Leucoraja erinacea (little skate): 129696481
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Entry
129696481 CDS
T09122
Name
(RefSeq) centrosome and spindle pole-associated protein 1 isoform X1
KO
K16771
centrosome and spindle pole-associated protein 1
Organism
leri
Leucoraja erinacea (little skate)
Brite
KEGG Orthology (KO) [BR:
leri00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
leri03036
]
129696481
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
leri03037
]
129696481
Chromosome and associated proteins [BR:
leri03036
]
Eukaryotic type
Centrosome formation proteins
Other centriole associated proteins
129696481
Spindle formation proteins
129696481
Cilium and associated proteins [BR:
leri03037
]
Primary cilia and associated proteins
Other primary cilia associated proteins
129696481
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DUF4955
Motif
Other DBs
NCBI-GeneID:
129696481
NCBI-ProteinID:
XP_055490390
LinkDB
All DBs
Position
4:61125615..61222423
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AA seq
1195 aa
AA seq
DB search
MADELEKFLKEQRDKLAQDKIELDQDPPYMEMRTKSSKPFGKTNQAAHSSTNANNHPTMQ
PMKDNLQTDRSKDENYGVSLQLGLEYDQKKQKLKEELRQDYRRYMAEKNARIQRELQPTV
ESLSLPISDRKSAKDRLRIERNQEYNQLLRAQDKNEQVRRDGRWIPKENIDPSDESRFQA
APHVRSGQPLHEPVSYRNDAYTSMQAYEELLNKKRQEEHRYRRSDDPEVGHRRLFLSRNV
QTQTDRSWDYENNFSDSGNYFERLKNEYRQYKELRDQKKPMYIEDEYKKDHRRRPVTATE
KSRFLTNEIHDSPRERSKSAVVKDDAVFGTSLLFGNNERESAQRRRRERYGQELLEQISE
RQNNKRREKELELNVAASGAVDPEKEPDRIRQFGAVMHQHNSRRHDALDQRGGVHFAKYS
SDDGFAEGQPPERPRVAFQTPVIDDRNLTGGMWNPLRNMMAPRLTAVPPPPPPLLMEQYH
TPYDNAYYFYGARNPLDPHLAHYGPGVIGAQPVSLINPSSRLANMPMQSYPHIASVDQSF
APNVYDATTIRNSEGGFLPEQQAGFSKQNPQTYKDFLQKQMQEREERKKKEKEETLKYDA
KVEQEMKIYNPWGRGGGGAPLRDAEGNLLTDLKKMHKQNENAYRGFPQQQNQDPKVTVPL
DQNLTRPGAATPQEKARGFTFANASQYSQGNPIIDQQIERKVPDQEKYKEYLRLQIEEKR
RKAEEERENSKLEEQREEKRFAEQRVRIAKELEEEQEKKRRKEEEQKLKNEEIVRLAEER
RKVAEKKRKEEEEKQEELFQQHAERAERERVDEKRTPSPPIPTVKNKQVTDPRADLPPSS
NGSIHELDIQHPHSGTKSPPVPARRNQLRANEEKRDIISELSALRKQLRSEERRLEDQFQ
NADMEDDGAVAMGRKRDRNHVDVFDLARQRIQALVHRPSSKGLDSVNLQNIREFNDLKYR
DSATRAQVRQQYPDPPNDSNTLEIQQEALLREQQKKLDTMKRKQAASHMNSRNIELQARG
SQEDLMKNSLLESESAFLGSHGETFPYPVDVGTTATELPPRERRRRNQNRQDLESDVPPA
VQPLSQPDSISLHSASSFNVEQVRARNERRMKRLQDMQHPGNDAVDDDDFLSQFILKDKE
RPSSVETEATDVWLRPGTSETLKRFMADHTQLDRGPSDLASDFNWRRQTHFTAND
NT seq
3588 nt
NT seq
+upstream
nt +downstream
nt
atggcagatgaattggaaaagtttcttaaggaacaaagggacaaattagcacaagataaa
atcgagctggaccaagatccaccatatatggagatgagaacaaagtcttcaaaaccattt
ggtaagactaatcaagcagctcactcatctaccaatgcaaataaccacccaaccatgcaa
cctatgaaagacaatctacaaacggatagatctaaagatgaaaactatggggtaagcctg
caacttggattagaatatgatcaaaagaaacagaaattgaaggaggaacttcggcaagac
tacagacgctacatggctgagaaaaatgctaggattcaaagggagttgcagccaacagtc
gagagcctttcacttcccatctctgacagaaaatcggcaaaggacagattgagaatagaa
agaaaccaggaatacaatcaattattaagagcgcaagacaaaaatgaacaagtcagaaga
gacggcagatggattccaaaggagaatattgatccttcggatgaatccagatttcaggct
gcacctcatgttagatctggtcaacccctacatgaaccggtttcttataggaatgatgca
tatacatcaatgcaggcctatgaggagttgttgaataaaaagcgtcaggaagaacataga
tatcgcaggtctgatgatcctgaagttggtcatagaagattattcctttccagaaatgta
cagacgcagacagatagatcatgggattatgaaaataatttttcagattcaggcaactac
ttcgaaagattgaaaaatgagtacaggcaatacaaagaactacgtgatcagaaaaaacca
atgtacattgaagatgagtataagaaagaccacagaaggcgacctgttacagcaactgag
aaatctagatttttgacaaatgaaatacatgactcaccaagagaacggtccaagtctgct
gtagtgaaagatgatgctgtgtttggtactagtttattatttggtaacaatgagcgtgag
agtgctcagagaagaagaagggaaagatacggacaagaattgctagaacaaatatcagaa
aggcagaataacaagagacgggagaaggaacttgagcttaatgttgctgcttcaggagct
gtggacccagagaaggaaccagatcgaatacggcagtttggtgctgttatgcaccaacac
aattcccgcaggcacgatgcccttgaccagagaggtggagtccattttgcaaaatattca
agtgatgatggatttgccgagggacagccacctgaacgtcccagggtagctttccagact
cctgtaattgatgatcggaatctgaccggtggaatgtggaatccccttcggaatatgatg
gctccaaggcttactgcagttcctcctcctccaccaccactgctgatggaacagtaccat
actccttatgacaatgcttattatttttatggggctagaaatcctttggatccacacttg
gctcactatggcccaggagtcattggagcacagcctgtatccttgatcaatccttccagt
aggctggccaacatgcccatgcaaagttatccacatattgcctctgtagaccaatctttc
gcgccaaatgtttatgatgccaccactattagaaattcagaaggtggattcttaccagag
cagcaagcaggtttttcaaagcaaaatccacaaacctacaaggatttcttgcaaaaacag
atgcaagaacgagaggaaaggaagaaaaaagaaaaggaagaaacactgaaatatgatgca
aaagttgagcaggaaatgaaaatttacaatccatggggaagaggaggtggaggtgcacct
ctaagagatgcagaaggaaatttgctaactgatctgaagaaaatgcataaacagaatgaa
aatgcctacaggggcttccctcagcaacaaaatcaagatcctaaagtcacggtacctctt
gatcagaatttaaccagaccaggtgctgcaactcctcaagagaaagccagaggttttact
tttgcaaatgcatcacaatattcccaaggaaatccgatcatcgatcaacaaattgaaaga
aaagttccagatcaggaaaaatataaagaatatctacgcttacaaattgaagaaaagcgg
cgtaaagcagaggaagaacgtgaaaacagtaaacttgaagagcaacgagaagaaaagcgg
tttgctgaacagagagtacgaattgcaaaagaacttgaagaggaacaggaaaagaaacga
cgtaaagaagaggagcaaaagctcaaaaatgaagaaattgtacgattggctgaagaacgt
cgtaaagtagcagaaaaaaagcgaaaagaagaggaggaaaaacaggaggagttatttcaa
cagcatgcggaaagggcagagcgtgaaagggtagacgaaaagagaacaccttctccacca
attccaactgtgaagaacaaacaggttacagatccaagagctgatttgcctccttcttca
aatggctccatccatgaattagacatacaacatccacattctgggaccaagtcaccgcct
gttccagctcgacgaaaccaacttcgagcaaatgaggaaaagagagatataattagtgag
ttgtcagctttgaggaaacagctgcgaagcgaggaacgtcgtcttgaggaccagtttcaa
aatgctgacatggaagatgatggagcagttgccatgggcaggaagcgagatagaaatcac
gttgatgtctttgatttggctagacaacgtatacaggccctggtacaccgaccttcttca
aaagggctagattctgttaatttacaaaacattagagaattcaatgacctaaagtacaga
gattcagcaacacgtgctcaagtaagacaacagtatccagaccctccaaatgatagtaat
acactggagattcaacaggaggccttattgagagaacagcaaaagaaactggacaccatg
aaaaggaaacaagcagcttcccatatgaattcacgcaatattgaattgcaggcaagaggt
tcccaggaagacttaatgaagaattctttgctggaatcagaaagtgcctttttaggaagt
catggagaaactttcccttatcctgtagatgttgggacaacagcaactgaactacctcca
cgcgagagacggcgccggaatcaaaatagacaggacttggaatctgatgttccacctgct
gttcaacccctatcacagccagattccatctccctacactctgcatccagttttaatgtg
gagcaagtaagagccagaaatgagcggcgaatgaaacgtttgcaggatatgcagcatcca
ggtaatgatgcagttgatgatgacgactttctgagccagttcattttaaaagataaggaa
agaccaagctctgttgaaacagaagccaccgacgtatggctacgaccaggaacatcagaa
actttaaagaggtttatggctgatcatacgcaacttgaccgaggaccttcagatcttgca
tctgatttcaactggagaaggcaaacgcactttacggcaaatgactaa
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