Littorina saxatilis: 138969121
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Entry
138969121 CDS
T10665
Name
(RefSeq) centrosomal protein of 135 kDa-like isoform X1
KO
K16461
centrosomal protein CEP135
Organism
lsax Littorina saxatilis
Brite
Chromosome and associated proteins [BR:
lsax03036
]
Eukaryotic type
Centrosome formation proteins
Centriole proteins
138969121
Centrosome duplication proteins
Centriole replication proteins
138969121
Cilium and associated proteins [BR:
lsax03037
]
Primary cilia and associated proteins
Other primary cilia associated proteins
138969121
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Other DBs
NCBI-GeneID:
138969121
NCBI-ProteinID:
XP_070197931
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Position
LG6:complement(35985262..36040663)
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AA seq
1281 aa
AA seq
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MANVATAHAQQKFSNLRRRLDQLGYQQPLGVESLPLVEKLFADLMHTTESLRNSKVQLGK
KKELNLDAESLMAPYQSDNARLIKENNELHMQLIKQKEEFDAIARELKGSLRKMEHENAD
LKFLNNQYVLKVKQLEKESKQKSERILELQEKNFQAVVQTPGGHKKSIPFRRQRMEIDTT
VPDTYTSSAYRVPPPDDPYVADLLQVADVKIAQLEDEVARVDDEKEVMDRKLKTFRQQVE
GRDEEIERLTSMLDGGRPSDVIGLDAKNRSNERMISHLNIQVDFLQQKNRELERKLADSQ
AEADLSEAKYTKAQARLRELEFELKDVDRVAHQLQTDKNLVVRAADREMGEAKVPSNNQK
RSASAGDELEKSRHELEDLDSAVAQLRAENARVSKDYTDLKARLELREADNVKLEELLDR
LQEDKKRLTQRTNKLTANEKELVLEIERLKRKNGPVVKKGKIPSKLDAFIRGIEEERDYY
KQQTDMLQKMIRGEPSVVLTKSLSRSGSRAGSRSGSPVREKGSFEKKALLQHEAVIRVLE
EEKEYYKKEYEALKVLKRSSAPSRVSPTKSVIEESELFRLTRERDELKALLDKFERHMAE
IQANVTVLTAERDKLNLMYQETKEELMHVRRELISSPKSPKTSLAAQAILRRVENERDDA
VADLHRMTTERDSLRERIKIATESSLSDRAKLEQRVEDMGASLRTVESEREELLLRLCSF
KDENKALEEQVQDQAVRLREMDEEVARYKSSAAQLRLLVEEAEKSLDETRHRLARREKEL
QKQEERCVHLEDQLSHLQHNGGVQRDELSVMRSTLAAVDREKDILQVSVDERTEKISIMN
AELHDKERVVSDLKVRVGELEAQLHHSNDNLSLKDREIKSLRRQVESGNEDLQEASRGRD
IAMQENRRLQDDLSVMTRENQKLNAELQDAYGERESLKTQVQQYILEVRRVEDLLSTKEA
ERSDLLEQYRRLSQEAEQFQTSSHQLESEGSNMRLEIMTKESELRRAHDKLDNLEREIQE
HVHAQQSYEQQVLSLTRSVTTLEENLRVAEDEKSVLRSDYTSARENAAQLESIKEQLLRK
QSALQLEKEQLQSLVEDLRQESECLQSQIVQERGTVKNLEGLLQSGREKEFQNQLSSQER
NTEIQMLRDRLSLNESKIQTQGREIASLRTRNVELEGDVERLRRQLTNERFERERAVQEL
RRNGITPPIMISEFSNDSLNTRSLSRERGRSPSRSPSRSPSRSPPRYRSANSSLNRRRSP
DPYVEEYRETSIKSTYSHDVL
NT seq
3846 nt
NT seq
+upstream
nt +downstream
nt
atggccaacgtggcaacagcacatgcccagcagaagttcagcaaccttcggcggcggctg
gaccagctgggctaccaacagccattgggggtcgaatccttgccactggtggagaaactt
tttgccgatctaatgcacaccactgagagcctgagaaattccaaggtgcagctgggtaaa
aagaaagagctgaaccttgatgctgagtcactcatggctccataccagagcgacaacgcc
aggctgatcaaggagaacaatgagctacacatgcagctcatcaaacagaaagaggagttt
gatgcaattgccagagaactgaaaggcagtctacgcaaaatggaacacgagaacgcagac
ctgaagttcctcaacaaccagtacgtgctgaaagtgaagcagctggagaaagagtccaag
cagaagtcggagcgcatccttgaactgcaagagaaaaacttccaggctgtggtgcagaca
ccaggtggtcacaagaagagcattcctttccgtcgtcagcggatggagattgacaccaca
gtgccggacacctacacctcatctgcatatcgcgtccctcccccagatgacccttacgtg
gctgaccttctgcaggtcgctgacgttaagatagctcagctggaagacgaggtggccaga
gttgatgatgagaaagaagtgatggaccgcaagttgaagacgttccgccaacaggttgaa
gggcgggatgaggagatagagcgtctgacttcaatgctggacggggggcgaccatcagac
gtcataggcctggacgccaagaaccgctccaacgagaggatgatttctcacctcaacatc
caggtggatttcttgcaacaaaagaacagggagctcgaaaggaaactcgctgactctcaa
gctgaggctgatttgtcggaggcaaaatacaccaaggctcaagcccgcctccgggaattg
gagtttgaactcaaggatgtcgaccgtgtggcccaccagctgcagaccgacaagaatctg
gtcgtccgagcggccgatagggagatgggagaggctaaggtaccatcaaacaatcagaaa
cgttcagcatccgctggtgatgagcttgaaaaatccaggcacgaactggaggacttagat
agtgcggtcgctcaacttagagccgaaaacgcaagggtatccaaagactacacggacctg
aaggcccggctagaacttcgggaagcggacaacgtgaagttagaagagctgttagacagg
ctgcaggaagataagaagcgactgactcagcgaaccaacaaactcactgccaatgagaaa
gaacttgtgctagaaattgaaaggttaaaaagaaagaatggacctgtggtcaaaaagggg
aagatcccgagcaagctggacgcgttcattcgcggcattgaggaggagcgcgactactac
aaacagcagacggacatgctgcagaagatgatccgaggagagccttctgtggtcttgacc
aagtccttgtcaaggtcggggtcaagggcagggtcaaggtcagggagcccagtcagggag
aagggctcctttgagaaaaaggctctgctgcagcacgaagcagtgatccgtgtgctggag
gaggagaaggagtattacaagaaggagtacgaagccctcaaagttctcaagcgctcctcc
gccccctcacgtgtcagcccaaccaagagcgtcattgaggaaagtgagctgtttcgcctg
actcgggagagagacgagctcaaagccctcttggacaaatttgaacgacacatggctgag
attcaggccaatgttaccgttttgacagcagagcgtgacaagctgaacctcatgtaccaa
gagacaaaggaagaactaatgcacgtgcgacgagagctgatatcttcccccaaatctccc
aagacctccctggcagcgcaggccatcttgagacgggtggagaacgagcgtgatgatgcc
gtcgctgacctgcatcgcatgaccacagagcgtgacagtctgcgtgaacgcatcaagatc
gccacagagtcgtcattgtcggaccgtgccaagctggagcaaagggtggaggatatggga
gcatctctcagaacagtggagtcagagcgtgaggagctgttgttgcgcctgtgttcgttc
aaagatgagaacaaggctctggaggaacaggtgcaggaccaggccgtgcgactccgggag
atggacgaggaggttgcacggtacaaaagttccgctgcccagctcagactgctagtggag
gaggcggagaagtcgctggacgagacgcggcaccgcttggccaggcgggaaaaggagctg
cagaaacaggaggagcgctgtgtacacctggaggaccagctgtcccacctgcagcacaac
ggcggcgtgcaacgcgacgagctctccgtcatgcgctccacgctggccgccgtcgaccgg
gagaaggacatcctgcaggtctccgtggacgagaggactgagaagatctccatcatgaac
gctgagcttcacgacaaggagcgagtcgtaagcgacctgaaagtgagagtgggtgaactg
gaggctcagcttcaccactccaacgacaacctgtcactgaaggaccgtgagatcaagagc
ctgcgtcgccaggtggagagtggtaacgaggacctgcaggaggccagtcgtgggcgcgac
atcgctatgcaggagaaccgccgtctgcaagacgacctctctgtcatgaccagagaaaac
cagaaactgaacgcagagctgcaggatgcctatggagagcgagagtcactgaagacacag
gtacagcagtatatcctggaggtacgtcgtgtggaggacctgctttccaccaaggaagca
gaacgctctgacctgctagaacagtaccgcagactatcgcaggaggcggagcagttccag
acctcatctcaccagctggagagcgagggatccaacatgcgcttggagatcatgaccaag
gagtcggagctgagacgagcccacgacaagcttgacaacttggagcgtgaaattcaggag
cacgtgcacgcccagcagtcttacgagcagcaagtgctgtccctgactcgctcggtcacc
accctggaagagaacctgcgcgtggcggaggatgagaagagtgtgctacgttcggactac
acttcagccagggagaacgctgcgcagctggagagcatcaaggaacagttgctgcgaaag
cagagcgctttgcaactggagaaagagcagttgcaatcactggtggaggacctgcgtcag
gagagcgagtgcctgcagagtcagattgtccaggagcgcggcacggtcaagaacctggag
ggactgctgcagagtggccgcgagaaggagttccagaaccagctctcctcccaggaacgc
aacaccgagatccagatgctcagggaccgcctgtctctcaacgagagcaagatccaaacc
caaggccgtgagatcgcctctctcaggactcgcaacgtcgagttggaaggagacgtggaa
agactgcgcagacaactcacaaacgagcgatttgaaagagagcgtgcagtacaagagctg
cgacgtaacggaatcacaccacccatcatgatatccgagttctctaacgacagcctcaac
acccgatccctcagtcgcgagagaggaaggtcgccatctcgctctccctcccgatctccc
tcccgaagtcctcctcgctacaggtcggccaactccagtctgaatcggcggagatcaccc
gacccgtacgtcgaagaatacagggaaacttccatcaaatccacctactctcatgacgtt
ctgtga
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