Phyllostomus hastatus (greater spear-nosed bat): 123813416
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Entry
123813416 CDS
T07912
Symbol
CEP290
Name
(RefSeq) centrosomal protein of 290 kDa isoform X1
KO
K16533
centrosomal protein CEP290
Organism
phas
Phyllostomus hastatus (greater spear-nosed bat)
Brite
KEGG Orthology (KO) [BR:
phas00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
phas03036
]
123813416 (CEP290)
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
phas03037
]
123813416 (CEP290)
Chromosome and associated proteins [BR:
phas03036
]
Eukaryotic type
Centrosome formation proteins
Pericentriolar materials (PCM)
Centriolar satellite
123813416 (CEP290)
Cilium and associated proteins [BR:
phas03037
]
Primary cilia and associated proteins
Nephronophthisis-related proteins
123813416 (CEP290)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
CEP209_CC5
Motif
Other DBs
NCBI-GeneID:
123813416
NCBI-ProteinID:
XP_045686363
LinkDB
All DBs
Position
Unknown
AA seq
2731 aa
AA seq
DB search
MPPNINWKEIIKVDPDDLPRQEELADNLLFSLSKVEVNELKNESQENVIHLFRITQSLMK
MKAQEVELALEEVDKAGEEQAKFENQLKTKVMKLENELEMALQSTGGRDTRFLRDEIRQL
EKQLEQKDRELEDMEKELEKEKKVNEQLALRNEEAENENSKLRRENEQLRQDVTDYQKQI
DSQKETLLSRRGEDSDYRSQLSKKNYELVQYLDEIQTLTEANEKIEVQNQEMRKNLEESV
QEMEKMTDEYNRMKAIVHQTDTLMDQLKKENDHYRLQVKELTDLLRAKNEEDDPIMVAVN
AKVEEWKLILSSKDDEIIEYQQMLHNLREKLKNAQLDADKSNVMALQQGIQERDSHIKML
TEQVEQYTKEMEKSTFIIEDLKNELQRNKGASTLSQQTHYMKIQSKVQILEEKTREAERT
AELAEADAREKDKELVETLKRLKDYESGVYGLEDAVIEIKNCKNQIKIRDQEIEVLTKEI
NKLEMKINDFLDENEALRERVGLEPKTMIDLTEFRNRKNLKQQQYRAENQILLKEIESLE
EERLDLKKKIRQMAQEKGKRTATSGLKVEDLNLTENFSQASRMGERKFDITGLENISAAH
SKIRSSDKIELLHRRASLSIPKAYQKESEEDMTVGSLPRMLSEVHHSVANEVEPFVSLTG
HSSSTQVKDNTLPEAITIREIFKAPCLQSLGNLESLVNTFSSESHEEVNELLYSLSDDSM
KKVLRIHHAPEKTSFTLKSTSSLRALSTASDLMKKLSLRQKSAIFCPRIHDDKADMDKSQ
VVTSEDEQVHTHVKYADSSLKEDTRKSEIPLQAEILKSRLEVNLPEPVSITAQSKFSQID
PLENVIEHMWRELVFLRSQSEFLSRELIEKERDLEKSKTIIAKFQKKLKELVEENKQLEE
GMKEILQAIQEMQKEPDDKGGETSLIIPSLERLVNAIESKNAEGIFDANLHLKAQVDQLT
GRNEELRQELRETRNEVISYSQQLAKANLKIDHLENEISLLRQSEGSNVVFKGIDLPDGI
APSSANIINSLNEYLIHILQELEYKENKLKDLEGSLEDYNRKFAVIRHQQSLLYKEYLSE
KETWKTESETMKEEKKKLESQIQQDTIKVKEYNNLLSTLQMDSDEMKKTLSENSRKITVL
QVNEKSLVRQYTTLVEMERQLRKENEKQKNDLISMEAEVGEKIGRLQRFKEMAIFKIAAL
QKVMDNSVSLSELELANKQYNELTVKYRDILQKDNVLVQRTNNLEHLECENASLKEQIES
TNKELEITKEKLHTIEQAWEQETKLGNESNMDKAKKSITNTEIASISKKITMLEMKELNE
RQRAEHSQKMYEHIRTSLKQMEERNFELETKFAELTKINLEAQKVEQILRDELADSVSKT
VSDADRQRILELEKNEMELKVEVSKLREISDIAKRQVEILNAQQQSRDKEVESIRMQLLD
YQAQSDEKALIAKLHQHIVSLQISEVTALGKLESLTSKLQKMEACNLRLEQKLDEKEQAL
YYARLEGRNRAKHLRQTIQSLRRQFSGALPLAQQEKFSKTMIQLQNDKLKIMQDMKNSQQ
EYRNMENKKMELELKLKGLEELISTLKDARGAQKVINWHMKIEALRLQELKLNRELVKDK
EEIKYLNNIIFEYEHTISSLEEEIVQQNKFHEERQMAWDQREVELERQLDIFDRQQNEIL
SAAQKFEEVPGSMPDPSLPLPNQLEIALRKIKENVRIILETRATCKSLEEKLKEKESALQ
LAEQNILSRDKVINELRLHLPATAEREKLIAELGRKVVEPQSHHTLKIAQQTIANMQARL
NQKEEVLKKYQHLLEKAREEQREIVKKHEEDLQILHHKLELQADSSLNKFKQTAWDLLKQ
PPTPVPTNKHFIRLAEMEQTVAEQDDSLSSLLIKLKKVSQDLERQKEITELKIKEFENTK
LRLQENHEDEIKKVKAEIEDLRCLLAQSRNESQSLKSELQAQKEANSRAPTTTMKNLVER
LKSQLALKEKQQKALSRALLELRAEMTAAAEERIISATSQKEADLNIQQIVDRHTKELRS
QIEDLNENLLKLKEALKTSKNRENSLTDNLSDLTNELQKTQKAYNKMLREKGGLDQENDE
LKRQIKRLTSGLQGKTLIDNKQSLIEELQKKIKKLESQLERKADEVEMKPVKEKSAREEL
IRWEEGKKWQSKIEGIRNKLKEKEGEIFILTKQLNTLKDLFAKADKEKLTLQRKLKTTGM
TVNQVMGVRALESEKELEELKKRNLDLENDISYIRTHQALPRDSVIEDLRLQNRYLQEKL
HALEKQSSKDTYSRVSTSEIESDDHWQREQELQRENLKLSSENIELKFQLEQANKDLPRL
KNQVRDLKEMCEFLKKEKAELERKLGHVRGSGRSGKTIPELEKTIGLMKKVVEKVQRENE
QLKKASGILTSEKMANLELENEKLKAELEKLKVHLGRQLSMHYESKTKGTEKIVAENERL
RKELKKETEAAEKLRIAKNNLEILNEKMTVQLEETGKRLQLAESRGPQLEGADSKSWKSI
VVTRMYETKLKELETDIAKKTQSLTDLKQLVRQATEREQKIKKYTEGLEQQIEILKHVPE
GVETEPGLQRELQVLRLANNQLEKEKAELIHQIETQKDQSGAESTMHDPDQLQEKLKDLE
TQLKTSDLEKQHLKEEIKKLKKELQNFDPSFFEEIEDLKYNYKEEVKKNILLEEKLKKLS
EQSGIQLTSPTAASEQLEDEEEESPVNFPLY
NT seq
8196 nt
NT seq
+upstream
nt +downstream
nt
atgccacctaatataaactggaaagaaataataaaagttgacccagatgaccttcctcgt
caagaagaattggcagataatttattgttttccttatccaaggtggaagtaaatgagctg
aaaaatgaaagtcaagaaaatgtgatacaccttttcagaattactcagtcattaatgaag
atgaaagctcaagaagtagagctagctttggaagaagttgataaagctggagaagaacaa
gcaaaatttgaaaatcaattaaaaactaaagtaatgaaactggaaaatgaactggagatg
gcactgcagtctacaggtggacgtgacacccggtttttacgcgatgaaattcgccaactt
gaaaagcaactggaacaaaaagatagagaattggaggacatggaaaaagagctggagaaa
gagaagaaagttaacgaacaattggctcttcgaaatgaagaagcagaaaatgaaaacagc
aaattaagaagagagaatgaacaacttcgtcaagatgttactgactatcagaaacaaata
gattcacaaaaagaaactcttttatcaagaagaggagaagacagtgactatcgatcacag
ttgtctaaaaaaaactatgaacttgttcaatatctggatgaaattcagactttaacagaa
gctaatgaaaaaattgaagttcagaaccaagaaatgagaaaaaatctagaagaatctgta
caggaaatggagaagatgactgatgaatataatagaatgaaagctattgtgcatcagaca
gatactttaatggaccaattaaaaaaagaaaatgatcattatcggcttcaagtgaaggag
cttacagatcttctaagagcaaaaaatgaagaagatgatcccatcatggtagctgtcaat
gcaaaagtagaagaatggaagttaattttgtcttctaaagatgatgaaattattgaatat
cagcaaatgttacataacctgagggagaaactgaaaaatgcccagcttgatgctgataaa
agtaatgttatggctctgcaacaggggatacaagaacgagatagtcatattaaaatgctt
actgagcaagtagaacaatacacaaaagaaatggaaaaaagtacttttattattgaagat
ttgaaaaatgagctccaaagaaacaaaggagcttcaacactttctcaacagacccattat
atgaaaattcagtctaaagttcaaattttagaagagaaaactagagaggcggagagaaca
gctgaactggctgaggctgatgctagggaaaaggataaagaactagtggagactctgaag
cgattaaaagattatgaatcgggagtatacggtttagaagatgctgttattgaaataaag
aattgtaaaaaccaaattaaaataagagatcaagagattgaagtattgacaaaggaaatc
aataaacttgagatgaagatcaatgacttcctcgatgaaaatgaggcacttcgagagcgt
gtgggccttgaaccgaagacaatgattgatttaactgaatttagaaatagaaaaaattta
aaacagcaacaatacagagccgaaaaccagattcttttgaaagagattgaaagtttagag
gaagaacgacttgatctgaaaaaaaaaattcgccaaatggctcaagaaaaaggaaaaaga
actgcaacttcaggactaaaagttgaggacctgaacctaacagaaaacttttctcaagca
agtagaatgggagaaagaaaatttgatatcacaggccttgaaaatatcagtgcagcacat
tcaaagattaggagttcagataaaatagagctgctgcataggagagcatcactcagtatc
ccaaaagcatatcagaaagagtcagaagaggatatgacggtaggatcgttaccaagaatg
ctatctgaagttcatcatagtgtagcaaatgaagtggaaccttttgtctctttaactgga
cattcttcatctacacaagtgaaagacaatacacttccagaagctattacaataagggag
atttttaaagcaccatgtctacaatctttaggaaatctagaatcgttagtcaataccttt
agtagcgagagtcatgaagaagtaaatgaactcctatactctctttctgacgactctatg
aagaaagtgttaagaatccatcacgcacctgagaagacaagtttcacactaaaaagcact
tcatctttacgagctttatcaacagcgtcagacttaatgaagaagttatcacttagacaa
aaatctgcaatattttgtccacgaattcatgatgataaagctgacatggataaatcacaa
gtagtaacatcagaagatgaacaggttcatacccatgtaaaatatgctgatagcagtttg
aaagaagatacaagaaaaagtgaaatacccttacaggcagagattttgaaaagtagactt
gaagttaatcttccagaacctgtatctattactgcacaatcaaaattttctcagatagat
ccacttgaaaatgttatagaacatatgtggagagaactagtatttcttagatctcagagt
gaatttctttcaagagaactaattgaaaaagaaagagatttagaaaaaagtaaaacaata
atagccaaatttcagaaaaaactaaaagaattggttgaagaaaacaaacaacttgaagaa
ggtatgaaagaaatactgcaagctattcaggaaatgcagaaagagcctgatgataaagga
ggagaaacatctctaattattcctagccttgaaagactagttaatgctatagaatcaaag
aatgcagaaggaatctttgatgccaatctccatttgaaagctcaagttgatcaacttact
ggaaggaatgaagaattaaggcaggagctcagggaaactcggaatgaggttatcagttat
tctcagcagctggcaaaagcaaatctaaagatagatcatcttgaaaatgaaatcagcctt
ttacggcaatcagaaggatcaaatgttgtttttaaagggatagacttgcctgatgggata
gcaccatctagtgccaatattattaattctctgaatgaatatttaatacatattttacag
gaactagaatataaagaaaataagttaaaggatttagaaggttctcttgaagactataac
agaaaatttgcagtaattcgtcatcaacaaagcttattatataaagaatatctaagtgaa
aaggagacctggaaaacagaatctgaaacaatgaaagaggaaaagaaaaaacttgaaagt
caaattcaacaagatactataaaagtaaaagaatataataatttgctcagtactcttcag
atggattcagatgaaatgaaaaaaacactttcagaaaatagtagaaaaatcaccgtcttg
caagtgaatgaaaaatcactcgtaagacaatacactactttagtagaaatggagcgccaa
cttagaaaagaaaatgagaaacagaagaatgacttgatatcaatggaagctgaagttggt
gaaaaaattggacgtttacaacgatttaaggagatggccattttcaagattgcagctctc
caaaaagttatggataatagtgtttctctgtctgaactagaattggccaataaacaatac
aatgaactgactgttaagtacagggacatcttgcaaaaagataatgtgcttgttcaaaga
acaaataacttggaacatctggagtgtgaaaatgcatctctaaaagaacaaatagagtct
acaaataaagaactagagattaccaaggaaaaacttcacactattgaacaagcctgggaa
caggaaactaaattaggaaatgaatctaatatggataaggccaagaaatcaataaccaac
actgagattgcttctatttcaaaaaaaatcactatgctggagatgaaggaattaaatgaa
cggcagcgggctgaacattcccaaaagatgtatgaacacataaggacttcattaaaacaa
atggaagaacgtaattttgaattggaaaccaaattcgctgagcttaccaaaatcaacttg
gaagcacagaaggtagaacagattttaagagatgaattagctgatagtgtgagcaagaca
gtaagtgatgctgatagacaacggattctagaattagagaagaatgaaatggaactaaaa
gttgaagtgtcaaaactgcgagagatttctgacattgccaaaaggcaagttgaaattttg
aatgcacagcaacagtccagggataaagaagtcgagtccatcaggatgcagctgttagac
tatcaggcacagtcggatgaaaaggcactaattgccaagttgcaccaacacatcgtctct
cttcaaattagtgaggttactgctcttggtaagttggagtctcttacatcgaaactgcag
aagatggaggcctgtaatttgcgcttagaacagaaactggatgaaaaggaacaggctctc
tattatgcccgcttggaggggagaaacagagcaaaacatctgcgccaaacaattcagtct
ctgcgacgccagtttagtggagctttgcccttggcacagcaggaaaagttctctaaaaca
atgattcagttacagaatgacaaactgaagataatgcaagacatgaaaaattctcaacaa
gaatatagaaatatggaaaacaaaaaaatggagttggaattaaagttaaaggggctagaa
gaattaataagcactttaaaggatgccaggggagcccaaaaggtaatcaattggcatatg
aaaatagaagcactccgtcttcaagagcttaaactaaatcgagaattagttaaagataaa
gaagaaataaaatatttgaataatataatttttgaatatgagcatacaatcagcagcctg
gaggaagaaattgtacagcagaacaagtttcatgaagaaaggcaaatggcctgggatcaa
agagaagttgagctagaacgtcagctcgacatttttgaccgtcagcaaaatgaaatacta
agtgcagcacaaaagtttgaagaggttccaggatcaatgccagacccaagtttgcccctt
ccaaatcaacttgagattgctctaagaaaaattaaggagaatgttcgaataattctagaa
acacgggcaacttgcaaatcactagaagagaagctaaaagaaaaagaatctgctttacag
ttagcagaacaaaatattctgtcaagagacaaagtaatcaatgaactgaggcttcattta
cctgccactgcagaacgagaaaagcttatagctgaactaggcagaaaagtagtggaacca
cagtcacatcacacattgaaaattgctcagcagacgattgccaacatgcaagcaaggtta
aatcaaaaggaagaagtgttaaagaagtatcagcatcttctggaaaaggccagagaggag
caaagagaaattgttaagaaacatgaagaagaccttcagattcttcatcataaattagaa
ctacaggctgatagttcactcaataaattcaagcagacagcctgggacttactaaaacag
cctcctacaccagttcctactaacaagcatttcattcgtcttgctgagatggaacagaca
gtagcagaacaagatgactctctctcctcacttttgatcaaattgaaaaaagtgtctcaa
gatttagagagacaaaaagaaatcactgaattaaaaatcaaggaatttgaaaataccaaa
ttacggctccaagaaaaccatgaagatgaaattaaaaaagtgaaagcagaaatagaggac
ttaaggtgccttctggcccagtcacgaaatgagtcacagagtttaaaatctgaacttcag
gctcagaaagaagcaaattcaagagctccaacaacaacaatgaaaaacctagtggaaagg
ttaaagagccagttagcccttaaagagaaacaacagaaagcacttagtcgagcacttttg
gaactccgggcagaaatgacagcagcagctgaagaacgtattatttctgcaacttctcag
aaagaggcggatctcaatattcaacagattgttgatcgacacactaaagagctaaggtca
caaattgaagatttaaatgaaaaccttttaaagttgaaagaagctcttaaaacaagtaaa
aacagagaaaattcactaactgataatttgagtgacttaactaatgaactacaaaaaaca
caaaaagcatataataaaatgctcagagagaaaggtgggcttgatcaagagaatgatgaa
ctgaaaaggcaaataaaaagactaaccagtggattacagggcaaaactctgattgataat
aaacaaagtttaattgaagaactccaaaagaaaattaaaaagctagaaagccaactagaa
agaaaagcggatgaggtagaaatgaagcctgtgaaagaaaagagtgctagagaagaatta
attaggtgggaagaaggtaaaaaatggcaaagcaaaatagaaggaattcgaaacaagtta
aaagagaaagagggagaaatctttattctaacaaagcaattgaatactttgaaggatctt
tttgccaaagccgataaagagaaacttactttgcagaggaaactaaaaacaactggcatg
actgttaatcaggttatgggagtgcgagctttggagtctgaaaaagagttggaagaatta
aaaaagagaaatcttgacttagaaaatgacatatcatatataaggacccaccaagctctt
cctcgagattctgttatagaagatttacgtttacaaaatagatacctccaagaaaaactt
catgctttagaaaaacagtcttcaaaggatacctattccagagtttcaacttcagaaata
gagtccgatgatcattggcaaagagaacaggagcttcagagggaaaacttaaagttgtca
tctgaaaatattgaactaaaatttcagcttgaacaagcaaataaagatttgccaagattg
aagaatcaagtaagagatttgaaggaaatgtgtgagtttcttaaaaaagaaaaagcagaa
cttgagcggaagcttggccatgttagagggtctggtagaagtggaaagacaatcccagaa
ctagagaaaaccattggtttaatgaaaaaagtagttgaaaaagtccaaagagaaaatgaa
cagttgaaaaaagcatcaggaatactgaccagtgaaaaaatggctaatcttgagctggaa
aatgaaaagttgaaggctgaattagaaaaacttaaagtacatcttggacgacagttgagc
atgcactatgaatccaagaccaaaggcacagagaagattgttgctgaaaatgaacggctt
cgtaaagaacttaaaaaagaaactgaagctgcagagaagttgcggatagctaagaataat
ttagagatattaaatgagaagatgacagttcagctagaagagactggtaagagattacag
ctggcagaaagtagaggcccacagcttgaaggtgctgacagcaagagctggaaatcaatt
gttgttacaagaatgtatgaaaccaaattgaaagaattggaaactgatattgccaaaaaa
acccaaagccttactgatcttaaacaacttgtaagacaagcaacagagagggaacaaaaa
attaagaaatacactgaaggccttgagcaacagattgagattctgaaacacgtccctgag
ggtgttgagacagagccgggccttcaacgggagcttcaggttcttagattagctaataat
cagctggaaaaagaaaaagcagaattaatccatcagatagaaacacagaaagaccaaagt
ggagctgagagcaccatgcatgatcctgatcaactacaggaaaaattaaaagatctagag
acacagcttaaaacctcagacctagaaaagcagcatttgaaggaggaaataaaaaagctg
aagaaagaactacaaaattttgatccttcattttttgaagaaattgaagatctgaagtat
aattacaaagaagaagtaaagaaaaatattcttttagaagagaagttaaaaaaactttct
gagcaatctggaattcaactgactagtcctactgctgcttccgaacagctggaagacgaa
gaagaggaaagtcctgttaatttccccctttattaa
DBGET
integrated database retrieval system