KEGG   Rhopalosiphum maidis (corn leaf aphid): 113550468
Entry
113550468         CDS       T06065                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UBR5 isoform X1
  KO
K10593  E3 ubiquitin-protein ligase EDD1 [EC:2.3.2.26]
Organism
rmd  Rhopalosiphum maidis (corn leaf aphid)
Pathway
rmd04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:rmd00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    113550468
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:rmd04121]
    113550468
Enzymes [BR:rmd01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     113550468
Ubiquitin system [BR:rmd04121]
 Ubiquitin ligases (E3)
  HECT type E3
   113550468
SSDB
Motif
Pfam: HECT E3_UbLigase_EDD PABP zf-UBR HTH_AsnC-type
Other DBs
NCBI-GeneID: 113550468
NCBI-ProteinID: XP_026808105
Position
1:complement(49809565..49827175)
AA seq 2963 aa
MSSLQFIVHPAPGTDDQLNDRFKEVSERLNRSILGNTSSYPVLSNIKSPIKQIVVGPYHI
GLLFEDGRVARIPFTVLAERLDLSRSTGDANKMPSKSSSGNSGGGGGGGGGNLSSATRHL
TRRARIMRSGTFRGTSRSSGSGVIMSSGSSSGRPVMPAQFVPEELVAQAQVVLQGKSRNL
IIRELQRTNLDVNLAVNNLLSRDDEEGDGEIEEVNGPGGDSYVPEDLMSLLDGGGFHSDH
SVIIDADAIFSEDMFSYSSSRRPMLTFRRNGARRLGERDRVSNSANDSTSSDRNSGPSDR
DSFTRWRDRHCYGQQQHRQRQQQWLEGALRDSAWDKDTDSKKKDSNVGPYEFSADSKKKD
SNTGNPLWLSNDAEYWPEPNVKFIQIAAIHSELIALSAGGQLYQWKWEDADPYKTLDNNV
HHPKTNALGLTNEKVVLLSGTIIRVSVVTESNKVATWMDESLTHAATASKLEHPAQLYSE
FVVDHVISIHTCPLYTLARLESGALYWWGVLPFNQRRKIWDKYRTKARKQKTNNLNSDII
VGSQVCMKNSPLYQPGAIGITLYGGEPKIGQLLNSAWTYADVCRFQILTPPQIFQSQNIN
SSSSKSCSPIEKSKETADRIDMPPPPSPASSTCSETGSTIQSSKRTKRVTLKGLEDDKNI
EEDWPLKDVVFVEDQKSLPIGRVVHVDGSYAAVKFPCVSKDIITGIFPKDKDPNTSANDD
VVTNIIKMLDQNEVRLMKKDDLQVCKVAVASKVPDCFQRTPRRINIPTDNGNQILTLTID
GQGVHAIVKNGSKISYIKFNVTSGKIEQDSPFPVDASALIGLNPDNMQIICTAESKDNIC
ILRDGNRTIYPLAKDSTDSMREPQWLDLGPVRCMGIGSYTVTSPHVKAVAAIIVLDVEQQ
ILMSRILKPNLESVKLLIQQLSLEIDNGVLLSQILAERCDGNRNLLHACVSVCAPISNKE
LEEGDNVSNQPNSNVDTLNVIQKAFGVRSTFSLREMMRRASAAVRSSTTNNSSDSEPMEM
NDEAPPPGTVPEPWQEPVNATTQSTPVLQNEEETIQPTPPINPNTERRNNALAILRLLCE
SSVFSPHLLDLLTAKDAQGLTPFMLAVTVRAYPAAIILLDTIHRVVSKVVLPPNIFEMQG
TSTTEQEHAIKNVMSAWRSSVAGTGSNPTSSNKVPSEIAPQPVPLFKNSPVGNFELPPYW
SLSSSGLPQSQPPPPPPPPPPSQQQQSNDFSKGYFPLPPPPPPLSIYKTHIWYTERSFYR
ESDSEKILKAKEVLASMVYPAGSNPDYSPLHVICCNDTCSFTWTGAEHINQDIFECRTCG
LTGSLCCCTECARVCHRGHDCKLKRTSPTAYCDCWEKCRCKALVQGHQASRSQLLNRLIN
ETDLVTHYNSRGESILLFLVQTVGRQSNEQRQYSRSSRQRAASRKTPSSDIEMDMPDHDL
EPPRFSRKALERLLNDWPAVKAMIMSGVKNDSESKLTTDQPYLKNQSGTTFLDKFMHCLL
FKCNAEVITNSFLMVDALVTTIVKELHNPLSNSAEVNSIARRFIRSVIRVFVVYSVELAP
QNNKRRMLGNLSSPFARARRIFQSMMKLSVEELCETAESLIAPVRLGVARPTAPFTLSTN
SNPDIQSYEEIFFVEPMAPNNMNLSDQIEGANVHRQSQNDQPPIDIELEDEMADNNDGEG
SDPEDVMGSVLESHVRLGPNSISDSNQQGPVDPESDTEDMLVETDSDSDQSNQDGGGQRS
VQTGATAGSDTDDESGESTQQEDGEESEAGETDELDAEEFLVSEDQLERRATSSGQGHRT
NLAPQSMQWAIRNRDTATRTATGFRVASGNSLVFIDPTSLRRSAVAAVSNSTNNSGNGGN
NAAAAAAAAVASAAAGLNDSITMATTASSLARAFAVVIRQIADLLVTSINDPPSLPIPVR
ISIQDTCSLQIIIEKSLKPTWDWLMAIMDSTEAQLRFGASLTQSSDPQHPRHPLHSTTTA
NTTNTMPSTSSGIGATSSNNNQAVEPRREFISYCLSLMRAHSNEHGDSLPVLDVSSLKHV
AYVLDALVYYMRADTAAVNCQSINTPILLADPLDPEPWVIDQQDENDNEENDEEINTTVP
SISQTSSPRFVDMDSGTRGRRHAFFQRSDSTLCLGCPPPDPFETPMTQAMPLADQPHLLQ
PNARKEDMFGSPKLSTPLDGSVEGLPSRLSLSSRSDNGSEQLPKEHERKRQDTEPEDLSI
RANVAEKFNEMTEFFGLGDESDTSQPIPESEMTKRDRDLIIVPTSTFSDTTSPMLKSVIV
RAPSGGTPSTSSSSAQVKPNPDVDDSHNSYSNNDIVKPMNKGSRLGESVSHDLLLGRWRL
TLDLFGRVFMEDVGLEPGSVVSELGGFPVKEAKFRRDMEKLRNQQNRDLTLSKLERDRNQ
LILMTFKELNNQYNSYHRRTSSSHPCLAVNRVKVTFKDEPGEGSGVARSFYTALAEALLS
SEKLPNLESVQVGGRYSQYTVLQRLRNRERTEAPRIRHPGPLSPRVPSRRSERNDREQRR
TLSVDARSFVPNSGSSDANPNSHLTPHQQQLGERLYPKVVQIRPSLASKITGMLLELSPA
QLLTLLASEEALRMRVNEAIALLMQTVEMSSLVDVTHPLPPADSLLEDVDLFLSLSEQHG
SKPAPPAKENIAEENVTEENLDDNTPLFYCPGKQGFYSPRQGKASYERLNAFRNTGRLIG
LCLLQNELCPMYFNRHVLKVILGRSIRFHDLAFFDPVMYESLRQLVLDAESKDKESLFST
LDLNFSIDLSQEEGGGSVELVSCGVDIEVTPNNVYDYVRRYAEFRMFKTQQKAFFALRSG
VFDVIPESSLDGLTAEDLRLLLNGVGDINVPLLISYTSFNDESGLATSDRQIKFKRWLWS
IVDKMTPSERQDLVYFWTGSPALPASEEGFQPMPSVTMRPADDSHLPTANTCISRLYIPL
YSSRTILRHKLLIAIKTKHFGFV
NT seq 8892 nt   +upstreamnt  +downstreamnt
atgtcgtcgttacaattcatcgtccatccagcccctggaacggatgatcagctcaacgac
agatttaaagaagtttcagaacgtttaaatagaagtattttaggaaatacatcatcttat
cctgtgctatcaaatatcaaatctccaatcaaacaaattgtagttggaccatatcatatt
ggcttattatttgaagatggacgagtggctcgaattccatttacagtacttgcagaaaga
ttggacttgtccagatctaccggtgatgccaataagatgccttctaaatctagcagtgga
aatagtggaggtggtggtggtggaggtggtggaaatttaagttctgccactcgtcatcta
actcgacgagctcgtataatgagatcaggaacattccgtggaacttcaaggtcatctggt
agtggtgtaataatgagcagtggttcatcaagtggacgtccagttatgccagctcaattt
gtaccagaagagcttgtagctcaagcacaagttgtgttgcaaggtaaaagtcgaaattta
ataatacgtgaactgcagcgaacaaatttggacgtgaatttggctgtcaacaacctttta
tcacgtgatgacgaagaaggtgatggagaaattgaggaagtcaatggacctggtggagac
tcatatgttcctgaagatttgatgtctttattggatggtggaggatttcattcagatcat
tctgttattattgatgctgatgcaattttttctgaagatatgttttcatattcttcatct
agaagacccatgttgacatttcgtaggaatggtgctagaagattaggcgaacgtgatcgt
gtaagcaatagtgcaaatgatagtacatccagtgatcgtaattcaggacccagtgatcga
gacagtttcactagatggagagatcgtcattgttatggacagcaacaacatcgtcaaaga
caacaacagtggcttgaaggagcactacgtgattcagcatgggataaagatacagactct
aaaaaaaaggactctaacgttggaccttatgaattttccgcagactctaagaaaaaggat
agtaacactggcaatcctttgtggttgtccaatgatgcagaatattggccagaaccaaat
gtaaaatttatacaaattgccgcaatccactcagaattaattgccttgtctgctggagga
caactttatcaatggaaatgggaagatgctgatccttacaagaccttagataacaatgta
catcatccaaagactaatgctcttggtttaacaaatgaaaaagtagttctcctttctggt
actattatacgagtttctgtagtaactgaatctaataaagtagctacatggatggatgaa
agtcttactcatgctgccactgcttctaaacttgaacatccagctcagctttattctgaa
tttgttgttgatcatgtaatttctatccatacttgtccactgtatactttagcacgtttg
gaaagtggagcactttattggtggggagtattaccatttaatcagagacgtaaaatatgg
gataaatatcgtactaaagctagaaaacaaaaaactaataatttaaattctgatattatt
gttggaagtcaagtttgtatgaaaaacagtccactttatcagccaggagctattggcata
actttatatggtggcgaacctaaaataggtcaattattaaattctgcctggacatatgct
gatgtttgcagatttcaaattttgacaccacctcagatatttcagtctcaaaatattaat
agtagttcctctaaatcatgctcacctattgaaaaaagtaaagagactgctgatagaatt
gacatgccaccacctccttctccagcatcgagcacttgcagtgaaacaggaagcactatt
caaagctcaaagcgaaccaaaagagtgacattgaagggtcttgaagatgataaaaatatt
gaagaggattggccattaaaagatgttgtatttgttgaagaccaaaagagtttgcctatt
ggtcgtgttgttcatgtggatggttcatatgctgcagttaaattcccatgtgtttcaaaa
gatattataactggaatatttcctaaagataaagatccaaatacgtctgcaaatgatgat
gtagtgacaaacatcataaagatgttagaccaaaatgaagttagattaatgaaaaaagat
gacctacaggtttgtaaagtggctgttgcaagtaaagtaccagactgttttcagagaaca
cctagaagaataaatataccaactgataacggaaatcaaatcctaactttaactattgat
ggtcaaggtgtacatgctattgtaaaaaatggttcaaaaatcagttacatcaaatttaat
gtaactagtggaaaaatagagcaagatagtccttttccggttgatgctagtgctttaata
ggactgaatcctgataatatgcagattatttgtactgcagaaagcaaagataatatatgt
attttacgtgatggtaatcgaactatatatccgcttgcaaaggacagtactgattcaatg
agagagccacaatggttagatttgggacctgtacggtgtatgggtattggttcatataca
gttacttcacctcacgtaaaagcagttgctgccatcatagtattggatgtagaacaacaa
attctcatgtcccgaatattaaaacccaatcttgagtctgttaaattgttgatacaacag
ttatcacttgaaattgataatggtgtcctcttatcacaaattttagcagagcgatgcgat
ggtaatcgtaatcttttacatgcttgtgtttcagtctgtgctcctatttcaaataaagaa
ttagaagaaggagataatgtatcaaatcaaccaaattccaatgtagacactttgaatgta
attcaaaaggcatttggggtacgatcaacatttagcttacgagaaatgatgagacgagct
tcagctgctgtaagatcaagtactactaataattcatctgactctgagccaatggaaatg
aatgatgaggcaccacctccaggcactgttcctgaaccatggcaagaaccagttaatgca
actactcaatcaactccagttttacaaaatgaagaagaaacaattcaacctacgccacca
attaatccaaatactgaaagaagaaacaacgcattggctattttacgactactgtgtgaa
tcatctgtattttcacctcatctattagatctactaaccgctaaagatgctcaaggatta
acaccatttatgttggcggtgactgttagagcttatcctgctgctattattttacttgat
actatccatcgtgtggtttccaaagtagtattaccacctaatatatttgaaatgcaaggc
acttcaactaccgaacaagagcatgcaattaaaaatgtgatgagtgcttggagatcttca
gttgctggaacaggatccaatcctaccagtagtaacaaagtaccttcagaaatagctcct
caaccagtacctttgtttaagaattcgcctgttggtaactttgaattaccaccttattgg
tcattatcatcatctggattgccacagtcacaaccaccacctccaccaccaccgcctccg
ccatcacaacaacaacagtcaaatgatttttctaaaggatattttcctcttccaccacct
ccaccacctttatcaatttataagacacatatttggtatactgagagatcattttatcgt
gaaagtgatagtgagaaaattcttaaagcaaaggaagttttagcttctatggtgtaccct
gctggctcaaatccagattacagtccattgcacgttatttgttgcaatgatacttgcagt
tttacttggactggagctgaacatattaatcaggatatatttgaatgccgtacatgcggt
ttaactggatcattatgctgctgcacagaatgtgctcgggtttgtcatcgaggccatgac
tgtaaattgaaaagaacatctcctactgcatattgtgattgttgggaaaaatgtcgctgt
aaagctttagtgcaaggtcatcaagcatcgagatcacagctactaaacagattaattaat
gaaactgatttagtaacccattataattcaagaggagaaagtatattattgtttttggta
caaacagttggccgacaatcaaatgaacaacgtcaatacagcagatcatcgagacaacga
gctgcttctcgtaaaacaccatcttctgatattgaaatggatatgccagaccatgattta
gaaccaccccgatttagtcgtaaagcattagaaagattactaaatgattggcctgcggta
aaagcaatgataatgtcaggagtaaaaaatgattctgaatctaaattaacaactgaccaa
ccgtatttaaaaaaccagtctggtactacattcttggacaaatttatgcactgtttactt
tttaaatgtaatgctgaagtaataactaactcatttttaatggttgatgctttggtgaca
acaattgttaaagaactgcataatccattaagtaattcagctgaagttaactcaatagca
cgtcgttttattagatctgtaatacgtgtatttgttgtttatagtgttgaattagcccct
caaaataataagcgacgaatgcttggaaatttatcttctccatttgctagagcaagacga
attttccaatcaatgatgaaattatcagtagaagaattatgtgaaacagctgaaagctta
attgcgcctgttcgtcttggtgtcgcaagacctactgctccatttactttgtctactaat
tccaatccagatatacaaagttatgaagaaatattttttgtagagccaatggctccaaat
aacatgaacttatctgatcaaatagaaggtgctaatgttcacagacaatctcaaaatgat
caacctccaattgatatagaattagaagatgaaatggcagacaataacgatggtgaaggt
agtgatcccgaagatgttatggggagtgttcttgaaagtcatgttcgtttaggaccaaat
agtatttctgattctaatcaacaaggtccagttgacccagaatctgatacagaagatatg
ttagttgaaacagattcagattctgatcaaagtaatcaagatggtggtggtcaaagaagt
gtccagacaggagctactgctggatcagatactgacgatgaatcaggagagtctactcaa
caagaagacggggaagaatctgaagctggagaaactgatgaattggatgctgaagaattt
ctcgtgtctgaagatcaattagaaagaagagctacatcttctggacaaggacatagaaca
aatttagcaccacaatctatgcaatgggcaattagaaatcgcgatactgccacacgaact
gcaacagggtttagagttgcttctggaaattcactagtattcatagatcctacatcattg
aggcgatctgctgtagctgcagttagtaatagtacgaataattctggtaatggaggcaat
aatgcagcagcagccgctgcagcagcagttgcatctgctgcagctggtcttaatgattca
atcacaatggctactactgcttcaagtttagctagagcatttgcagttgtcatacgtcaa
attgctgatttattagttacatctataaatgatccaccatcattaccaataccagtgcgc
atatcaatacaagatacttgtagtttacagataataattgaaaagtcacttaaacctact
tgggattggttaatggcaatcatggattcaactgaagctcaacttaggtttggtgcctca
cttactcaatcatctgatccacaacatccaagacatcctttacattcaacaactacagct
aatactacaaatacaatgcctagtacatcgtctggaataggtgcaactagtagtaataat
aatcaggcagttgaaccccgacgtgaatttatatcatattgtttatctctaatgcgtgct
cacagtaatgagcatggagattctttaccagttttggatgtttcttcgttaaaacatgtt
gcttatgttttggatgctttagtgtattatatgagggctgacacagctgctgttaattgt
caatcaataaatacacctatacttttagcagatccattagatcctgaaccctgggttata
gatcagcaagacgaaaatgacaatgaagaaaatgacgaagaaattaatactactgtacca
tcgatcagccaaacatctagtccaagatttgtagacatggattctggaactagaggtcga
cgacatgcatttttccaaagatcagattctactttatgtttaggatgtcctccaccagat
ccttttgaaacacctatgactcaagctatgccgttagctgatcaaccacatttactacaa
ccaaatgcacgtaaagaagatatgtttggttctccaaaactttcaacacctttagatgga
tcagtggaaggtctgccatcaaggcttagtttatccagtcgtagcgataatggaagtgaa
cagttacccaaagaacatgaaagaaaaagacaagatactgaaccagaagatctttctatt
cgtgcaaatgtggctgaaaagtttaatgaaatgactgaattctttggcctaggtgatgaa
tcagatacttcacaaccaatccctgaatctgaaatgaccaaaagagatcgagacttaata
attgtaccaacaagtactttctctgatactacatcacctatgctgaaaagtgtaattgtt
agagctccttctggtggaactccatctacttcttcaagttcagcacaagtaaaaccaaat
cccgatgtggacgatagccataattcatattcaaacaatgatattgttaaaccaatgaat
aagggtagtcgtttaggagagagtgtatcccatgacttattgttaggtcgctggcgttta
acattagacctttttggtcgtgtgtttatggaagatgtaggcttggaacctggatctgtt
gtttctgaacttggaggtttcccagttaaagaagcaaagttccgtagagatatggaaaag
ttaagaaatcaacaaaatagagatctaacattatcaaaattggaacgtgatcgtaatcaa
ttgattctcatgaccttcaaagaattaaacaatcagtataattcttatcaccgtagaaca
tctagtagtcatccctgtctagcagttaatagagtgaaagtaacatttaaggatgaacct
ggagaaggatcaggtgttgctagatcattctatactgccctagctgaggctcttctatca
agtgaaaaattgccaaaccttgaatcagtccaagttggtggtagatactctcaatacact
gttcttcaacgtttaagaaatcgtgagcgcactgaagctccccgaatacgacatcctggt
ccattatcaccacgagtgccatcaagacggtctgagcgtaatgaccgcgaacaacgtcga
acactctctgttgatgcacgttcatttgttcctaattctggatcatccgatgctaatcct
aattctcatctaactccacaccagcaacaacttggtgaacgcctgtatccaaaggttgtt
caaattagaccaagtttagccagcaaaattacaggaatgcttttagagttatcacctgct
caattactaacattattagcatctgaagaagctttgagaatgcgtgtgaatgaagctatt
gcattgctaatgcaaactgttgaaatgtcatcacttgttgatgtgactcatccattaccg
cctgctgatagtcttcttgaagacgttgatttgttcttaagtctttccgaacaacatggt
tctaaacctgctccaccagcaaaagaaaatattgcagaagaaaatgtaacagaagaaaac
ttggatgataacacaccattattttattgtcctggtaaacaaggattttattcaccacgt
caaggaaaagcttcttatgaacgcttgaatgcattcagaaatactggaagattgattgga
ctgtgtcttctacaaaatgaattatgcccaatgtattttaatcgacacgttcttaaagtg
atacttggtagatctataagattccacgatttagcatttttcgatccagttatgtatgaa
agtctcaggcaacttgtgctagatgctgaatctaaagataaagaatcattattctcaact
ttagatttaaactttagcattgatctgagccaagaagaaggtggtggaagtgtagaatta
gttagttgtggtgttgatattgaagtgacgcccaacaatgtttatgattatgtaagaaga
tatgctgagtttagaatgtttaaaactcaacaaaaagccttctttgcattgagatctgga
gtatttgatgtaattcccgaaagttcattagatggtttaactgctgaagatttaagatta
ttgttaaatggagttggtgatattaatgtacctttactaatttcatacacgagtttcaac
gatgagtctggtcttgccactagtgatcgtcaaataaaatttaagcgttggttatggtct
attgttgataaaatgactccatctgaaagacaagacttggtatacttctggactggatca
ccagctctaccagcatcagaagaaggattccagccaatgcctagcgtcaccatgcgtcct
gctgatgattcacacttgccaactgcaaacacatgtatatctagattgtatataccactt
tacagcagtcgtactatactcaggcacaaacttttaattgccataaaaactaagcatttt
ggatttgtttaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (5)   
   Pfam (5)   
All databases (26)   

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