KEGG   Sus scrofa (pig): 100151840
Entry
100151840         CDS       T01009                                 
Symbol
CEP250
Name
(RefSeq) centrosome-associated protein CEP250 isoform X1
  KO
K16464  centrosomal protein CEP250
Organism
ssc  Sus scrofa (pig)
Brite
KEGG Orthology (KO) [BR:ssc00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ssc03036]
    100151840 (CEP250)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:ssc03037]
    100151840 (CEP250)
Chromosome and associated proteins [BR:ssc03036]
 Eukaryotic type
  Centrosome formation proteins
   Centriole proteins
    100151840 (CEP250)
Cilium and associated proteins [BR:ssc03037]
 Other cilia and associated proteins
  Other cilium assembly proteins
   100151840 (CEP250)
SSDB
Motif
Pfam: Rootletin NPV_P10
Other DBs
NCBI-GeneID: 100151840
NCBI-ProteinID: XP_001929443
Ensembl: ENSSSCG00000021138
UniProt: I3L568 A0A8D1AQE0
Position
17:38809724..38872796
AA seq 2440 aa
METGRPRLNNMKPQPLQLVLEEQVLALQQQMAENQAASWRKLKSSQEAQQRQATLVRKLQ
AKVLQYRSWSQELEKRLEATGAPIPQRWENVEEPNLEQLLIRLEEEQQRCESLAEVNTQL
RLHMEKADVVNKALREDVEKLTVDWSQARDELMRKESQWQMEQEFFKGYLKGEHGRLLSL
WREVVTFRRHFLEMKSATDRDLMELKAEHVKLSGSLLTCCLRLTVGAPQARESTGSGRLN
GSEPSQLMLLLSKTQELEKEAHKRSQELIQLKSQGDLEKAELQDRVTELSALLTQSQKQN
EDYEKMVKALRETMKILEANHAELMEHEASLSRNAQEERLSLQQVIKDITQAMVEEGDHM
AQGSGHEHSLDLDPSGFFSQFDSQQPDKALTLVRSVLTQRRQAVQDLKQQLSGCQEAVSS
LQQQHHQWEEEGEALRQRLQKLTGERDTLAGQTVGLQGEVDSLSRERELLQKTREELQQQ
LEVLEQEAWRLRRTNMELQLQGDSAQGEKEEQQEELHLAVRERERLQEMLASLEAKQSES
LSELITLREALESSRLEGELLRQEQTEVTAVLAKAEQSIVELSSSENSLKAEVADLRAAA
VKLSALNEALALDKVGLNQQLLQLEQQNQSVCSRMEAAEQARSALQVGLAEVERSREALW
EKNTYLEAQLQKAEAARAELQADLRGVQEEKEEIQEKLSEAHHQQEAVSVQMEQLRQEAK
RQEEVLAREVQEKEALVREKAALEVRLQAVERDRQDLSEQLLGLSSAKELLENSLFEAQQ
QNSLIEVTKGQLEVQIQTITQAKEVIQGEVRCLQLELDTERSRAEQERDAATKQLAQAEQ
EGQTALQQQKSAHEEEVKGLQEKWEKERAWHQQELDKALKSLEREKTELEMRLREQQAET
EAMRTQREEERAEAESTLRQMQLETEKERMSLLETLLQTQKELADASQQLERLRQDMKVQ
KLKEQETTGMLQTQLREAQKELEQAAQQHRDSLAALQEEGRALLQDKIDLHKQVEDLKSQ
LVSKEDSQRLVDQEVQEKLREAQECSRIQKELEKEKASLTLLLVEKEQRLLGLQEADSIR
QQELSSLRQDMQEAQAGQKELSAQVELLKQEVKAKETDFLAQEARLLEELEASQVTEQQL
RASLWAQEAKAAQLQLRLRSTESQLEVLLAEQQPGHQAQAQLASLCAVLQQALGSVCESR
PELSGGGDSAPSLWGPEPDQNGARTLFKRGPLLTALSAEAVASALHKLNQDLWKTQQARD
DLRDQAQKLGQRLTETEAEKSQLHTELQALQRQLSQNQEERSKWEGKQTSLESELVELHE
TVTSLQSRLRQAELQGIEAQNEQELLQAAKENLTAQVEHLQAAVAEARAQASAAEVLEED
LKTARSALKLKSKEVESERERAQALQEQGELKVAQGKALQENLARLTQTLSEREGEVETL
QGKIQELEKQREMQKAALEVLSLDLKKRNQEVDLQQEQIQELEECRSVLEHLPMAVQERE
QKLTLQREQIKELEKDRETQRNILEHQLLELEKKAQVIESQKGQIQDLKKQLVTLECLAL
ELEENHHKIECQQKTIEELEGQREMQRAALTHLTLDLEERSQELQVQGSQIRELESHNSL
LARELQEKDQEMTSQQDQTEELQRQKEHLTQDLKRREQEIVLLKERIQVLEDQRTLQTKI
LEEDLEQIKMSLRERGRDLASQRQLMQERAEEGKGQSKAQRGSLEHMKLILRDKEKEVEC
QQEHIQELQEHKAQLEQQLQGLHRKMGETSLLLTQREQEIVALQRHLQEAREQGELKEQS
LQGQLEEAQRALARRDQELKALQQQQAQGQEENVMEKAGLLQRELEQAHVTLKERQAELE
DYKEHVRRLQEELAVEGQRVQALEEVLSDLRAESREQEKALLALQQQCAEQAQEHEAEAR
ALQDSWLQAEAMLKERDQELEALRAEGLSSQHREEAACGQVEALQEALSKAQADLQEKEQ
HLLGQVELSRSLEASTATLQAALDSCQAQSRQLEEALRKREGEVQVRDLRYQEAMQQLQQ
ALTQRDEELRQQRKQGQLLEKSLAQRGQEDATQEKQEAKHEREEEEIRSLRESLQELQLT
LAQKEEEILELREAQQRKSLEDLSHKGCPGKEPATTFDSLGPRLQRELERLQAALKQTEA
REIEWREKAQDLALSLAQSKASVSDLQEVALFLQASVLERDSEQQRLQDELELTKLTLEK
ERLHSPGPSSRAERGPRGEPGVQLGEVSGVKTEPSPEMEERQLWEQRLEHLQRAVALLEV
DRSQLQQHNAQLRTTLEQVERERRKLKRGSMRALRAGDLESGEATAPSPMQQDGRGRQKG
CSDAKHMVELQKEVALLRAQLALERKQKQDYIARSVQTSRELADLHHGLSHSLLAVAQAP
EATVLEAETRKLDESLTQSLTSPGPALLCPSSSAAQTASR
NT seq 7323 nt   +upstreamnt  +downstreamnt
atggagacaggccgccccaggctgaacaacatgaagccccaaccactgcagctggtgcta
gaggagcaagtgctggcgctgcagcagcagatggcagagaaccaagcagcctcctggcgg
aagctgaagagctcccaagaggcacagcagaggcaagcaacccttgtgaggaagctgcag
gccaaggtgttgcagtaccggagctggagccaagagctggagaagcggctggaagccact
ggggcaccaatccctcagaggtgggaaaatgtggaggagccaaacctggaacagctgcta
atccgattggaggaggagcaacagaggtgtgagagtctagcagaggtgaacacccagctt
cggctgcacatggaaaaagctgacgtggtgaataaagcgcttcgggaagatgtggaaaaa
ttgacagtagactggagccaggcccgggatgagctaatgaggaaggagagccagtggcag
atggagcaggagttcttcaagggctacctgaaaggggagcatggtcgccttctcagtcta
tggcgggaggtggtgaccttccgacgtcactttctggaaatgaagtcagccactgacaga
gacctgatggagctcaaggctgagcacgtgaagctctctgggtccctgttgacctgttgt
ctgcgcttgactgtgggagcaccacaggcccgggaatccactggatctgggaggctgaat
gggagtgaaccatcccagctgatgctgctactgtctaagacccaggagctggagaaggaa
gcccataaaaggagccaggagttaatacagcttaagagtcaaggggatctggagaaggct
gagcttcaggatcgggtgaccgagctttctgctctgctgacccagtctcagaagcagaat
gaagattatgaaaagatggtaaaggctctgagagagacaatgaagatcctggaggcaaat
catgcagagttaatggaacatgaggcatctcttagtaggaatgcccaagaggagaggctg
tctttacagcaagtgatcaaggatataacccaggccatggtagaagaaggggaccatatg
gcccaaggctctggtcacgagcactccttggacttggatcctagtggcttcttctcccag
tttgattcccagcagccagacaaggccctcactctggtgcgttctgtgttgactcagaga
cgccaggctgtgcaggacctaaagcagcagctttcaggctgtcaggaagctgtgagctcc
ttgcagcagcagcatcatcagtgggaagaagagggtgaggccttgagacagcggctgcag
aagctcaccggggagcgggacaccctggcagggcagactgtgggcctgcagggggaggtg
gactctctgagcagggagcgagagctcctgcaaaagaccagggaggagctgcagcagcag
ctggaggtgctggagcaggaggcctggcgactacggaggacaaacatggagcttcagctg
cagggcgactctgctcagggcgagaaggaggagcagcaggaggagctgcacctggctgtc
cgagaacgggagcgccttcaggagatgctggcgagcctggaagccaaacagtcagaatct
ctcagtgaactgatcacccttcgggaagccctggagtctagtcgcctagaaggggagttg
ctgaggcaagagcaaacagaagtgactgctgtgctagcaaaggcagaacagtctattgtg
gagctgtcaagttctgagaacagcctgaaggctgaggtagctgatcttcgggctgcagct
gtcaagctcagtgccttaaatgaggctttggccttagataaagttggactgaaccagcag
cttctccagttagaacagcagaaccagtctgtgtgcagcaggatggaggcagcagagcag
gcaagaagcgctttgcaggtgggcctggcagaggtggagaggagcagggaagcgctgtgg
gaaaagaacacttacctggaggctcagctgcaaaaagcagaggcggccagggctgagctg
caggcagatctcaggggcgtccaggaagagaaggaagaaattcaagagaaactaagcgag
gcacatcaccagcaggaggcagtctcagttcagatggagcagctgcgtcaggaggcaaag
cggcaggaagaggtgctcgcccgggaagtccaggagaaggaggctctggtgcgggaaaag
gcggctcttgaagtgcggctgcaggctgtggagcgggaccggcaggacctctctgaacaa
ctgctggggctcagctcggccaaggagcttctggagaacagtctgtttgaggcccagcaa
cagaattctctgatagaagtcaccaaggggcagctggaggtccagattcaaactatcact
caagccaaggaggtaatccaaggggaagtgaggtgcctacagctggaactggatactgaa
cggagccgggcagaacaggagcgggatgctgcaaccaaacagctggcccaggctgagcaa
gaggggcagaccgccctgcagcagcagaagtcagcccatgaggaggaagtgaaggggctc
caggaaaaatgggagaaagagcgtgcctggcaccagcaggaactggataaggctctgaag
agccttgagagggagaaaacggagctggaaatgaggctgagggagcagcaggcagaaaca
gaggccatgcggacgcagagggaagaagaacgggctgaggctgagagcaccctgcgccag
atgcagctcgaaacagagaaggagagaatgtccctcctggagacactgctgcagacccag
aaggagctggcagatgccagccaacaactggagcggctgaggcaggacatgaaggttcag
aagttaaaggagcaggagaccactgggatgctgcagacccagctccgggaagctcagaag
gagctggaacaggcagcccagcagcacagagacagccttgctgccctccaagaagaaggc
cgtgccctgctgcaggataagatagacctgcacaagcaggtggaggacttgaagtctcag
ctggtttccaaggaagactcccaaaggctggtagaccaggaagttcaggagaagctgaga
gaggcccaggaatgtagccgaattcagaaggagctggagaaagaaaaggccagcctgact
ctgttgctggtggaaaaggaacagagactccttggtttacaagaggccgactccattcga
caacaagagctgagctccctgcgccaggacatgcaggaggcccaggcagggcagaaagag
ctcagcgcccaggtggaattactgaagcaggaggtgaaggcaaaggagactgactttctg
gcccaggaagcgcggctgctggaagagctggaggcatctcaagtaacagagcagcagcta
cgagcttccttgtgggcccaggaagccaaggccgcacaactacagctgcgactgcgcagc
acagagagccagctggaggtgctgctggcagagcagcagcctgggcaccaggcccaggcc
cagctggccagcctttgtgctgtcctgcagcaggccctggggtctgtttgtgagagcagg
cctgagctgagtggcgggggagactctgctccctccctctggggccctgagccagaccag
aatggagctaggacccttttcaagagagggcccctcctgacagctctctcggctgaggcg
gtggcctctgcccttcacaagcttaaccaagacctgtggaagactcagcaggcccgggat
gatctgagggatcaggcccagaagctgggacaacgtcttactgaaacagaggccgagaag
agccagctccacacagagttgcaggctctgcagaggcagctctcccagaaccaggaagag
agatccaagtgggaaggaaaacagacctccttagaatctgagctggtggaactgcatgaa
actgtgacatccttacagagtcgcctacggcaagcagagctgcagggaatagaagcccag
aatgagcaagagttactgcaggcagccaaggagaacctgacagcccaggtggaacacctc
caagcagctgttgcagaagccagggctcaggcaagcgctgccgaggtcctggaggaagac
ctcaaaactgcacgctcagccctgaaactgaaaagcaaggaggtggagagtgagcgtgag
cgagcccaggccctacaggagcagggcgagctgaaggtggcccaagggaaagctttgcag
gagaatttggctcgcctgactcagaccctatctgagagagaaggggaggtggaaactttg
cagggaaaaatccaggagctggagaagcaacgggaaatgcaaaaggctgctttggaggtg
ctgtctttggacctcaaaaagaggaaccaagaggtggatctgcagcaagaacagattcag
gagctggaggagtgcagatcggttttagagcatctccccatggcagtccaggagcgagag
cagaagctgactctgcagagggagcagatcaaggagctcgagaaggaccgagagacacag
aggaacatcttggagcatcagcttctggaacttgagaagaaggcccaagtgattgagtcc
cagaaaggacagattcaggatctgaagaagcagctggttactctggaatgcctggccctg
gaactagaggaaaaccatcacaaaatagagtgccagcaaaagacaattgaggagctggag
ggccagagggaaatgcagagggcagctctgacccatctgacactggacctggaggaaagg
agccaggagctgcaggtacagggcagccagatccgggagctagagagtcacaacagcctc
ttggcaagagagctccaggagaaggaccaggagatgacgtcccagcaagaccagacagag
gaactgcagaggcagaaggagcatttgacacaggacctcaagaggcgggaacaggagata
gtgctgctgaaggagaggattcaggtcttggaagatcagagaaccctacagaccaagatc
ctagaggaggacctggagcagatcaaaatgtccttgagggagcgaggccgggacctggcc
tcgcagaggcagctgatgcaggagcgggcagaggaagggaagggccagagtaaagcacag
cgcgggagcctggagcatatgaagctgatcctgcgtgataaggagaaggaggtggaatgc
cagcaggagcatatccaggaactgcaggagcacaaggcccagctggagcagcagctccag
ggcttacacaggaagatgggggagaccagccttctcctgacccagcgggagcaggagata
gtggctctgcagcggcacctgcaggaagccagggaacagggagagctgaaagagcagtca
cttcaaggtcagctggaagaggcccagagggcgctggcccgaagggaccaggagctcaag
gccctgcagcagcagcaggcccaaggccaggaggaaaatgtgatggaaaaggcgggctta
ctgcagagagagctggagcaggcccacgtgacactgaaggagcgccaggcggagcttgag
gattacaaggagcatgtgagaaggctccaggaagagctggcagtggaggggcagcgggta
caggccctggaggaggtgttgagtgacctaagggctgaatctcgggaacaagagaaggcc
ctgctggccctccagcagcagtgtgccgagcaggcccaggagcacgaggcagaggccagg
gccctgcaggacagctggctgcaggcagaggctatgctcaaggaacgggaccaggaactg
gaggccctgcgggcagagggcctgtcttcccagcatcgggaggaggctgcctgtggccag
gtggaggctctgcaggaggccctcagcaaggctcaggctgacctgcaggagaaagagcag
catctccttgggcaggtggaactgagccgcagcctagaggccagcacggccacgttgcag
gctgccctggactcctgccaggcacagtcccggcagctggaggaggccctgaggaagcgg
gaaggtgaggtccaggtccgggacctccgataccaggaggccatgcagcagctccagcag
gcacttacccagagggatgaagagctgagacaacagaggaaacaggggcagctcctggag
aagtctctggcccagaggggccaagaggatgcaacccaagagaagcaagaagcaaagcac
gagagagaagaggaagagataaggagccttcgtgagagtctgcaggagctacagctgact
ctagcacaaaaggaagaggagatcctggagctgagggaggcccagcagaggaagagtctg
gaggacttgtctcacaaaggctgcccagggaaggagccggctacaacatttgattcctta
gggcccaggctgcagcgggaactggagcgactacaggcagcactgaagcagacagaagcc
agggagatcgagtggagggagaaggcccaggatctggcgctgtccctggcccagagcaag
gccagtgtcagcgatctgcaggaggtagccctgttcctgcaagcatctgttctggagcgg
gactcagaacagcagaggctgcaggatgagttggagctcaccaaactcactctggagaaa
gagcgactccacagcccaggcccgagcagcagagcagaacgggggcctagaggagagcca
ggtgtacaactgggagaggtctcgggagtgaagactgagcctagtcctgagatggaggag
aggcagctctgggaacagaggcttgagcacctgcagcgagcggtggctctcttggaggtt
gaccgaagccagctgcaacaacataacgcccagctgcggaccaccctggagcaggtggag
cgagagcggaggaaactgaagaggggttccatgcgtgcattgcgggcaggggacctggag
agcggtgaagccacggcaccatcacccatgcaacaggatggaagaggaaggcagaagggc
tgctcagatgccaagcacatggttgagctgcaaaaagaggtggccctcctgcgagcccag
ctggccttggagcggaagcagaagcaggactacattgctcgctcagttcagacgagccgt
gagctggcggacctgcaccacggcctctctcactcccttctcgctgtagcccaagccccc
gaggccaccgtcttagaggccgagacccgcaagctggacgagtctctgactcaaagcctg
acatcccccgggccagcactgctgtgccccagctccagtgctgctcagactgcctccagg
tag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (97)   
   KEGG ORTHOLOGY (1)   
   RefGene (92)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (13)   
   UniProt (2)   
   RefSeq(pep) (11)   
DNA sequence (13)   
   RefSeq(nuc) (11)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (129)   

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