KEGG   Cyprinus carpio (common carp): 109095686
Entry
109095686         CDS       T05134                                 
Name
(RefSeq) LOW QUALITY PROTEIN: E3 ubiquitin-protein ligase MYCBP2-like
  KO
K10693  RCR-type E3 ubiquitin transferase [EC:2.3.2.33]
Organism
ccar  Cyprinus carpio (common carp)
Brite
KEGG Orthology (KO) [BR:ccar00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:ccar04121]
    109095686
Enzymes [BR:ccar01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.33  RCR-type E3 ubiquitin transferase
     109095686
Ubiquitin system [BR:ccar04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   Other single Ring-finger type E3
    109095686
SSDB
Motif
Pfam: zf-RING_2 ANAPC10 zf-rbx1 zf-RING_5 zf-RING_11
Other DBs
NCBI-GeneID: 109095686
NCBI-ProteinID: XP_018964911
Position
17:complement(3217998..3245655)
AA seq 2091 aa
SEGTWVQLDKNSVVEFCESDEGEAWSLARDRGGSQYLRHEEEQANLEHGAQTPPPSPFSV
QAFNRGMDSSGAQGFDYGINNKGDRLSAILNSIQSGPFLPTPSIFEQAAKPPSSLVHSPF
VFGQSLSQQPQPHPQLPSDRDNLASRSMSPGSKHRQESRSFKTDSHSSRSVDQVKSKNND
GLSASEALNLKSDTGKLRSDSHSRSHSPNHNTLQALKADGRNSGLRPESPNPGSRSSSPK
QKTFSSGRSSPSNNSSPRSSSPHDKNLPTKVSPSKVHLDPPRERSKSDSYTLDPDTLRKK
KVPFMEPLRGRSTSPKPKISPKEGKGGSSNAENRALSPHVVQENLHSEVVEVCRSSTLLS
NDEANDENAELNNAEEGSSKVHFSIGKGPVKEELESRSSPKVSRKTSSRHVRPKKXKSGP
LFKGENVRPTEPAKQAMSPSVAECARAVFAAFLWHEGIVHDAMACSSFLKFNPELTKEHA
PIRNSLSCQQGFEEKESKLKNRHSLEISSALNMFNISPHGPDISKMGSINKNKVLSMLKE
PPLPEKCEDGKSEAVSYEMTSHSSMRSKSILPLTLQHLVAFWEDISMATIKAATQNMIFP
SPGSSAILKKKENEKDGKKTKKEKKKKEKAEVRPRGNLFGEMAQLAMGGPEKDTICELCG
ESHPYPVTYHMRQAHPGCGRYAGGQGYNSIGHFCGGWAGNCGDGGIGGSTWYLVCDRCRE
KYLREKQTAAREKVKQSRKKPLQVKTPRALPTMEAHQVIRANALYLLSLSSAAEPSLLCH
HPPKPFHAHLPSLKEGVSEELPNKMGCLYLQTLARQHTENFGAYQDDNLFQDEMRYLRST
SVPAPYISVTPDACPNVFEEPGSNMKSMPPSLETSPITDSNTAKRTVFQRSYSVVASEYD
KQHSSSPARVKAVPRRRVHSGDAVGSSLLRHPSPELSRLISAHGSLSKGERNFQWPVLAF
VIQHHDLEGLEVAMKHALRKSACRVFAMEAFNWLLCNVTQTTSLHDILWHFVASLTPSPF
ETEEEEEEENKGNKENLEQEKDLGVCEHPLSDIIIAGEAAHPLPHTFHRLLQTISDLMMS
LPSGSSLQQMALRCWSLKFKQSDHQFLHQSNVFHHINNILSKSDDGDSEESFNISVQSGY
EAISQELCVVTCLKDLTSVVDIKTSSRPAMIGSLTDGSTETFWESGDEDKNKTKSITISC
VKGINASYVSVHVDNSRDIGNKVTSLIFLCGKAVEDLCRIKQIDLDSRHMGWVTSELPGG
DHHVIKIELKGPENTLRVRQVKVLGWKEGESIKIAGQISASVAQQKNCEAETLRVFRLIT
SQVFGKLICGDAEPTPEQEEKNLLSSPEGEDKAPSDADLKEHMVGIIFSRSKLTNLQKQV
CAHIVQAIRMEATRVREEWEHAISSKENANSQPSDDDASSDAYCFELLSMVLALSGSNVG
RQYLAQQLTLLQDLFSLLHTASPRVQRQVTSLLRRVLPEVTPMRLASVIGVKALPPADIS
DIIHSTEKSDWSKLGILDMFLGCIAKALTVQLKAKGTTIVGTAGMAAGKGVTTVTLPMIF
NSSYIRRGISHWWMKGSTPPQIAEIIIKLVKDMAAGHLSDAWSRVTKNAIAETIIALTKM
EEEHRCPVRCIATTRLWLALASLCVLDQDHVDRLSSGRWMGKDGQQKQMPMCDNHDDGET
AAIILCNACGNLCTDCDRFLHLHRRTRTHQRQVFKEEEEAIKVDLHEGCGRTKLFWLMAL
ADSKTMKAMVEFREHTGKPASSRSSSDVCRFCGTRNGTELSAVGSVCSDQDCQEYAKLAC
SKTHPCGHPCGGVKNEELCLPCLHGCDKTAVCLKQDADDMCMICFTEALSAAPAIQLDCS
HVFHLQCTRRVLDNRWLGPRITFGFMSCPICKNKINHSVLKDLLDPIKELYEDVRRKALM
RLEYEGLHKSEAITTSGARFYNNPAGFAMNRYAYYVCYKCKKAYFGGEARCDAEAGQGDD
YDPRELICGACSDVSRAQMCSKHGTDFLEYKCRYCCSVAVFFCFGTTHFCNACHDDFQRM
TSVPKEELPHCPAGPKGKQLEGSECPLHVVHPPTGEEFALGCGVCRNAHTF
NT seq 6276 nt   +upstreamnt  +downstreamnt
tcggagggcacctgggttcagctggataaaaacagtgtggtggagttctgtgagagcgat
gagggggaggcctggtctctggcccgagacagagggggaagccagtacctgcgtcacgag
gaagagcaagcgaatttggagcatggagcccagacccctcctcccagcccgttctcagtc
caggcgtttaacaggggcatggacagctcgggagctcagggcttcgactacggcatcaac
aacaaaggtgaccggctgagtgccatactgaattccattcaatctgggcctttcctccca
actccttccatatttgagcaagctgccaaacctccctcttcccttgtccacagcccattt
gtgtttggacaatccctttcccagcagcctcaaccgcatccacagcttccgagtgacagg
gataacttggccagtcggtctatgtctccaggcagcaagcatcgtcaagagagtcgatcc
ttcaaaacggacagtcactctagccgatctgttgaccaggtgaagagcaagaacaatgac
ggtctgtctgccagcgaggcactcaatctcaaatcagacactggcaaactgcggtctgac
tctcacagccgctcccattcccctaaccacaacacgctacaagccctgaaagctgatggc
cgaaattcaggccttaggcctgagtctccaaaccctggctcccgttcctcctcacccaaa
cagaagaccttcagttcgggtagatctagcccttccaacaacagttctccacgttcatcc
tctcctcatgataagaacctgcccactaaagttagtccttctaaagttcacctggaccct
cctcgtgagagatccaaatctgactcctacacgctagaccctgacacgctcagaaagaag
aaggttcctttcatggaacctctgaggggcaggtctacatctcccaagccaaaaatttca
cccaaagagggcaaaggaggaagcagcaatgctgagaaccgagccctatctccccatgta
gttcaagagaacctccacagtgaagtggtggaggtgtgtaggtccagcaccttgctgtcc
aatgatgaagctaatgatgagaatgcagagttgaacaatgctgaagagggctcttccaag
gtccactttagtattggaaaaggcccggtcaaggaggaacttgaaagtcgttcttcaccc
aaagttagccgtaaaacctccagcaggcatgtgagacccaaaaagnacaaatctgggcca
ctcttcaagggtgaaaacgtgcgtcccactgaacctgccaagcaagccatgtcgccttct
gttgcggaatgtgctcgtgctgtttttgctgctttcctgtggcatgagggcatagtacat
gatgccatggcatgttcttccttcctgaagttcaaccctgagctgaccaaagaacatgca
cccatccgtaattctctcagctgccagcagggttttgaagagaaggagagcaagctgaag
aaccgtcactctctggagatctcctcggcactcaacatgttcaacatatcaccacatggc
ccagacatttccaagatgggtagcatcaacaagaacaaggttctgtccatgctaaaagag
ccacccttgcccgagaagtgcgaggatggaaaaagtgaggcggtctcctatgagatgacc
agccactcttccatgaggtctaagtccatcttgcctctcaccctccagcacctagtagcc
ttctgggaggacatttccatggctaccataaaagcggctacacagaatatgatcttcccg
agtccagggtccagtgctatccttaaaaagaaggagaatgaaaaggacggcaagaagacc
aaaaaagagaagaagaaaaaggagaaagcagaggttcgccctagggggaacctctttggg
gagatggcgcagttagctatgggaggcccagagaaggataccatctgtgagctgtgtgga
gagtctcacccataccctgttacctaccacatgagacaggcccacccaggctgtggtcgg
tatgctggaggtcagggctataacagtattggtcacttttgtggaggctgggctggtaac
tgtggagatggtgggattggaggaagcacctggtacttggtgtgtgatcgttgtagagag
aagtacctgagagaaaaacaaacagctgccagagaaaaggtcaagcagtcaaggaagaaa
cctcttcaggtgaaaaccccacgggctctgcccacgatggaggcccaccaagtgatccgt
gcaaatgcactgtacctgctgtctctgagcagtgccgctgagccaagtctactttgccat
cacccacctaaacccttccatgcacatctgcccagcctcaaagagggagtgtctgaggaa
ctacccaacaagatgggctgcctctatctgcaaactctagcccgccaacacaccgagaac
tttggggcctatcaagatgacaacttgtttcaggatgagatgcgttacctgcgttctacg
tcagtccctgctccttatatttcagtcactcccgatgcctgccccaatgtttttgaagag
ccaggaagtaacatgaagtccatgcccccaagtttggagacgagtccaatcacagacagt
aacacagccaagcggaccgtattccagcgctcatattcagtggtggcctcagagtatgat
aagcagcactcatcctccccagcacgggtcaaagcagtgccgagacgcagggtacacagc
ggagatgcagtagggtcatcactacttcgtcacccttcacccgagttgtctcgactgatc
tcagcccacggctctctcagcaagggtgaaagaaacttccagtggcctgtgctggcattt
gttatccagcatcatgacctagagggcctggaggtggctatgaagcatgcactccgcaaa
tcagcctgcagggtgtttgccatggaggcttttaattggctgctgtgtaatgttacccag
accacctccctccatgatatcctgtggcactttgtggcatctctgactccgtctcccttt
gagacggaagaagaggaggaggaagagaacaaagggaacaaggagaacctcgagcaggag
aaggatttaggtgtctgtgagcaccccctgtctgacattatcatcgcaggagaggcggct
cacccgctgccccacaccttccaccgtctgctccagaccatctctgacctcatgatgtct
cttcccagtggaagctcacttcagcagatggccctcagatgttggagtcttaaattcaaa
caatcagatcatcagttcctgcaccagagtaacgtatttcaccacatcaacaacatcctg
tccaaatcagatgatggggacagtgaggagagttttaacatcagcgtacagtcgggatat
gaagcgatcagtcaggaactttgtgtggtgacctgtctgaaagatctgaccagcgtggta
gacattaaaacgtccagccgaccagccatgattggcagcctgactgatggctccactgag
acgttctgggagtctggagatgaagataagaacaaaacaaagagcatcactatcagctgt
gtcaaaggcatcaatgcgtcatatgtctctgtccatgtcgacaactctcgtgacattgga
aataaagtcacgtcattgatattcctttgtgggaaggctgtggaagatctctgcagaatc
aaacagattgacttagactcgaggcacatgggctgggtgaccagcgagctgcctggagga
gaccaccacgtgatcaagatcgagcttaagggtcctgagaacacgcttagggtacggcag
gtcaaagtgcttggctggaaggagggcgagagcatcaagattgctgggcagatatcagcc
agtgtagctcagcagaagaactgcgaggctgagacgctgcgtgtcttccgcctcattaca
tcacaggtgtttgggaaactaatttgtggggatgcagaaccaacaccagaacaagaagag
aagaacctgctctcctcacccgagggtgaagacaaggctccatctgatgctgacttgaag
gagcacatggttggcattattttcagcaggagcaaactgaccaaccttcagaaacaggtg
tgtgcccatatcgtccaggccatccgtatggaggccacgcgtgtgcgggaggaatgggag
catgccatttccagcaaggagaacgcaaactcccagcccagtgacgacgacgcctcctct
gatgcgtactgctttgagctgttgtctatggtgctggccttgagtggatctaacgttggg
cggcagtacctggcccagcagctcaccctactgcaggacctcttctccctccttcacacc
gcctcgccacgcgtccagagacaggtgacatcactgctcagacgcgttcttcctgaggtc
actcccatgcgcctggccagcgtcatcggcgtaaaggctctaccaccagcagacatcagt
gacatcatccactccaccgagaagagcgactggagcaagctgggcattttagatatgttt
ctgggctgcatcgccaaagccctcactgtgcagctcaaggcgaagggcactactatagtt
ggcacagctggcatggctgcaggcaaaggagtcactacagtcaccctacccatgatcttc
aactcaagctacatacgacgtggaatcagtcactggtggatgaagggctccactccgcct
cagatcgctgagattattattaaacttgtcaaagacatggctgctggccacctctcggat
gcctggtcgagggtcacaaagaatgctattgctgagaccatcattgcgctcactaagatg
gaagaggagcatcgctgtccagtgcgctgcatcgccaccactcggctatggctcgcattg
gcctctctgtgtgtgctggatcaggaccacgtagaccgactgtcttcaggacgctggatg
ggcaaagatgggcagcagaagcagatgcccatgtgtgataaccatgatgacggggagacg
gcagccatcattctgtgtaacgcttgtggaaatttgtgcaccgactgcgaccgcttcctc
catctccaccgccgcacacggacccaccagagacaggtctttaaagaggaggaagaggcc
attaaggtggacctacatgaaggctgtggtagaaccaaactcttctggctcatggcgttg
gccgactctaagaccatgaaggccatggtggagttccgtgagcacacagggaaaccagct
tccagcagaagcagttcagacgtctgccgcttctgtggcaccaggaacggcacagagctg
tctgcagtaggaagtgtatgttcagaccaagactgtcaggagtatgcaaagctggcctgc
agtaagactcatccgtgtggtcacccgtgtggaggggtcaaaaatgaagagctgtgtctg
ccctgtttacatggttgtgacaaaaccgcagtctgtctgaaacaggacgctgatgatatg
tgcatgatttgcttcactgaggctctgtctgctgctccagcaatccagctggactgcagt
cacgtgttccatcttcagtgcacaagaagggttctggacaaccgctggcttgggcccagg
ataaccttcggcttcatgtcttgccctatttgcaagaacaaaataaaccactctgtacta
aaagatctgcttgaccccatcaaagagctgtatgaggacgtgaggaggaaggctttaatg
agactggagtatgaaggactgcacaagagtgaagccatcacaacgtctggagctcgattc
tacaacaaccccgctggatttgccatgaacagatatgcttactacgtctgctacaagtgc
aaaaaggcctatttcgggggagaagctcgctgtgatgccgaggcaggacaaggtgacgat
tatgatccccgtgagctcatctgtggcgcttgctcagatgtgtccagagcacagatgtgc
tctaaacacgggacagatttcctggagtataaatgtcgttactgttgctctgtggctgtg
tttttctgcttcgggacgacacatttttgcaacgcctgtcatgatgatttccagaggatg
accagcgtcccaaaagaggagctgcctcattgtcctgctggaccaaaaggaaaacagtta
gaaggaagcgagtgtcccctgcatgtggtccatcctcccaccggagaggagttcgctctg
ggctgcggcgtgtgtagaaatgcccataccttctaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein domain (5)   
   Pfam (5)   
All databases (14)   

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