Salmo trutta (river trout): 115195847
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Entry
115195847 CDS
T08542
Symbol
wdr60
Name
(RefSeq) WD repeat-containing protein 60 isoform X1
KO
K22869
WD repeat-containing protein 60
Organism
stru
Salmo trutta (river trout)
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
stru03037
]
115195847 (wdr60)
Cilium and associated proteins [BR:
stru03037
]
Primary cilia and associated proteins
Dynein and associated proteins
115195847 (wdr60)
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SSDB
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Paralog
Gene cluster
GFIT
Motif
Pfam:
Beta-prop_RIG_2nd
WD40_Prp19
Beta-prop_EML_2
WD40_CDC20-Fz
WD40_RFWD3
Beta-prop_IFT140_1st
Beta-prop_TEP1_2nd
WD40
ANAPC4_WD40
Motif
Other DBs
NCBI-GeneID:
115195847
NCBI-ProteinID:
XP_029612017
Ensembl:
ENSSTUG00000010377
LinkDB
All DBs
Position
6:30609964..30625346
Genome browser
AA seq
1093 aa
AA seq
DB search
MPTDKKITKEDTWKSDDLRRHIRGGGHNEDSSSSRRRDDERRHRTGESVERRHRDPEREA
RREREKNRERDGTRERTKPRDTDKDRHQDRRKDGSRDRMGEKERDKERSREQDKVIKGTE
NVKYRNGDRDSRDKIHDREEKKNRDRERVKAREGDTERTRERERDELRKSDRDKEKEKNK
ESETAERDSERRSDRDRKRNEERAEGGRDRDREHDREKRDRHKEREYVKESERYKDRSQK
DKERKERYTDKEHSGQKEEREYREQHRKEKEERERRHKERAQHDTGESRRHGGESREVER
ERVHWERKGPDGEREGKRDKHRERRHREEAGPEMDPTERTGTKKSSSSSSDLRVHKDKTE
PVKTKEVVMRSESAWRSSQKLLSDTEEPVEIAEAPAKDHGYDEAQDYEEDFEDYEEDFED
ADDSEGEDEKQTLSHEAKEEREEISSQRREEIEAIQRAMDEENERVGSAQPRLSTEEDDR
PKRSRDSETPQSKVSQHGRFMDFVAAKHREVSKKVASKQKKRSTELLRLIDLDYSITFSL
LDLPPVNEYDMYIKNFGTTNTKQAYVQCNEDNTDRDIQTEEIEMSEKWTQHPAERNVGCG
GPKLSHEASDESVTKLSIDSQRLATFLRSASQVVAVLLEEDRAEKQSLKKLRTQADTLSF
SDGCLQLNTKLPFLYGRQISLVQFSQVQRQTMLSVHSPSAKPSAVRLDSKTIICIWNIWE
PSRPQKILVYESEVHCCCFSPGKATLVFAGTSVGSVVLWDLREHASAHYTLRIGENDWTL
RHPTFSTDAVLAASGHMSSVSSVEAVPATVAEGLRPELPLLASDEESSGLSFQLASLDGN
GVLNLWVVLELPKANDAGSHTDLGLRPGGKVKLLHSSTVLTASERSSTRDAKKTTLLQTL
LLKFLPSDSNHFFIGTNMGLVNHVTSHGLKAPPKFYRPQVVGFRLVDVTSIDFSPFGEPI
FLVGCGDGSVRLHTVLSEQPLMEWASSTAGQPVVSVQWAQTRPTVFCVLDAASYLHIWDL
LEKDFEPVITEKIDADRVTAMAVFGDPAKQNTYSGISLATQSGKIEMQYFSKRFTVPESA
DLEKLQIMMQEAF
NT seq
3282 nt
NT seq
+upstream
nt +downstream
nt
atgcctacagataagaaaataacaaaggaagatacatggaaatcagatgaccttaggagg
cacataaggggtggaggacacaatgaagactctagcagcagcaggaggagagatgatgag
agaagacacaggacaggagagtcagtcgagcgacgccacagagacccagagagggaggcc
agaagggagagagagaagaacagagagagagatgggacccgagagagaacaaaacccaga
gatacagacaaggacaggcatcaagacagaaggaaagacggctcgagagacaggatgggc
gaaaaggagagagacaaagaaaggagcagagagcaagataaggttattaaaggcacagag
aatgttaagtacagaaatggtgacagagacagtcgggacaaaatacatgatagagaagaa
aaaaaaaacagggatagggagagggtaaaggccagagaaggggatacagagaggacaagg
gagagggaaagagatgagctgaggaagagtgacagggataaagagaaggagaaaaacaag
gagagtgaaacagctgagagggacagtgagcgaaggtctgacagagatagaaagagaaat
gaggagagagcggagggagggagagacagggatagagagcatgatcgtgagaagagagat
agacataaggagagggagtatgtgaaagagagtgaacgctacaaggacagatcgcagaaa
gacaaggaaagaaaagaaagatacacggacaaagagcattcaggacaaaaggaggaaaga
gaatatagggagcaacatagaaaagaaaaggaggagagagaaaggagacacaaagagaga
gcacaacacgatacaggtgaaagtcggagacatggcggtgaatccagagaagtggagcgt
gagcgagtgcactgggaacggaaggggccggatggagagagggagggaaagagggataaa
catagagagaggaggcacagagaagaagcaggtcctgagatggatcccacagaacggacc
ggcaccaagaaatcatcatcatcatcctcagacctcagagttcacaaggataagacagag
cctgttaaaactaaggaagtagtgatgcgatctgagtcagcgtggaggtctagtcagaaa
ctattaagtgacacagaggagcccgtggaaatcgcggaggctccggctaaggaccatggc
tatgatgaagctcaggactatgaagaggactttgaggattatgaggaggattttgaggat
gcggatgacagcgagggagaggatgaaaagcagacactcagccatgaagcgaaagaagag
agggaggaaattagttcacagaggagggaggagatcgaggccattcagagagccatggat
gaggagaacgagagagtgggctcggcccagcccaggctaagcacagaggaggacgacaga
cccaaaagatcaagagattctgaaacgcctcaaagtaaagtttcacagcacgggaggttc
atggactttgtcgctgcgaagcatcgtgaggtcagcaaaaaggttgccagcaaacagaag
aaacgcagtacagagctgcttcgcctgatcgacctggactactccatcaccttctccctc
ctggatctgccccctgtcaatgaatatgacatgtacatcaaaaactttggaacaacaaac
actaaacaggcttacgtccagtgcaacgaggacaatactgatcgagacattcaaacggag
gagatcgagatgagcgagaagtggacacagcatcctgcggagaggaacgtaggctgtgga
ggtcctaaactttcccacgaggcgtctgatgaatctgtgaccaaactgagcatcgattca
cagcgcctagcaacatttctgcgctcagcttcacaggtggttgcggtactgttggaagag
gatagggctgagaagcaatcactgaagaagctgaggactcaagcagacactctctctttc
agcgacgggtgtttacagctcaataccaagcttccatttctatatggtcgtcagatcagc
ctggttcaattctcccaggtgcagaggcagaccatgctgtccgtgcacagcccctcagcc
aagcccagcgccgtgcgcctcgacagcaagaccatcatctgtatctggaacatctgggag
ccctcccgcccacagaagattcttgtctatgagtccgaggtgcactgctgctgcttcagc
cctggtaaagcaacgctggtgtttgccggcacgtccgtgggttctgtagtcttgtgggac
ctgagggagcacgccagtgcccactacactttaagaataggggagaacgactggactctc
cgccacccaaccttctccacagatgccgtgctggcagcgtcgggtcacatgtcctcagtg
agctctgtggaggccgtccctgccactgtggctgagggcctgaggccagagcttcccctt
ttggcttctgacgaagagtcatcaggattgtcattccagttggcttctcttgatggaaat
ggggttctgaatctatgggtggtactggagctccctaaagccaacgacgctggctcgcac
acagacctggggctccggcctgggggcaaagtgaaactgctccacagttccacagtcctc
accgccagcgagaggtcttcgacgcgagacgctaagaaaacaacactgttacagacactg
ctgttaaaatttttgccttctgattccaaccattttttcattggcacaaatatgggtctt
gtgaaccatgtgaccagtcacggattaaaggctcctccaaagttctacaggcctcaggtg
gttggattcagacttgttgatgtcacctccatcgacttttctcccttcggagaacccatt
ttcctggtgggctgtggggatggcagtgtcagactacacacagtgctgagtgagcagcct
ctgatggagtgggccagcagtacagcagggcagccagtggtgtcagtacagtgggcccag
accaggccaacagtcttctgtgttctggatgctgcctcctaccttcacatatgggacctg
ctggagaaagactttgagcctgtgatcactgaaaagattgatgctgacagggtaacagcc
atggctgtttttggtgaccctgcaaagcagaacacctattcaggaatatcactggcaacg
cagtcggggaagatagaaatgcagtatttcagcaagagatttacagtgcctgaatcggct
gacctggagaaactacagatcatgatgcaggaggccttttga
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