Anguilla rostrata (American eel): 135260808
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Entry
135260808 CDS
T10705
Name
(RefSeq) centrosome and spindle pole-associated protein 1-like isoform X1
KO
K16771
centrosome and spindle pole-associated protein 1
Organism
arot Anguilla rostrata (American eel)
Brite
Chromosome and associated proteins [BR:
arot03036
]
Eukaryotic type
Centrosome formation proteins
Other centrosome associated proteins
135260808
Spindle formation proteins
135260808
Cilium and associated proteins [BR:
arot03037
]
Primary cilia and associated proteins
Other primary cilia associated proteins
135260808
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Paralog
Gene cluster
GFIT
Other DBs
NCBI-GeneID:
135260808
NCBI-ProteinID:
XP_064202479
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Position
8:11598149..11615606
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AA seq
1186 aa
AA seq
DB search
MDDDLESFLAEQKAKVAEERAILAQDPPYLEIRQTKGFNAYNSTIKENIPPSKWSSVQRP
PSNPEESASLSLQLGEDYERKKHRLQQELRLDYRRYMAQGKQVNVAAGEAGLSQHGLSLP
LTVRRRAQALSKGPSYSLENQPSPRPPTIREQPPSRKDAATLIEAGQSGPAVPRGRRLHE
GRGYRPGGELDQWERPRVTRAELGWGRDCSDYEEEEELAALDRRAPRGSQEPGHTDRRGR
RYRADRDVPRLRERGLNDFEDFPEMLRYVQRLRNENRLLRERRGAEPPPACDDDHRDESL
GTLSTTPKPRLQEAGPGRPNEKSRSTVRKDEAEFATGLMIGAADADAVAQRRKELYRQEL
QEQMAEQQRNRKREKELERKVAVTGALDPEKPPDRIRYFGPMGRNSSQMGRGLDAPSRVD
LGGAAHDERLPPERPRVAFQSPLLDYGAALGVLEGSTTSGVTPVHEDYHRGPSSNLGDLS
AARLTGVPQPPPSTLSDMYRTPYDDAYFYYGARDPLDPGLAHYGPATVAPPTALNLLSGA
QSLAPPGRLGPHPPFSSQRDAGPLRPRAGVFPPGKDETQAKESLRSYQEALKQQIREQQE
RRRREKEERERDEARLEAEMRTYDPWGRGGGGAPLKDGQGNLISDLNQMHKTNEEAYLNP
SSRDKRELGSSDRKEPSPKTGERPPSSLRVSGFTYGQSPFARGSVFTDVPTPQQLQQQDK
YKDCLRQQIEEKRCREAEERERLRQEEEKEERRLEEQRARILREYEEEQEKRRRKEVEQK
AKNEELARLAEERRKEAERKKKEQEEKEREVRRREYEQERQARLQEVVREPSPPIPTLQK
RWGSRYTPRPPSVDSRRSTVTLSERCLSGSQSPPVPAQRNQLRAAAEHQGVISELSALRR
QLRSEQRRLGEQMQAEWEGLDTPLSESCRERPHVDVFDMARLRIQAPVRRPSSKTSEPIS
VQSSCDFKPLRYRGKDSAEDAGQSLYPEPPGEGSMQQRRAANLRRGGANDYFDLSPRVHH
VRHTRKCSEDGSLRGSLLESESAFIDPNGEAFPVSPEPELRPRQLSARERRRMKRVEAHS
ERGSERGERQLADPQPNQVKGHQGDRGEETEDPSCGDWRKAEGHPQVSQPAPHREISTET
SRTETWTRPGTSDALKRLGADPAHSDRPSSRESLVHGWDGPSTYHG
NT seq
3561 nt
NT seq
+upstream
nt +downstream
nt
atggacgatgacctggagagctttcttgccgagcagaaggctaaagtggctgaggagagg
gccattttggctcaggatccaccctatctggaaatcaggcagacaaagggtttcaatgcc
tacaactccaccataaaggaaaatatccctccctccaaatggtcctcggtccagagacct
cccagcaatccagaggagagtgccagcctgagcttacagctgggggaggactatgagagg
aagaagcaccggctacagcaggagctgcgtctggactaccggcgctacatggctcaggga
aagcaggtgaatgtagctgcaggggaagcagggctttcccagcacggcctctccctgccc
ctcacagtgaggagacgtgcacaggccctctccaaaggtccctcgtactcccttgaaaat
cagcccagtcctagaccccccaccatcagagaacagcccccctccagaaaagatgccgcc
accctcatagaggcagggcagtctggaccggcggtgcccagggggcggagacttcatgag
gggaggggctaccgaccagggggggagctggaccaatgggagaggcccagggtcacgagg
gctgagctcggctgggggcgggactgttcggactacgaggaagaggaggagcttgctgcc
cttgacaggagagcacccagaggaagccaggagccgggccacacggacaggagggggcga
cgttacagagctgacagagatgtgccgagactcagggagaggggtctcaacgactttgaa
gacttcccggaaatgttacgctatgtgcaaagactacgaaatgagaataggcttttgagg
gagaggagaggggcggagcctcctcccgcatgcgacgatgaccacagggacgagagccta
gggacgctgtccacaaccccaaaacccaggcttcaggaggcggggccggggaggcccaat
gagaagtccaggtccaccgtcaggaaggacgaggcggagttcgccacggggctgatgatt
ggtgctgcagatgcagacgctgttgcgcagaggaggaaagagctgtacagacaggagctg
caggagcagatggccgaacagcaaagaaacagaaagagggagaaagaactggagcgtaaa
gttgctgtcacaggagctttagacccagaaaaaccgcctgaccgcatcaggtattttgga
ccaatggggcgcaactcctcccagatggggcgtggcctagatgcacctagcagggtagac
ttggggggagcggctcatgatgagaggctgccccctgaaagaccacgtgtggccttccag
tcccccctcctggactatggcgccgccctgggggtgctggaaggcagcacgaccagcggg
gtcacccctgtccatgaggactaccacagagggccctccagtaacctgggagacctcagt
gccgccagactcacaggtgtccctcagcctcctccgtccactctgagtgacatgtacagg
acgccgtatgatgatgcgtatttctactacggcgctcgggacccgctggacccaggcctg
gcccactatggacctgctacagtggctccgcccacagccttgaaccttctgtctggggcg
cagtcgctggccccgcccggtcgccttgggccccacccaccattctccagtcagagggac
gctggccctttaagaccgcgggctggtgtctttccgccagggaaggacgagacgcaggcc
aaagagagcctgcggagctaccaggaagcgctcaagcaacagatcagagagcagcaggag
cgcaggaggagggagaaggaggagagagagcgggacgaggcccggctggaggcggagatg
aggacctacgacccctgggggcgtggcgggggcggagcccctctcaaagacggccaagga
aacctcatcagtgatctaaaccaaatgcacaaaactaacgaggaggcctacctgaaccct
tcgtcccgggacaagagagagttagggtccagtgacaggaaagagccttcccccaaaacg
ggagagagacccccctcctctcttagagtctcaggttttacgtatgggcagtctccattc
gctcgcggcagcgtgtttacagacgtgcccacaccacagcagcttcagcagcaggacaag
tacaaggactgcctcagacagcagattgaggagaagcggtgcagggaggcggaggagcgt
gagcgcctgcggcaggaggaggagaaggaggagaggaggctggaggagcagcgggccagg
atcctgcgggagtacgaggaggagcaggagaagaggaggcggaaagaggtggagcaaaag
gccaaaaacgaggagctggcgcgcctggcggaggagcggcgcaaggaggcggagaggaag
aagaaggagcaggaggagaaggagagggaggtgcggaggagggagtacgagcaggagcgg
caggcgcggttgcaggaggtggtcagggaaccatccccaccaatcccgacgctgcagaag
aggtggggctcccggtacacgccccgccccccctccgtggacagcaggcgctccactgtc
accctttccgagcgctgtctgtcaggctcacagtctccccctgtaccggcccagagaaac
cagcttagagctgcagctgagcatcagggtgtgatcagtgagctgtcggctctgcgcagg
cagctgcgcagtgaacagagacggctgggggagcagatgcaggctgagtgggaggggctg
gacacgcccctcagtgagagttgcagggagcgccctcacgtggacgtgtttgacatggcc
cgactgcgcattcaggcccctgtccggagaccctcctccaaaacctcagagccaatcagt
gtccagagcagctgtgacttcaaaccgctcagatacagaggcaaggactctgcagaggac
gcagggcagtccttgtacccagagccccctggtgaggggagcatgcagcagaggcgggct
gccaacctgaggaggggcggagccaacgattattttgacctttcacctcgggtccaccac
gtacgtcatacgaggaagtgttctgaggatggttctctccgagggtctctgctggagtca
gagagtgcattcatcgatccgaacggcgaggcgttcccggtttccccggagccggaactg
aggccccggcagctctccgcccgagagaggaggaggatgaagagggtggaggctcacagt
gagagggggagtgagagaggggagagacagctagcagatccccagcccaatcaggtcaaa
ggtcatcagggtgatcgaggggaggagactgaggatcccagctgtggtgactggagaaaa
gctgaagggcacccccaagtctctcagccggccccacaccgagaaatctccacggaaacc
agccgcacggagacctggacgaggcccggcacctcagacgccctgaagcgcctcggggcc
gaccccgcccactcggacaggccgtccagtagggagtctctggtgcacggttgggacggc
ccctccacctatcacggttga
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