KEGG   Bombus terrestris (buff-tailed bumblebee): 100647192
Entry
100647192         CDS       T04364                                 
Name
(RefSeq) LOW QUALITY PROTEIN: E3 ubiquitin-protein ligase RBBP6
  KO
K10624  E3 ubiquitin-protein ligase RBBP6 [EC:2.3.2.27]
Organism
bter  Bombus terrestris (buff-tailed bumblebee)
Brite
KEGG Orthology (KO) [BR:bter00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:bter04121]
    100647192
Enzymes [BR:bter01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     100647192
Ubiquitin system [BR:bter04121]
 Ubiquitin ligases (E3)
  U-box type E3
   100647192
SSDB
Motif
Pfam: DWNN zf-C3HC4_2 zf-C3HC4_3 zf-RING_5 zf-CCHC_2 U-box zf-CCHC zf-C3HC4 zf-RING_UBOX zf-C3HC4_4 zf-RING_2 zf-RING-like
Other DBs
NCBI-GeneID: 100647192
NCBI-ProteinID: XP_012169457
UniProt: A0A9B2JLV6
Position
LG B11:complement(6842719..6856210)
AA seq 1961 aa
MSVHYKFKSTLDYDTVSFDGLHISVADLKKAIFHQKRIGKNTDFDLQITNAQTKEDYTDD
NALIAKNTSLIVARVPLTVQQKRSWDRNDAPSFSNLKDESNLGRAVDLTRLDGSEEDKIR
AMMTQSTQDYDPSNYMKIRGANQTGDVPANYRCYKCHQPGHWIKNCPLGTNQEPIEIKKS
TGIPRSFMVPVEGPRVPGAMMTPTGQYAVPAIDHQAYKEGKKERPPFSQDPEPAIEKPEI
PEDLLCNICKDLLTDAVMIPCCGNSFCDECIRTFLLESEEHECPDCNEKDVSPETLIPNR
FLRNAVMNFKNETGYAKRQTYRQSPQTNKQPIVQLEQQKADQATNQVPNQSKSVQSSNTT
NVPSQEYTESQTTNFESPQQQFPARATQPQTTTVPETASESDLQSDTVTKLTTDEETEVP
PPPGTEPLLPIPAIGSSPERDRERSDPPSREKKERENEYQGERQSRERRRSFSRDGHRDR
SGERGRRIENLRPVNRRRSLSPRHSQHSDYNSQGAPLPHLMNPPPSKNYQGLPSDDGHYP
PNIHYDNAIRRSTEDRPGTPTVDEPHLHVPSSGNQPPLLPFPPGEDRIPQPSYNQPPPNV
PPHNPPLLPDPYMSHRIPMYPHQQGSHYGPPRYERPPYQQQGYRPSQPPRNYNGPPRPIR
GIHHLSYRGLQPPPPGLSRNIHNGNPPGIIDDPLEAFERMLREKDERDRRLGKHRRRSRT
RSRSRSYSRSRSRSFGRRSPFPPRLSRSRSPPSKRRSSRSPLPLRARSRTPKRRSRSGSF
SISRSRSYSRSQSPRLSLSRDRDRDRERDRERDRDRDRDRDRDRDRDRDRDRDRDRDRER
DRDRERDRERDRERERERERERERDRERDRERDRELVPRYRSPARSPPRFQRERDRERDR
PRSREPREGYNSYYNDSPAHDYQFRDRERDLPPRDRPIPRYPVRNQAAQHNIPPLLPHLV
SGSHPPPLMSLGPPPTDRKDYYDSYNRYPGPSNQRFGSPLRDVPHKRFDDVAPPGTEGYY
DLSPPGVELSERSLRDDRDRRLLRDQEDREHSLKDHDAEDRDRLPLREDRGRERDDRLRE
RDERDRRILNRDREDRERQGLPRDHDDRVREKDDRDRREKEKERDDRHTRDRREDDRHID
KKDYDKDRYRDERDRHKQDDKNRSREKDRRDRDYETEKDRDRHERYERRSMERKKNRKSP
TPYSQKSRIDTKDISPERIKKKEKDHEEKNEEKKKEKKIKEKKKKKDDEKERKRKRXKEK
KSGQKEIVKDEPIKPTEHEELIAENKQESMSPTKTDVIKPSTEDENIESRIVCIPTENVI
EESIKEEFEDKSLAMNPEPPEFHEASPERIDHTEFGTNPPNPNFKPIPELKSDIKPIDSL
YSGLDDAEINTVITEKYSLLSENEAEDKSTLLEEKSPKKDEFLAPMPELSKWERDDTTEK
TDDVCESPMEKIQLDEPKSAKVVTSEVLKRAENAIFQKAINAIRPIEIKKISESRKVLYQ
NPEPKVLEVEPNREARKSVNVTINVGRNERNVEITEPVKKAKLDRTKFKPVPETYSPTRL
SAKERLGEKVDENKERKISPMKSFLDRREMKSENQSRSKSPRSTRDKRISPLLDRRVDSS
LSIPGSERKVFLDDRKRDNKDRGDRSKERNDFRSERHDIRSERDPRIDSRGDFRSTRNDS
KGERIDKDREKDRDKERRGRTPSCTFKRNDIPKIGLLKSREEEDDRRRDKKTKEDKKRKK
EHRSRSKSKEHKKRKEKKHKKDKEKNLEKKQKHKENIGLKDKPESNETKINYENPEPPAT
ESIKKQRKNPRLVSDRKRSMLDEASFEPDYSASDSESDGEDGKVVSLPTKKLKLDEPDIE
KEMDIKSLKKRSKSTSSEDTSSTSDSSTTDSDSSDESHKKKKKKHKKHKKKKSMKKDSSS
DSDSYSDSSETSTDEEKHKKKSKKSKSRNKQAKKKKKSKHK
NT seq 5886 nt   +upstreamnt  +downstreamnt
atgtcagtacactataaattcaaatctaccttagattatgatactgtatcctttgatgga
ttacacatttctgtagcagatttgaagaaggctatttttcatcaaaaacgtatagggaag
aacactgattttgatctgcaaataacaaatgcacaaactaaggaagattatacggatgat
aatgcattaattgcaaaaaatactagccttattgttgctagagttccattaaccgttcaa
caaaagcgatcatgggacagaaatgatgctccttcgtttagtaacttaaaagatgaatcc
aatttaggcagagctgtagatcttacaagacttgatggctctgaagaagacaaaattcgg
gcaatgatgactcaatctacacaagattatgatccatcaaattacatgaaaatacgtgga
gctaatcaaactggtgatgtacctgcaaattatcgttgttataaatgtcatcaacctgga
cattggattaaaaattgtccacttgggacaaatcaggaacctatagaaattaagaaaagt
acaggtattcctaggagttttatggttccagttgaaggaccaagagttcctggtgctatg
atgacacccacgggtcaatatgctgtaccagctattgatcatcaagcatataaagaaggt
aaaaaggaacgtccaccattttcacaagatcctgaacctgctatagaaaaaccagagatc
ccagaggatctattgtgcaatatttgcaaagatcttttaacagacgcagtaatgatacca
tgttgtggaaattcattttgtgatgaatgtattcggacattcttattagaatctgaagaa
catgaatgtccagattgtaatgagaaagatgtttcaccagaaactcttatccccaaccgc
tttttacgaaatgctgtaatgaattttaagaatgagactgggtatgctaaaagacagaca
tatagacaatctccacaaacaaacaaacagcctatagtacaattagaacaacaaaaggct
gaccaagcaacaaatcaagtaccaaaccaaagtaaaagtgtccaatcttcaaacacaact
aatgtgccctctcaagaatatacagaatcacaaacaacaaattttgaatctcctcaacag
caatttcctgctagagctacacaaccacaaacaactactgttccagaaacagcatcagaa
tctgatttgcaaagtgatactgtaacaaagttaacaacagacgaggaaacagaagttcca
ccacctccagggactgaaccattacttccaatacctgcaattggtagttcaccagaaaga
gatagagaaagaagtgatcctccaagtcgtgaaaagaaagaacgtgagaatgaatatcag
ggtgaaagacaatcaagagaacgtaggcgaagtttcagcagggatggacatcgtgataga
agtggagaacgtggtcgtagaatcgaaaatttgcgaccagtaaatcggagacgatcatta
tctcctagacattcacaacatagcgactataattctcaaggagcacccttgccacatttg
atgaacccacccccatcaaaaaattatcaaggtttaccatctgatgatggacattatcca
cctaatatacattatgacaatgctatacggaggtcaactgaagatcgtccaggcacacca
acggttgatgaaccacatttacatgtgccttcttctggtaatcagccacctcttttacct
tttccaccgggagaagatcgtatccctcaaccaagctataatcaacctccacctaatgta
cccccacacaatccaccattattgccagatccatatatgagtcatcggatacctatgtat
ccccatcagcaaggctcccattatgggcccccacgatatgaaagacctccttatcaacaa
caagggtacagaccatcacaaccacctcgaaattataatggaccaccaagaccaattagg
ggaatacatcatcttagttatagaggattgcaaccaccaccacctggattaagtagaaat
attcataatggtaatccacctggtataattgatgatccattagaagcttttgaacgaatg
cttagagagaaagatgagcgagatagaaggcttgggaaacataggagaagaagtcgaaca
cgatcaagatctcgtagttacagtagatctagatcacgttcatttggccgcagatcaccg
ttcccacctcgtttaagtcgatctagaagtcctccttcaaaacgaagatcttcaagatca
cctctacctcttagagcacgaagtcgtacaccaaaacgtagatcaagaagtggaagcttc
tcaattagtcgttctagatcatattcacgtagtcaatctcctagactatctttgtcacga
gatagagatagagacagagaaagggatagagaaagagatcgtgaccgtgatcgcgatcga
gatcgtgatcgtgatcgcgatcgtgaccgtgatcgcgatcgtgaccgtgatcgcgagcgt
gatcgagatcgtgaacgtgatcgtgaacgtgatcgcgagcgtgaacgtgaacgtgaacgc
gaacgtgaacgtgatcgagaacgtgatcgtgaacgtgatagagaattagttcctagatat
cggtcaccagctagatcacctccaagattccagcgagaaagggatcgtgaaagggatcga
ccaagatcacgtgaacctagagaaggatacaatagttactacaatgattcaccagcacat
gattatcaattcagagatcgagagagggatttaccccctcgagatagaccaataccgaga
tatccagtaaggaaccaagcagctcagcataatataccgcctttgctgccacatctagtc
agtggaagtcatccaccaccacttatgtcattgggacctccacctacggacaggaaagac
tattatgattcctacaacaggtatcctggaccatccaatcaacgttttggtagtccttta
cgagatgtgcctcacaaaagatttgacgatgttgcacctcctggaacagagggatactat
gacctatcaccgccaggtgtagaactctctgaaagatcattacgtgatgatcgtgatcga
cgtctattaagagatcaagaagatcgtgagcattctcttaaagatcatgatgctgaagat
cgagatagattacctttgagagaagataggggacgcgaacgagatgatcgtttacgcgaa
agagatgaaagagatagaagaattttgaatagagatcgcgaagatcgtgaaagacaagga
ttacctagagatcacgatgacagagtacgagaaaaagatgatcgcgatagaagggaaaaa
gagaaagaacgagatgatagacatactcgggatcgacgagaagacgataggcacatagat
aagaaagactatgataaagatcgttacagagatgaaagagatcgtcacaaacaagatgac
aaaaatcgctctcgtgaaaaagatagacgggaccgagattatgaaactgaaaaggatagg
gaccgacatgaacgttatgaaagacggtctatggaacgaaaaaagaacagaaaaagtcca
actccatattcacagaaatctaggatagatacgaaggatatatctcctgaacgtataaag
aagaaagaaaaggatcatgaagaaaaaaatgaagaaaagaaaaaggaaaagaaaattaaa
gaaaaaaagaagaagaaagatgatgaaaaggagagaaaaagaaaaagannaaaagaaaaa
aaatcagggcaaaaagagattgtgaaagatgaacccattaaaccgactgaacacgaagaa
ttaattgcggaaaataaacaggaaagcatgtcacccacaaaaactgatgttataaaacct
agtactgaagatgaaaatattgagagtaggatagtttgcattcctaccgaaaatgttata
gaagaatcaattaaagaagaatttgaagataaatctttagccatgaatccagaacctccc
gaatttcatgaagccagcccagaaagaattgatcatacagaatttggaacaaatcctcct
aatcctaattttaagccaattccagagttaaaatccgatatcaaaccaattgatagcctt
tatagtggattagatgatgcagaaataaacactgtaataacagagaagtattctttactt
tcagaaaatgaagcagaagataaaagtacattgttagaagaaaagtctccaaaaaaagat
gaatttttagctccgatgcctgaactttctaaatgggagagagatgacactacagaaaaa
acagacgatgtatgcgaatctcctatggaaaaaatacaattggatgaacctaagtccgca
aaagtagttacatcagaggtactaaaaagagcagaaaatgcaattttccaaaaagctata
aatgccattagacctattgaaattaaaaagataagtgaaagtagaaaagtactataccag
aatccagagcctaaagtacttgaagttgaacctaatagagaagcaaggaagagcgtgaac
gttactataaatgtaggaagaaacgaaagaaacgttgaaataacggaaccagtaaagaaa
gctaaattagaccggacaaaattcaaaccagttccagaaacttattcacctacaagactt
tccgccaaagaaagattgggtgaaaaagtagatgaaaataaagaaaggaaaattagtcct
atgaaaagctttttagatagacgtgagatgaaaagtgaaaatcaatctagaagtaaatct
cctagaagtacaagagataaacgaatatctccactattagacagacgcgttgattcatca
ttatctataccaggaagtgaacgtaaggtatttctcgatgacagaaaacgagataataaa
gatcgaggcgatcgttcaaaagaaagaaacgatttcagaagtgaacgacacgatataaga
tcagaaagagatccaagaattgattcgaggggagatttcagatcgactcgtaatgattct
aaaggggaaagaatagataaggatagagaaaaagatagagataaagaaagaagaggaaga
acaccatcttgcacatttaaaagaaatgatatcccgaagataggtcttttgaagagtaga
gaggaagaagatgataggcgtagagacaagaaaacaaaggaagataagaaaagaaagaaa
gaacaccgaagtagaagtaaatccaaagaacataagaaacggaaagaaaagaaacataaa
aaagataaagaaaaaaacttagagaagaaacagaagcataaagaaaatattggtttaaaa
gataaacctgaaagcaatgaaactaaaataaattatgaaaatcctgaacctccagctaca
gaatctataaagaagcaaagaaagaatccaaggcttgtgtccgatcgtaaacgtagtatg
ctcgatgaagctagttttgaacctgattatagtgcttcagattcagaatcagatggtgaa
gatggcaaagtggtttcattacctactaaaaaactcaaactcgatgaaccagatatagaa
aaggaaatggatataaagtcacttaaaaagcgatcaaaatctacaagtagtgaagataca
tctagcacctcagatagttcaactaccgattcagatagttcagatgaatcgcataaaaag
aagaagaagaagcataaaaaacacaagaaaaagaaatctatgaaaaaagatagtagttct
gattcagattcttattcagattcatctgaaacaagtacagatgaagaaaagcataaaaag
aaatcaaaaaaatcaaagagtaggaacaaacaagcaaaaaagaagaagaaatcaaagcac
aaatga

  All links  
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 sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (10)   
   RefSeq(nuc) (4)   
   GenBank (3)   
   EMBL (3)   
Protein domain (12)   
   Pfam (12)   
All databases (36)   

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