Ciconia boyciana (Oriental stork): 140652283
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Entry
140652283 CDS
T10948
Symbol
CEP135
Name
(RefSeq) centrosomal protein of 135 kDa isoform X1
KO
K16461
centrosomal protein CEP135
Organism
cboy Ciconia boyciana (Oriental stork)
Brite
KEGG Orthology (KO) [BR:
cboy00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
cboy03036
]
140652283 (CEP135)
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
cboy03037
]
140652283 (CEP135)
Chromosome and associated proteins [BR:
cboy03036
]
Eukaryotic type
Centrosome formation proteins
Centriole proteins
140652283 (CEP135)
Centrosome duplication proteins
Centriole replication proteins
140652283 (CEP135)
Cilium and associated proteins [BR:
cboy03037
]
Primary cilia and associated proteins
Other primary cilia associated proteins
140652283 (CEP135)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Crescentin
ATG16
ATG17_like
KASH_CCD
APG6_N
PUMA_CC
PilW
Fez1
Motif
Other DBs
NCBI-GeneID:
140652283
NCBI-ProteinID:
XP_072718926
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All DBs
Position
5:31759512..31800119
Genome browser
AA seq
1150 aa
AA seq
DB search
MTTTAERRFINLRKRLDQLGYRQPLGVESLPLVEKLFSDLVRTTESLRSAKLSAGKTEKE
CSNYDAILEPYKTENAKLTRENNELHLEILKLKEQSDRHVKDLKASLRRVEHETADLKFL
NNQYVHKIKMLEKENKAKTEKIQQLQEKNLQAVVQTPGGRKRSIPFRRQRMQIDQPVPPS
GVSAYPVPQPEDPYIADLLQVADNRIHELQSEVTELQEKLEISERGIKNYSKQVELRDKE
IERLGLALDGGRSHEVISLESRSKSNEKLIAHLNLQVEYLQQTNKELENRIQDLLDTKQN
VTSEVVHLSNKNEELCQELNEIDHLAQQLERHKEIVLETADKEIGEAKKEIERKHSEIQD
LEETITRLKSELCSCRRENERLSEELFGKADDKENLELLLNQLEQEKQRLTEKTENLEIK
ERELVLEIERMRLEYGIALGDKSPSRLDAFVKTLEDDRDYYKRELEYLQKMIKRRPSPSR
RTPEKSEDLGLITRERDELRSMLDRFEKHMIEIQSNVKLLTAERDRLNVLYEQSQGELNR
MRREAKHSLVSQSHVEEERDIALTDFRRLMAEKESLREKLKIQQEAANLEKSKMQHDISE
LENNIQGFEMERCELKTTVSILKERINSLENELKLKSSKLAQTSDDSSQFKAEICSLQLL
NDQLQRSVEGLQHRLSLKKDELQSAQEEIVKLEEKIDRLNQRSTSQDEAVNVLRSTITVL
DKEKDSLQETVDEKTERIACLEDNLANKEKSITHLRLTLSELESSTDQMKDMLSNRDREI
SSLHRQLDTSHIELAETGRVKEIALKENRRLQDDLATMARENQAISSELEDAIREKEETK
SRVHNYITEVSRFETLMASKEKENQELLEKFRMLNTQAEEWEMKAHQAEGESSSIRLELL
SIDTDRRHLRERVELLEKEIQGHIVAHQAYESQISSITKKMSKLEEDFKRENQDKSSVLA
DLASVRELCVKLESNKELLSRQLTSKSMDYERVLGELEDIKSEAELLKKQLSSERLTVQN
LETLLATSRDKEFQNHLTSHEKDSEIQLLKDKLTLAESKLSSYNREVPILRSKVAQLQTD
CDVLKRQLTTERFERERAIQEMRRHGLSTSSLRASPPLSSTLRSPSHSPERTIVRTTDQA
AAEKNVSFKE
NT seq
3453 nt
NT seq
+upstream
nt +downstream
nt
atgactacaactgcagagcgaaggttcattaatctcaggaaacgtctagatcaactgggc
tatcggcaaccattgggagtggagagtttacctttggtggaaaagctgtttagtgaccta
gttcgtacaactgagagcttgcgcagtgcaaagttatctgctggaaaaactgaaaaagaa
tgcagcaattatgatgctattttggaaccttataaaacagagaatgctaaacttaccagg
gaaaataatgaactacatttagaaatattaaaactgaaagagcaatctgatcgtcatgtt
aaagatttgaaagcctccttaaggagggttgaacatgaaacggctgacttgaaatttctg
aataaccaatacgtacataaaattaaaatgctggaaaaagagaacaaagccaagactgaa
aaaattcagcagcttcaggagaagaatctgcaagcagtggtgcaaacacctggtggcaga
aaaagaagcattcccttcaggcgtcaacgcatgcagatagaccagcctgtccctccatca
ggtgttagtgcctatccagttcctcagccagaggacccttatatcgcagaccttcttcag
gtggctgataatcgaattcatgaacttcagtcagaagtaacagagctacaggaaaaactg
gagatatctgaacgtggaattaaaaattacagcaaacaggttgagctaagagacaaagaa
atagagcgcctagggctagcattggatggtgggcgttctcatgaggttatctctctggaa
tcgagaagtaaaagtaatgagaagcttatcgcccatttgaatttgcaggttgagtatctt
cagcaaacaaacaaagaacttgaaaatcgcattcaagacctcttggacaccaaacaaaac
gtgactagtgaggtagtgcatttaagcaataaaaatgaagaactgtgtcaagaactgaat
gaaatagaccacttggcacagcagttggaaagacacaaggaaattgtgctcgagactgca
gataaggaaataggagaagcaaagaaagaaattgaaagaaaacacagtgaaatacaggat
cttgaagaaacaataacaaggcttaaatcagagttgtgctcatgtcgtagggagaacgag
agactgagtgaagaactgtttggaaaagcagatgataaggagaatcttgaactgttgtta
aaccagcttgaacaagagaaacaaaggctgacagaaaaaacagagaacttagaaataaaa
gaacgagaacttgtcctagaaatagaaagaatgagattagaatatggtatagccttagga
gacaaatctccatctcgtctagatgcatttgtaaagactttagaagacgacagagattat
tataagcgagaattagaatatcttcagaaaatgataaaacgaaggcctagcccaagccgt
aggactccagagaagagtgaagatcttggattgatcaccagagaaagagatgagttacgg
tccatgttggacagatttgaaaaacacatgatagaaattcaatccaatgtcaaattattg
actgcagaaagagatagattaaatgttctttatgagcagtctcagggtgaattgaacagg
atgagaagagaagcgaaacatagtttagtttctcaaagtcacgtggaagaagaaagagac
attgcactgactgactttagaagactaatggcagaaaaagaaagcctcagagaaaaatta
aagattcagcaagaagcagctaaccttgaaaaatcaaagatgcagcatgatatttcagaa
ctggagaataatattcaaggatttgaaatggaaaggtgtgaactaaagactacagtttct
atcctgaaagaaagaataaactctttggaaaatgaattaaaattgaagtccagtaaactt
gcccagacatctgatgattcttctcaatttaaagctgagatttgctcacttcagctctta
aatgaccaactccagaggtctgttgaaggattacagcaccgattgtccctcaaaaaggat
gaactgcagtcagctcaagaagaaattgtaaagctagaggagaaaatagataggttaaac
cagaggagcacttcacaggatgaagcagtcaatgtgcttagaagtactattactgttttg
gacaaagaaaaggacagtcttcaagaaaccgtagatgaaaaaacagaaagaattgcatgc
ttagaagacaacttagctaacaaggaaaaatcaattactcatttacgtctaactctctct
gagctggagtcctcaacagaccagatgaaggacatgctgagcaacagagaccgtgagata
tctagcttacatcgccagcttgatacgtcccacatagagcttgcagaaacaggaagagta
aaggaaattgctctgaaagaaaacagacgattgcaagatgacctagctacaatggccaga
gaaaaccaggctatcagtagtgagcttgaagatgcaatacgtgaaaaagaagaaacaaaa
agcagggttcataattatataactgaagtttccagatttgagaccttgatggcttcgaag
gaaaaagaaaaccaagaattgttagagaagttccgaatgctgaatacgcaagctgaagag
tgggaaatgaaggctcatcaagctgaaggagaaagcagctcaatacgacttgaactcctt
tctatagatacagatcgaagacatcttcgagagagagtagaacttctggaaaaagagatt
caagggcatattgttgcacatcaagcatatgaatctcagatctcctccattacaaaaaaa
atgtccaaattggaagaggattttaaacgtgaaaatcaggataagtcttctgtgttggcg
gacctggcttctgtgagagaactctgtgtgaaacttgagtctaacaaagaacttttatct
cgacagctgacatccaaaagcatggattatgaaagggttctaggtgaattagaagatata
aaatcagaagcagagttgctgaaaaagcagttatccagtgagagacttacagttcagaat
cttgaaacattgctggctactagtagagacaaagaatttcagaaccatttaacatcccat
gagaaagattctgaaattcagttattgaaagacaagctaacactcgccgagagcaaacta
agcagctataatagagaggttcccatacttcgaagtaaagttgcacagctgcagactgac
tgtgatgttttaaaaaggcaactgacaactgaacgatttgaacgagagcgtgcaattcag
gaaatgcgtcgacacggtctctctacatcatcattacgtgcttcacctcctctcagttca
acattaaggtctccctcacattctccagaacgtacgattgtaaggacaactgatcaggca
gcagctgaaaaaaacgtgagcttcaaggaataa
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