-120 |
catalytic step 1 spliceosome | Hs | cellular component | 345 | 6.38e-120 |
catalytic step 2 spliceosome | Hs | cellular component | 345 | 6.38e-120 |
post-mRNA release spliceosomal complex | Hs | cellular component | 345 | 6.38e-120 |
post-spliceosomal complex | Hs | cellular component | 345 | 6.38e-120 |
GO Term | Analysis | Type | e-value |
---|---|---|---|
generation of catalytic spliceosome for second transesterification step | PANTHER | biological process | 8.8E-110 |