KEGG   Xenopus tropicalis (tropical clawed frog): 100145662
Entry
100145662         CDS       T01011                                 
Symbol
cul9
Name
(RefSeq) cullin-9
  KO
K11970  cullin 9
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:xtr04121]
    100145662 (cul9)
Ubiquitin system [BR:xtr04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   Cul9 complex
    Cullin
     100145662 (cul9)
SSDB
Motif
Pfam: Cul7 Cullin IBR ANAPC10 Cullin_Nedd8 ARI1_UBAl HemN_C
Other DBs
NCBI-GeneID: 100145662
NCBI-ProteinID: NP_001120525
Xenbase: XB-GENE-877136
UniProt: Q08BT7
Position
5:complement(1086684..1110288)
AA seq 2492 aa
MLVGERRNGNLLVQLGPKLQAQPEELLRQRWSPDGHTEYLIRWAVQNQEDGARGSGAVSQ
TESKTQNILMWMSAEEVYANCPTLLGKRKLEGLGVPEEKASGAPEEAALMEMREDVRALV
QRAARQMSHSSGPDSSVLNTIHVLSAYASIGSLAGVFKETGALDLLMKMLCNQEKQIRKN
AGKMLRALASHDAGSRAHVLLSLSRQDGIEQHMDFESRYTLLQLFAETTSSEEHCISFEG
IHLPQIPGKQLFSLVKRYLCVTSLLDQLSTDRPDTDKMTRLRRQFDFSMAMGSLICELVR
VMGWVSDRTPGANIPYVEAQPRVVRSIFQPKAQNCPSVQVAALPSARPPAPKKKQERGFM
QPHDFPSRNAYVDYIQENLKPGMTVKMLEDYDEISTGDEGIFRQSNNGMPPVQVLWSSTG
RTYWVHWHMVQIIGSGEQAEEDIQEKVPTLTDNLKVPPVAQTFQCKPLGGLYTLPYLVGA
SCGEPGTLRQDEWWELLFFIKRLEAQEQQEVQEIITRSLAEKPSDLDDFALKPVPTEVAQ
KILRFLSEHCRGCTLSDLHSSQVYDKYFLRFKTAEPQSSHSGAFLQESPVQGGLQSKKAR
AEDSNGADMPGTHPITAEISDLQLLNNLLAQEGLQLADPADKSKGESGGSGTGKGPLSGT
PLEMLVDVLEKVKRRVCGADSLDFIIQILKQQPGEEAQGAKADGRASLRENVVKMLVELL
SSQMKDKLLAVTCLQLTYIVMAKFDWRVLFATEGGVRAVLGCMQEHQSSAAVQHAGLSVL
KVLTGVGRCELRGSPRRYTLNTSDAQVIKEIFSSIGSAASGNSTSLLRAIPGAISKMLAT
PGCLPSVHNGLLVVQMLTENHAGLLEQMVNCELPAVLQSFVVDPSNSLNWKLDILVQKQL
GELLKNKPEADTEATERVQTLAVQEMDSPALLSSLKDSQLCKEVLPALERCVCDNVSSMR
CHVPQLLTDSDFFLQLLSCLETLRGEKRLQLSVFRILNKALDFYQEDGLPWHKSIEPCLT
SLGSSGSDQEVLQEVVTFLNRLATTNKDYAVVMCRLGAKETLSKVLEKQNSALLQANELK
DLLADCEKFASLYQKMATSILAGCIQMVLGQIEEHRRSQQPINIPFFHVFLRNLCQGSSV
EVKEDKCWEKIEVSSNPHRANKLTDGNPKSYWESNGSTGSHYINIFMHRGVVARQLYMLV
ASEDSSYMPARLVVMGGENASCITTELNAVNISSTAGRVLLLENVTRFWPIIQIKIKRCQ
QGGIDTRVRGLEILGPKPTFWPVFKEQLCRRTFLFYTSRAHSWGQEIRGKRENLLQLFRR
LNRTLTHEQEFADRFLPDDEAAQALGRTCWEALIAPLVQSITTPDPGGMSPLHWLLTKYL
ENVRLSRRPKSRSSVFNSRVRRLTHLLVHVDSSLPETEALKPPSKTNEKSPDSASLPTKG
TVSLLSTMTGIAECWQGVVQKQVQRFLEVSWNNTDLVPRFCSLYLELRQAMEELFGQQTL
FLLSLRQGFCEGLLQLSFLTALHITEQFARYIDCRIQEISTDYYNLQALGHLQQFLEFVL
FLSDLELANSFEHFYRHYLADRLLSLGPSWLESSVVDHIGICFPNRFPQQMLKNLQEASD
LQREQHLFCLQEMDTGLLSDEEGEDMEEEKSIGVGHLGEEPKVHISVLSPRCWAIPSLCY
MKDPTKYFPESLCRPLNCFKDFYTKSQSLQGSDLTQSRRLQWTWLGNAEVQYGSLTLQVS
TLQMFILLQFNQREEVSFESITQATGLSQVLIGHALSPLTAKGAILTQEEGYLRVNGEAR
SEPGAGRVLRLLPRQTYLNVEEDEGRTLERKRNVIFCLITQIMKEEKELHIDNLVFRVIE
ACQKMESGRSLKFLSFGCSHTDVLSCIMHLISQGYVRRSDDRPHILEYLSKDPATPHKGK
AHISFQSPGRKRQGHGSNQPPPSSSGGTEQGVLETVLLPMGRTLSQEDVRALMGQMVAQV
SQTLSIDPDTAQHLLIHCKWNVDLLLQKYTEEPELLLISSGLQVRDPQHPESPQPACPVC
VSPLSPAEHHPTLCCQHLCCKSCWKEYLTTRIEQNLALNCTCPTTDCLAQPTSDFISKII
TSKEVIEKYEKSLLRGFVENCSNLTWCTNPQGCDRVLCKEGLGSGAACTKCSWLSCFNCS
FPEAHYPASCSHMSQWMDDGGFYEGMTVEAQSKHLTKLISKHCPSCQAPIEKNEGCLHMT
CAKCNHGFCWRCLKPWKPTHKDYYNCSAMVSKAARQEKRFQDYNERCTFQHRAKDFAVSL
RKRLSVLREEPPLRSLTFLITACRVLEQSRKVLGYACVYSYYNQDSERLDVLESQTENLE
LHVSALQILLEDSLLQCEDLGSCVRLLSADKYSSGLELVRRVQERLRGILQHSTQDFRVG
FLSQPDHKEMKLSNVPAPVTNLPAAANVAEGASDSGDTGGEQDDEEDDYAQDWHEEYDDD
LDEDDFSYDEDEESENFEPDSFIFEDDDAQAY
NT seq 7479 nt   +upstreamnt  +downstreamnt
atgttggtgggggagaggcgcaatggcaacctattggtccagctgggtcccaagctgcag
gctcagccagaggagttgctgcgccagaggtggagcccagatggacacacagagtatcta
attcgctgggctgtgcagaaccaggaggatggagcgagaggaagcggagcagtttctcag
accgagagcaaaactcagaatatcttgatgtggatgtcggccgaggaggtgtatgccaac
tgccccactctgctgggcaagcgcaaactggaggggctgggggtcccagaggagaaggcg
tcgggggccccagaagaagcggcgctgatggagatgagggaggacgtcagggcgctggta
cagagggctgccaggcagatgtcccacagcagcggcccggactcttccgttctcaacacc
atccacgtgctgagtgcctatgccagcatcggctccctcgccggcgtcttcaaggagacc
ggggccctcgacctgttaatgaagatgctgtgcaaccaggagaagcagatacgcaaaaat
gctggcaaaatgctgcgtgcgttggcatcccatgatgcagggagccgggcacatgtcttg
ctgtcgctcagtcgccaggatgggatagaacaacacatggatttcgagagccgttacact
ttgctgcagctttttgccgagaccaccagttcggaggagcactgcatctcatttgagggg
atacacttgcctcagatccctgggaagcagcttttctccctggtgaagcgatacctgtgt
gtgacgtccctattggaccagctgagcactgaccggcccgatacagacaagatgacccgc
ctacggcgccagtttgactttagcatggcaatgggcagcctgatctgtgagcttgtgagg
gtcatgggatgggtcagcgatcggactcctggcgccaatatcccatatgtagaggcccaa
cctcgtgtcgtccgctcaatatttcagcccaaagcacaaaactgtccaagcgtccaagta
gctgctctgccctccgctcggcccccggctccaaagaaaaaacaggagagagggtttatg
cagccccatgatttcccttcccgaaatgcctacgtggattatattcaggagaacctcaag
cccgggatgacagtcaagatgctggaggattatgatgagatcagtaccggagatgaaggg
atcttccggcaaagcaataatggcatgccccctgtccaggttctgtggagctctacgggc
cgcacctattgggtgcactggcacatggtgcagatcattggctctggagagcaagcagaa
gaagacatccaagagaaggtgcccacattaactgataacctgaaggtgccgccggtggcc
cagacatttcagtgcaagcccttggggggtctgtacacacttccttacctggtgggggct
tcttgtggggagcctggaaccctccggcaggacgagtggtgggaacttcttttcttcatt
aagagattggaagctcaggaacagcaggaggttcaggagatcataacgaggagcttggcg
gagaagccatcagatctggatgattttgccctcaaaccagtgcccaccgaggtggctcag
aagatcctccggtttctaagcgagcattgccggggttgtaccctcagtgacctccacagc
tcacaagtctatgacaagtacttcctacgctttaagactgcagagccgcagagctcgcac
tcaggcgcatttctccaagaaagccctgtgcagggaggacttcagtccaaaaaggcaaga
gcagaggactctaacggcgcagatatgccagggacccatcctatcacggctgagatctcc
gaccttcagcttctcaataacctactggcacaggaagggctgcagctcgctgacccggca
gataagagcaaaggagagagtggaggttctgggacaggtaaagggccactgtctgggacc
cccctagagatgttggtagatgtcctggagaaggtaaagcgcagggtgtgtggggctgac
agcctggacttcatcatccaaatcctgaagcagcagccgggagaggaggcgcaaggagca
aaggcagatgggcgtgcctctctcagagagaatgtagtgaagatgctggtggagctcctg
agcagccaaatgaaagacaaactgctcgctgtcacatgtctgcaactgacctatatcgtg
atggccaagtttgattggcgggtgctgtttgccacagaaggaggggttcgggcggtgctg
gggtgcatgcaggagcatcagtcttcagccgctgtgcaacacgccggcctctctgttctg
aaggtactgactggggtggggaggtgtgagctgcgtgggagccctcgccgttacacccta
aatacctcggatgcccaggttatcaaagaaattttctccagcattgggtctgccgccagt
ggaaactcaaccagccttctgagggccattccgggcgctatcagtaaaatgctggccacc
cccgggtgcctgccctcagtacacaatggtctcctggtggtgcaaatgctgacggagaat
cacgccgggctcctggaacagatggtgaactgtgagcttcccgccgtcctgcagagcttt
gtggtggatcccagtaactccctgaactggaagctggatattctggtgcagaaacagctg
ggggagctgctaaagaacaaacccgaggcagatacagaggccacagaacgtgtgcagacc
ctcgctgttcaggagatggattcacccgccttgttgtccagcctgaaggactcccagttg
tgcaaggaggttctacctgccctggaacgctgtgtctgtgacaacgtttcctccatgcgc
tgccacgttcctcagcttctgaccgactcagacttcttcctacagctcctgagctgtcta
gagacgcttaggggagagaaacgcctgcagctctctgttttcaggatcctgaataaggcc
ctggatttctaccaggaggatgggcttccctggcacaaaagcattgagccctgtctgact
tccctcgggagctctggcagtgaccaggaggttctccaggaagtggtcactttcctcaac
cgcttggccaccaccaataaagactatgccgtagtgatgtgccgcctcggcgccaaggag
accctcagcaaagtgctggagaagcagaactccgccctcctgcaggcaaatgagctgaaa
gacctactagccgactgcgagaaattcgccagcctctaccagaagatggcgaccagcatc
ctggctgggtgtatccagatggttctggggcagattgaggagcacagacgcagccagcag
ccaatcaacatccctttctttcatgtgttcctgagaaacctctgccaaggctccagtgtg
gaagtgaaggaggacaagtgttgggagaaaatcgaggtctcctccaaccctcatcgagcc
aacaagctgacagatgggaacccgaaatcttactgggaatccaatgggagtactgggtcc
cactacatcaacatcttcatgcaccgcggagtggtcgccaggcagctgtacatgctggtg
gccagtgaagattccagttacatgccggcgcggctagtggttatgggaggggagaatgca
tcatgcatcactacggagctgaatgctgtgaacatctccagcaccgccggccgggtccta
ctgcttgagaatgtgacccgattctggcccatcatccagatcaagatcaagcgctgccag
cagggcggcattgatacccgcgtgcggggcctggaaatcttagggccaaagccgaccttc
tggccggtgtttaaggagcagctgtgccgccggaccttcctcttctacacgagcagagcc
cacagctgggggcaggagattcgggggaagagggagaatctattgcagctcttcagaagg
ctgaaccgcacactgacgcacgaacaggagtttgccgatcgctttctgccagacgatgag
gcggcacaggctctgggtcggacatgttgggaggcattaattgcccccctggtgcagagc
ataactactccagaccctggagggatgagccccctgcactggctcctcaccaagtacctg
gaaaatgtgcggctttctaggcgccccaagtctcgatcctccgtctttaactcccgcgtg
cgcaggctgacgcacctcctggtccacgtggactccagtctccccgaaacagaggccctg
aaaccccccagcaaaaccaatgagaaaagtccagattcagcctctttgccaacgaagggc
accgtttctctcctgagcaccatgacggggatagccgagtgctggcagggggtagtacag
aagcaggtgcagaggttcctggaggtgtcgtggaacaacactgatctggttcctcggttc
tgctcgctgtacctggagctcagacaggccatggaggagctgtttggccaacagaccctg
tttctcctgtcgctgcgccaggggttctgtgaggggctccttcagctctccttcttaacc
gcactgcatataacggagcagtttgctcgctacatagactgcaggatccaggagatcagc
acagattactataacctacaggccctcggccacttacagcagttcctggagtttgtgctt
tttctttctgacctggaactggccaattcctttgagcacttctacaggcattacctggcg
gatcggctcctctcattgggcccctcgtggttggagagctccgtggtggatcacatcggg
atttgcttcccaaacagattcccccaacagatgctgaagaacctacaggaggccagtgat
ctacagagggagcagcacctgttctgcctgcaggaaatggacaccggcctcctgtctgat
gaggagggagaggacatggaggaggagaagtctataggtgtcggccatttgggggaggag
ccaaaagtgcacatttccgtcttgtccccgcggtgctgggcaataccgtctctttgctac
atgaaggatcctaccaaatatttcccagaatccctctgccggccgctgaactgtttcaag
gacttctatacaaaaagccagtctctgcagggatctgatctgactcagagccgccggttg
caatggacctggttgggaaatgctgaggtgcaatatgggagtttaaccctacaagtttcc
accctgcagatgttcattttgctgcagtttaaccagcgggaggaagtttcatttgagtcc
ataacccaggccaccggcctctcccaggtccttattggccatgcactgtccccactcact
gccaagggtgccatcctgacccaggaggaggggtatctgcgagtgaatggggaagcgagg
agcgagccaggggcgggcagggtcctgcgcttacttcccagacagacctacctgaatgtg
gaggaagatgagggtcggacactggagaggaagaggaacgttatcttttgcctcataacc
cagatcatgaaggaggagaaggagctgcacattgataacctagtgttcagggtgattgag
gcctgtcagaaaatggagtctgggcggagcctgaagttcctgagctttggctgtagccac
acggacgtgctgtcctgtatcatgcacctgatcagccagggctacgtgcggcgcagcgac
gaccgcccccatatactggagtatctgtccaaggacccggccaccccacataagggcaaa
gcccacatcagcttccagagcccgggcaggaagagacagggtcacggcagcaatcagccc
ccccctagctccagtggaggaacggagcagggggttctggagactgtgctcctccccatg
gggcggaccctaagccaggaggatgtgcgggcgctgatgggccagatggtggcgcaggtt
tcccaaacgctgagtatcgacccagacacggcccaacatctgctcattcactgcaagtgg
aacgtggacctcctgctgcagaaatacacggaagaaccagaactgctgctcatctcctcc
ggcctgcaagtgcgggacccccagcacccagagagcccccagcctgcctgccccgtgtgt
gtcagccccctgagcccagcggaacatcacccaactctgtgctgccagcacctgtgctgc
aagagctgctggaaggaatatctgacaacacgaattgaacagaatctggcgctgaactgc
acctgcccaaccaccgactgcctggcacagcccacgtctgacttcatcagcaagatcatc
acctccaaggaggtcatagagaagtacgagaagtctctcctgcgaggttttgtagagaac
tgctccaacctgacgtggtgcacaaacccccagggctgcgaccgggtcctgtgtaaggag
ggattgggcagcggcgccgcctgtaccaagtgctcgtggctctcctgctttaactgcagc
ttccccgaggcccattacccggccagctgcagccacatgtcccagtggatggacgacggg
ggcttctatgaggggatgactgtggaggcgcaaagcaaacacctgaccaagctgatctcc
aagcattgccccagctgccaggcgcctatcgagaagaacgagggatgtctgcatatgacc
tgtgccaaatgtaaccatggattctgctggcgatgcctaaagccctggaaacccacccac
aaggattattacaactgttcggccatggtcagtaaagccgcccggcaggagaagcggttc
caggactacaatgagagatgcacgttccagcaccgtgccaaggactttgcggtgtctctg
cgcaagcggctgagtgttctgagggaggagcccccgttgcgctcactgaccttcctcatc
accgcgtgccgcgtcctggagcagagccgcaaggttctggggtacgcctgtgtctacagt
tactacaaccaggattccgagcgcctcgatgtgctggagtctcagactgagaacctggag
ctccacgtcagcgccctgcagatccttctggaggacagcctgttgcagtgtgaggacctg
ggctcctgtgtgcgactcctgagtgccgataagtacagcagtggcctggaactggtccgg
cgagtgcaggagagactgcggggcatcctacagcactccactcaggatttccgcgtgggg
ttcctgtcacaaccggatcacaaagagatgaaactttccaatgtgccggcgccggtgaca
aacctgcctgcagccgcaaatgttgctgagggagcgtcggactcgggggacacggggggg
gagcaggacgatgaagaggacgattacgcgcaggactggcacgaggaatatgacgatgac
ttggatgaagacgatttctcttatgatgaagatgaggagtcggagaatttcgagccggac
tcctttatctttgaggatgatgatgctcaggcctattag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (20)   

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