Ficedula albicollis (collared flycatcher): 101815272
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Entry
101815272 CDS
T02815
Symbol
CEP170B
Name
(RefSeq) centrosomal protein 170B
KO
K16463
centrosomal protein CEP170
Organism
fab
Ficedula albicollis (collared flycatcher)
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
fab03036
]
101815272 (CEP170B)
Chromosome and associated proteins [BR:
fab03036
]
Eukaryotic type
Centrosome formation proteins
Centriole proteins
101815272 (CEP170B)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CEP170_C
FHA
Yop-YscD_cpl
Motif
Other DBs
NCBI-GeneID:
101815272
NCBI-ProteinID:
XP_005047725
UniProt:
U3JJZ4
LinkDB
All DBs
Position
5:55800308..55860359
Genome browser
AA seq
1642 aa
AA seq
DB search
MSVTSWFLVSSTGIRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDKEKDEHWVKDL
GSLNGTFVNDVRIPDQKYITLKLNDVIRFGYDSNMYVLEQIQHKVPEEALKHEKYTSQLQ
MNYKGTAMKRAEQPMEHSVYTESPQAKLEKGERKAITETNTYRTPLYGQPSWWGEDDANN
KEERRQEEHYSERSKEITQHEEELNGNISTYRDTQEQSVFAFRREPSYFEIPTKEFQQPS
KSPETQVHEIPTKDVDAVVAPVVQSHASFTIEFDDGTPGKIKIKDHVTKFSLRQRRPYSK
EPAHAEVMSAESKVADWLVQNDPSLMRRQSSGDDVYSTKSDLPIHVRTLKGNRHEDGTQS
DTEDPKAEKETPTGGERPAEQTRLQRQMRRDPHEMLHNKQAFVIEFFEDTPRKKRSQSFT
HSAHSAQSDADLKNKVEKRKNALPAEKPGNSAPPSHLTAQAGKPTSNSCGTQRTSSFKRE
KTEDRINSSSSSAPRAKSYGSVGRKSKMAQDFMAEYLRETAQSGKPNAEKPAPVPVPVAP
RVVISSEPEPASTPPPEVKSAQGRRNDEEDSVSETGTYTIETESQDKEVEEARKMIDQVF
GVLESPEFSRISSAFRPVIKGEKEDSGSQHLITENGTSQKSPLLQAFSSKAVNGSQAEAQ
MSAASQGSQKWVSRWASLADSYSDSGSASGQGDGSAESGVPPKPGEPENSVPSRTRRLLP
QLPPSDKSESPTPTVLVCQESYSEVTKRTIVKDHCVEAYGDSSSHLFIQEDLDPDSLSDA
SRSDDGFSTEKGKKYKENSKMLEQMREDNRSESRQPGASRISHVRAVSEPVSTSFYIGDD
SSDAGVPSKLSLSVSHIRADKDSKDPEFSFKCAGTPVSGKPPVKDVSAYINTAGKVVISL
HQSLPQDQENTSGKETASFVRQESFTKDKSSSGVPQNKLPHISSHPLLKDLEAVRSTRMD
FSQDTHLLLKDTETALAALEAKLLGQSQQLEPSETAGQLEDSLSGDSDVDTASTVSLVSG
KNVPASAPKRKAVVGLQKEKSSSTPSIQDQCGQPSARDRLTEKRKTQAPEAPNRAEAAKR
FQMKRSAGTRGSLDFTDDERSSNSPYLPVPDAVVSDHEHSVARPVPRRKPYTQATKEEQS
KTTSNVQKIQQVLTRSNSLSTPRPTRASKLRRARLGDASDNECLDAEKAASSSDAAAQGT
KQPTETKKLSRLDILAMPRKRAGSFTVPSDSEAAQSRTGFSGRSADSYRKTGVSEVRAAA
RKTAAAASAKQPFSRTRSSSVKYSSSSSSSRRRPQGSDYTSTSEEEYGSNHSSPKHKRSH
TSTATQTPRIRGSGLGKQKHNGRETDDDEDFDDNPDPYNFMAQTAEIAEIARLSQTLVKD
VAILAREIHDVAGDGDSQSSSGTGPSPSLSSVPNTPASTISAREEIARRSFRLAYPSQLV
QHIPEASLNYQKVPPGSVELKDFDQNMNDNREEELSRKPRTRNREEVIFDNLMLNPVSQL
SHTIRENTENLAEKMKILFQNSERTWEEMEAKINSENEVPILKTSNKEISSILKELRRVQ
KQLEVINAIIDPTGNLDIVASNKASSAAKQSTATKVRTANNSGSTLETLSLAQMRNYAQK
SNCGSSSLQDSNFIPDGEKYVI
NT seq
4929 nt
NT seq
+upstream
nt +downstream
nt
atgagcgtgacttcgtggttcttggtgagcagcaccggcattcgccatcggctccctcgg
gagatgatatttgttggcagagatgattgtgaactgatgctccagtcccgcagtgtggat
aagcagcacgcagtaatcaactatgacaaggagaaggatgagcactgggtgaaggatctc
ggcagcttaaatggaacgtttgtcaacgatgtgaggattcctgaccagaagtacatcacc
ctgaaactgaatgatgtcattcgctttggctatgattcgaatatgtatgtcctggaacaa
attcaacacaaagtcccagaagaagcattaaagcatgagaagtacaccagccaactccag
atgaattacaaaggcacggccatgaagagggcggagcagcccatggagcacagtgtctac
actgagtccccacaagcaaagctggagaaaggagagaggaaagcaattacagaaacgaat
acttaccgcactcctctctatgggcagccctcctggtggggggaagatgatgcaaataac
aaggaggagagaaggcaagaggaacattactcagagagatcaaaagaaataacccaacat
gaagaggaactgaatgggaatatttctacttatagagatacccaagaacaatctgtgttt
gccttccggagagagccaagttattttgagattccaactaaagaatttcagcagccatca
aaatctccagaaacacaggtccatgagatcccaacaaaggatgtggatgctgtggtagcc
cctgtggtacagagtcatgcctctttcaccattgaatttgatgatggtactcctggtaaa
ataaagataaaagaccacgtaactaaattttcactcagacagagaagaccctacagtaag
gaaccagctcacgcagaagtgatgtcagcagagagcaaagtggctgactggcttgtccag
aatgacccaagcctgatgagaaggcagtcctcaggagatgatgtttacagtaccaagagt
gacctgccaattcatgtaaggacgcttaaagggaataggcacgaggacgggacgcagagc
gacaccgaagaccccaaggcggagaaggagactccgacgggtggggagcgtccggcggag
cagacgaggctgcagcgccagatgaggcgtgacccccacgagatgctgcacaacaagcag
gccttcgtcatcgagttcttcgaggacacgccgcgcaagaagcggtcccagtccttcacg
cacagcgctcactccgcccagagcgacgcggatctgaagaacaaggtcgagaagcgcaag
aacgcgttgccggcggagaagccgggaaattcagcgccgccatcccacctcacagcccag
gcgggcaaacccaccagcaactcctgcgggacccaaagaaccagctccttcaagagggag
aagacggaggatcggatcaactcttcatcctcctctgctcccagagccaaaagttacggg
agcgttgggaggaagtcgaaaatggctcaggattttatggctgagtacttgcgtgagact
gctcagtctgggaagccaaacgccgagaaaccagcccctgtgcccgtgccggtagctccc
cgcgtggttatatcctcagaaccagagcctgcctctactccacctcctgaggtgaagtct
gcccagggcaggaggaacgatgaggaagacagtgtaagtgagacaggcacgtacaccatt
gagacagagtcgcaggacaaagaggtggaggaagcacgaaaaatgatagatcaggttttt
ggcgttcttgaatcacctgaattttccagaatctcttcagcctttagaccagtaattaaa
ggtgaaaaagaggactcgggttctcagcatctaatcactgaaaatggcactagtcagaag
tcacccttgctccaggcattttcctcaaaagctgtgaatgggtctcaggctgaagcgcag
atgtctgcagcatctcaagggagtcagaagtgggtgtcaaggtgggcaagccttgcagac
agttactctgactctggatctgcctctgggcagggtgatggaagtgcagaaagtggggta
cccccaaaaccaggggaaccagaaaactctgtgccctcaagaacaaggcgccttcttccc
cagctcccacccagtgataaatcagagagccccactcccacggtcctggtgtgccaggag
tcctattcagaggtcaccaagagaaccattgtgaaggaccactgtgtggaagcctatggt
gattccagcagccacctcttcatccaagaagacctggatccggatagcctcagcgatgcc
agcagatcagacgatggcttcagcacagaaaaaggcaagaaatataaagagaacagcaaa
atgctggagcagatgagggaagacaacagatcagagagccggcaaccaggagcctcccgg
atctctcacgtgagagctgtgagtgagccagtttctacttcgttctacattggtgatgac
agcagtgatgcaggggttccctccaagctctctctgagcgtgtcccacattcgtgcagac
aaggacagcaaggatccagagttttccttcaagtgtgctggcacaccagtttctggaaag
ccgccggtcaaagatgttagtgcttatataaacacggctggaaaagttgtcatttccctt
catcagagtcttcctcaagatcaagaaaacacatcaggaaaggaaacggcatcttttgtt
agacaggaaagttttaccaaagataaatcaagcagtggtgttcctcaaaataaactcccg
catatttcaagccatcctctgcttaaagatttagaggctgttcggtcaactcgtatggac
tttagtcaggacactcatcttctgcttaaggacactgaaactgccttggcagcactggaa
gccaaattgcttggtcaaagccaacagctggagccctcagaaactgctggtcagctggag
gactccttgtcaggggactcagatgtagacacggccagcacagtcagcttggtgagcggc
aaaaatgtcccagcaagtgccccaaaacgcaaagcagtcgtgggcttgcagaaggagaaa
tcttcctccacgccgtccatccaggaccagtgtgggcagcccagtgctcgggacaggctg
acggagaagaggaaaacacaggcaccagaggcaccgaaccgagcagaggccgccaaacgc
ttccagatgaagcggagcgctgggactcgagggtcactcgacttcacagatgacgagaga
agttcaaactcaccctacctgccagtcccagacgcggtcgtgtctgaccacgagcactcg
gtagcccggcctgttcccaggaggaaaccctacacacaggccaccaaggaggagcagagc
aaaacgacctcgaacgtgcagaaaatccagcaggttctcacccggtccaacagtttatct
accccccggcccacaagggcctcaaagctgcgccgtgcccggctgggagacgcttcggac
aacgaatgcctggatgctgagaaagcagcctccagctcggacgccgctgctcagggcacc
aagcagcccacagagacaaagaagctgtcccggctggacatcctggccatgcccaggaaa
cgggcagggtccttcacagtgcccagcgactcggaggcggcgcagtccaggacggggttt
tcgggccgcagcgccgactcctatcggaaaacgggtgtttcagaggtgagagctgcagcc
aggaaaacggcagctgctgcctctgccaagcagcctttcagcaggacccgttcaagcagt
gtcaagtattcctcctcatcatcctcatcaaggcggagaccacagggttcagattatact
tccacttcggaggaggaatatggctcaaatcacagctcccctaaacacaaacgctcccat
acttcaacagccacacaaacaccgaggatacgtggctctgggctgggcaagcagaaacac
aatggcagagaaacggatgatgatgaagattttgatgacaaccctgacccctacaacttc
atggcgcaaacagcagagatagcagaaatagccaggctcagccagaccttggtgaaggat
gtggccatccttgctcgagagatccacgatgttgctggggatggggactcgcagagctcc
tcggggacggggcccagcccctccctcagctccgtgcccaacactccagcttccaccata
tccgcgagagaagagattgctcgtagatcttttcggctggcatatccatctcagctggtg
cagcacattccagaagcaagtctgaactaccagaaagtgcctccgggatcagtggaactg
aaggattttgaccaaaatatgaatgataatagagaagaggaactctcaagaaaaccaagg
acaagaaaccgtgaggaggtaatctttgacaacctgatgttgaacccagtgtcccagtta
tcacatacaatccgtgaaaatacggaaaacctcgctgagaaaatgaagattctgtttcaa
aactcagagaggacctgggaggagatggaagccaaaatcaattcagaaaatgaagtgcca
attctaaagacatcaaacaaagaaatcagttctatcctgaaggagctcagacgagttcaa
aaacagcttgaagtcataaatgctatcattgaccctactggaaacttggatatagttgcc
agtaacaaagcatcttctgctgctaaacaatctacagccactaaagtcaggactgctaac
aattctgggtccacactggagactttgtccctagcacagatgagaaactacgctcagaaa
tcgaactgtgggtcttctagcttacaagattccaatttcattccagatggagagaaatac
gtgatctga
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