Eleginops maclovinus (Patagonian blennie): 134865263
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Entry
134865263 CDS
T09869
Symbol
cep170ab
Name
(RefSeq) centrosomal protein of 170 kDa isoform X1
KO
K16463
centrosomal protein CEP170
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
emac03036
]
134865263 (cep170ab)
Chromosome and associated proteins [BR:
emac03036
]
Eukaryotic type
Centrosome formation proteins
Centriole proteins
134865263 (cep170ab)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CEP170_C
Motif
Other DBs
NCBI-GeneID:
134865263
NCBI-ProteinID:
XP_063740817
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All DBs
Position
5:22917305..22932429
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AA seq
1273 aa
AA seq
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MQIPEEALKHEKFSSQLQLNQKKPPKKEACKSEAKPSKTAAECEGAAAAKPPEAGRVEDK
TPGDGSVLHKITPLYGQPAWWGEEEAKNQQPGRPEEKTSDRKREKAETDTKKSAEAPKSA
PQAASDQEPSYFEIPTKDTVSAGKVSGEAPSREQDASASSGAEPVHGHASFTIEFDPTAA
DKASTKDRVVKVGPETRPRPKRPVGEELSPLQTAMVAAEVKVADWLAQNELPLALKETVA
EEDGESVKSDVPVQLKSLKGSKHEDGTQSDTENALGGKRTATTMEERSWGLWGGMKIREG
RANVPEGLFAEEESPARRRKSSTSKAACGFVERRRAEATHQQSGRHEGYHHGDDYSDRGT
YTIELENGDQEEEEARKMIDKVFGVDEQEGVCVSRQGGADQREGVTSQRSGGRDRGKHGR
METEVLPEELMVGGPRWVSQWATLAASHIRTDPEGSGGESHMMVSEDRAEISESSHSASF
ASSGYTERKRRTLPQLPGEELALGRRTPGAGLRTDMGEKQDTELQEKESNEEKMSRGRNR
PGHCTGGVGSHSGSPSRSSPAKSQESAGGRSGKSGVLAKLPPRPLTSGEKRMEEARKRKK
EEEKARESSGKPLFRQESFTVEKPSSNASVELRPRIEALSGSRTQITEVGLENTSLQKDS
EAVAAFLETTVSDQGDPPSQSIEGSLSPESDVDTTSTVSQAEGARKVIQKRRILAGQQKE
RTMVCSSGKGPNGGRETQERRVKARAPAPPQASRPWASLDLTDDDVNTNSLLSDSLPTTQ
ESKSSTTRAPTGSTTLGASTKSSRAKISQTPASSAGSKTTSAPKPRPTRASLLRRARHGD
SSDTEPADFDRMSVASEASTASSTSRTGMARRGMSRIDALAQPRRQRVGSPSAQSDSEAT
VTRGRGLGARSVAGDYAIRQGLRGSNLNSVSGPRARANSASKLPDKNRGTSSYGHITSAS
GTRWRRVPVDYASTSEDEYGSNRHLSKQSQTRPFPSTRVAQLGGSAPTTPNPTGLSALRQ
QSKEQDEYMRDWTAHSEEIARISQDLAKDLAMLAREIHDVAGEIDSVSPAATDPGALIEE
RVFDDSLDQTAASAEHSSIVETNGRSVELRPRGSGGQSSRSIRRQTWNRDDSVLDSLLLA
SVSQLSARIRQSVDKTAYKIRILFKDKERKWEEIENKLQAERDSLLLKSSNKELSTIIQD
LRRVERQMLVIDMMVDPDGTLDALSNLGVTSPLADQKMSPGTQQGASVSHPAAGAPSSIL
SRPEGQTTESCEP
NT seq
3822 nt
NT seq
+upstream
nt +downstream
nt
atgcagattccggaggaggccctcaagcatgagaagttcagcagccagctgcagctcaac
cagaagaaacctccgaagaaggaagcgtgtaaatctgaggcgaaaccctccaagacagca
gcagagtgtgagggggccgccgccgccaagcctccagaagccggcagggtggaggataag
acgccaggggacggctcagtgttacacaaaatcacacctctctatggccagcctgcctgg
tggggggaggaagaagctaagaaccagcaacccggtaggccagaggagaagacctcagat
cggaagcgagaaaaagctgaaacagacaccaagaagagtgctgaggcccccaaatcagcc
ccacaagcagcttctgatcaggagcccagctactttgagatcccaaccaaggacactgtc
tcggcaggtaaggtgagcggtgaagccccctcacgagaacaagatgccagtgcatcttct
ggcgcagaacccgtccatggccacgcctccttcaccattgagtttgaccccacggcagca
gataaagcgagcaccaaagatcgggttgtgaaggtgggaccggagaccaggccccgacct
aaaaggcctgtcggggaggagctgagtccacttcagaccgccatggtggctgcagaggtt
aaggtcgccgactggctggcccagaacgagctgccattggctcttaaagaaacggttgca
gaggaggatggggaaagtgtgaagagtgatgttcctgtacaactgaagagccttaaaggc
agtaaacatgaagatggtacgcagagtgacacagagaacgcacttggaggcaaacgcacg
gccacaacaatggaagagcgctcgtgggggctttggggtgggatgaagatcagagaaggt
cgagctaacgtaccagaggggctcttcgcagaggaggaaagtccggctcgccgtcgcaag
tcttcaacttctaaagcggcatgcggattcgtagagaggcgacgcgcagaggccacacat
cagcagagcggacgccatgagggctaccaccatggggacgattacagtgacagggggacc
tacaccattgagctggagaatggagatcaggaagaggaagaggcaagaaaaatgatagac
aaggtgtttggtgtggatgagcaggagggggtgtgtgtgtccaggcaggggggtgctgac
caaagagagggggtcacctcccagaggtctggtggcagagacagaggaaagcatggacgc
atggagacagaggtactacctgaggaactgatggtgggcggtcctcgctgggtctcgcag
tgggctactctggctgccagtcacattaggacagaccccgagggatccggaggggagagt
cacatgatggtctcagaggacagagctgaaataagtgagtccagccactcggcgtctttt
gcctcgtctggctacacagagcgtaagaggagaaccctgccccagctgccaggggaggag
ctcgccctgggaaggaggacccctggcgcaggccttcgtacggacatgggggagaaacaa
gacacagagctacaggagaaggagagcaatgaggagaaaatgtccaggggaaggaatcgg
cccggtcattgcactggaggtgtgggcagccacagtggcagccccagtcgctcctctccg
gccaagtcgcaggaaagcgctggcgggagatcaggcaagtcaggtgtgttggcaaagctc
ccccctcgtccattaaccagtggggagaagagaatggaagaggcacggaagaggaaaaag
gaagaggagaaggccagggaaagtagtggcaaaccattgttcaggcaggagagttttact
gtggagaagcccagctccaacgcatccgtcgagctccgtcctcgtatcgaagcgctctca
ggcagcagaactcagatcacggaggtcggccttgagaacacatcgctgcagaaagactca
gaagctgttgccgcctttttagagacaactgtgtcagaccaaggggatccaccgagtcag
tccatcgaaggctccttgtccccagagtcagacgttgacacgaccagcacagtaagccag
gctgagggagcgagaaaagtaatccagaaacggcggattttagcaggacagcagaaggag
agaacgatggtgtgctcatcgggcaaaggccccaacggggggcgagagacccaggagagg
agggtcaaagccagggcacctgcacctccgcaggccagtcgtccatgggcctccctagac
ctcacggacgatgatgtcaacaccaactcgctcctctctgactccctgccaaccacgcag
gagtctaaaagctctacaaccagagccccgactgggagcacaacattgggggctagcacc
aagtctagtcgggctaagatcagccagaccccagcttcttctgcaggcagtaaaaccacc
agtgctcccaagcctaggcccaccagggcgtccctgctgaggcgagcccggcatggggat
tcctcagacaccgaaccagctgatttcgaccggatgtcggtagcttctgaggcctccaca
gcgagttccacatccaggacagggatggcaagaaggggaatgtccaggatagacgctctg
gcacagccgaggaggcagagggtgggatccccgtcagcccagagtgactcagaggccaca
gtgacgaggggtagaggtctaggagcccgtagtgttgcaggtgattatgccatcagacaa
ggactgagaggttccaatttgaactcagtgtctggaccgagggctcgggctaacagtgcc
tccaagctacctgataagaatagagggacatcttcctatggacatataacatctgcgtct
ggcactcggtggcgccgcgtgcctgtggattatgcttccacctcagaggatgagtacggc
tccaaccggcacctttccaagcagagtcaaacacgaccgttcccttccactcgggtagcc
cagctaggaggctcagcccccaccacccctaatcctacaggtctgtctgctctgaggcaa
cagtccaaggaacaggacgagtatatgagagactggacagcacacagcgaggaaatagcc
aggatcagccaggacctggccaaagacctcgctatgctcgccagagaaattcatgatgtt
gccggagagatcgactcagtcagccccgcagccaccgaccctggagctctgatagaggag
cgtgtgtttgatgacagcttggaccagactgctgcttctgcagagcacagcagcattgtg
gaaactaacgggcgctctgtggagcttcgaccccgaggctctggtggacagagctcacgt
tccatccgcagacagacatggaatagagatgattcggtgctggacagtttactactagca
tcggtctctcagctgtcggcgagaatacgtcagtctgttgataaaacagcctacaaaata
aggatcctcttcaaggataaagaaaggaaatgggaagagattgagaacaaactgcaggca
gagcgcgactccttactactcaagagctccaataaggagctttcaaccatcattcaagac
ctgaggagagtggaaagacaaatgctcgtaattgacatgatggtggaccccgacggcacc
ctggatgccctttccaatctcggcgtgaccagtcctttggctgaccagaaaatgagccca
ggtactcagcagggggcatctgtgtcgcaccctgctgctggagctccctccagcatactc
tccaggcctgagggacagaccactgaatcctgcgaaccttaa
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