KEGG   Wallemia ichthyophaga: J056_001674
Entry
J056_001674       CDS       T03457                                 
Name
(RefSeq) E3 ubiquitin-protein ligase ubr1
  KO
K10625  E3 ubiquitin-protein ligase UBR1 [EC:2.3.2.27]
Organism
wic  Wallemia ichthyophaga
Brite
KEGG Orthology (KO) [BR:wic00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:wic04121]
    J056_001674
Enzymes [BR:wic01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     J056_001674
Ubiquitin system [BR:wic04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   UBR box proteins
    J056_001674
SSDB
Motif
Pfam: PRT6_C NAD_binding_7 Sirohm_synth_C zf-UBR Sirohm_synth_M ClpS
Other DBs
NCBI-GeneID: 20374626
NCBI-ProteinID: XP_009269577
UniProt: R9ABX8
Position
Unknown
AA seq 2051 aa
MSFEQVLGCLLENPQRDSIFNFNQSNTKDSLYKSFIGPFAPDFFGVTGDHLDIGANERFN
ELQNKFLGGRRGRSQFEPCGYVFKKGDVVYRCKDCAIDPTTVFCSRCFHATHPQDSPDHP
FSNHQISFSLMTAGGCCDCGDPEAWRIDPGRPAHLDEPDNVNVHLPEESLQRARLYVSTI
IKFIIDTIAHSPTEFTPPTNIPQVKSLPTLKPESQSEPGPWSVVLWNDERHSFDEVIEQV
SLAIDCSHSTSRTAAEHGREVLKSSSDINALLKVAVIINSIDLAVTIRPSHDTYLEDICH
LLLEFLFDLCHSRPQELRLIVAEELLKVSTSTHIDKITKDKRQMTNLQCLFLLESRMWKR
ARKLFRDMLVALLGVNQDVRCRVGLQFALVYKNLVESYLLQDHEPELSALLFSIQVFTTP
SVASLICFNSEFHANSLLTTILHLIYAFLTEQRTSPKQIKLVDKISNDIIDCESTSIRHK
RYLNIIHDLKTLLTNEAVVDELPKRMDLLDDFIQFFIPFTDMNQFQRAVHEHVEYESDAW
INAFNCTIQLTKVTNALGDLSSNFTPIQLVTLIKHILDGIAKTMHRPTFSTKEAGIQFGG
HAYDVIDYSVAYESVSFHHPLHWWLGNLLKHVQILGHFYPEGVNTRELPLIFGERARNNL
LPAVAFFEQPMRVCAFVAQARCGLWVRNGFSVRGQVHHYREITFRDNTYDLDLFNVQIMF
TIVDAEQALVSLLTKFDMLTWFEGYVYHSVYDEKQTPAMAEEFILLLIACLTEPTNIGGW
SKEKRIERSLIHALCFGPSTYSEFTRLISDTLVDDPAFDRILNKVAKFRSPDGTSDYGTY
ELRDEYFEHVDPYYMNFTRNMREAAATSLQKFYKRIGKENAIHIPKKLDVPTNGPYNSFI
GVYKTEVFQQIVYASLFNAFNERDEQGRPAASFTRDILIEAALHLIMCALVEAKTIFAKL
AGSRRYLMHSTLVELLCKHENDQRLVNVKGRISWILDQLSDVCGDAVSASREIIQPASNE
PIEDPAEARKTAAKARQTAIMEKFANQQKNLLDQLGDEDEDMEDEDDAVEDNLGSDDPHA
DHRDFGDCIVCQEVLGGTSFGSLAFVQPSKLLRNTPSLDPNFVYEPLWMSHDLDKRPESS
PASVDNQYKQSFIQSKLNSRSTQPNTTTPGFSSEHTRLGLHMSTCGHRMHLSCFETYFAS
SVSRHQSQIARTQPDEPKWKEFICPLCKGLGNAIMPIFKRPKAVSSSPKITEWVRSVSID
LLKDPKVSLLNDFQEQETGSGEFWPWYARSAPSKLDNIEKNPQSALTDRLMGLIKPISMN
AEDMRQSSIPAAQELSSEGMYLPGELVAYTISSIEVALRGTGGNERSVSDQVNELHLLMI
ESMLGCLENLATRHPVHQSNGPQIIAKGIFQRILPEFGREDNVRQPLLLRDPFSLLVETA
ATAPESLPPMITLTFYAQLVRTVIALIQASRTDGVADSPLLRPPAEIERLPANAEHIFGN
ISSVIHYMLQSFTALYNDGERMLKLLPDEYISKLMYSYMLPFLRRVSILNRVVRKAPVLF
TKKSNESDVKMHGMNEEESDCEFMRLMKELEILPPNEALNTSSSRQTTIQRMVEGWCSHF
GHHVQELRPRDYTLKLDYPQIYRLTALPYQLSALIDDVLTRVCPNCNQVPSDPALCLLCG
ASLCHQSFCCHDQSTKVGECNTHMKKCGGVVGAYFMPKKSATFYLYDNKGSFAQPPYLDA
HGEVDIGIRRGKPQYLHKRRLNEIYRIWVNHQIPSWIGRKLDLVSDQEIQPGGGLLIAWQ
LKEKIVVLIGGGEVAAGRIVNLLNADAKIRLICPRNGLNQEVAYRVDSGQIFDYVDRQFE
DANDFKDANMVLTAIDDVETSKHIYNISKSLNIATNVADIPPNCDFYFGSIVRRGPLQIL
ISTGGQGPRISAKLKGIVENALPKTIGPAITNVGSLRKKLRAIEPTVGGKPGVKRMKWMI
KVCDNYSFDELAEMSDKDLEHILEGYDKDQIPKAHSLTLSKAASVFKSFAPVLMGMVIGS
SLTLTYLSRHK
NT seq 6156 nt   +upstreamnt  +downstreamnt
atgagctttgaacaagtccttggatgcttactggaaaaccctcaaagagattctattttt
aattttaaccaatcaaatacaaaggactccctctacaaatccttcattggcccttttgcg
cctgatttctttggcgttaccggcgatcatctcgatattggcgctaatgaaagattcaat
gagctgcagaataagttcctcggggggagaagaggcagatctcaatttgaaccatgtggt
tatgtttttaagaagggtgacgtcgtttacaggtgcaaagactgcgctatagatccaaca
actgtgttttgttcacgctgctttcacgctactcaccctcaagattcccccgatcaccct
ttcagtaatcaccagatcagcttcagccttatgacagctggtggttgttgcgattgtggc
gatcctgaagcttggagaatcgatccaggaagacccgcgcacttggatgaaccagacaat
gtgaatgttcaccttcccgaagaatccctccaaagagcacgtctctacgtttctacaatc
attaaattcattattgacactattgctcattccccgaccgaattcaccccccctaccaac
attcctcaggtcaagtcactccctacacttaaacctgaatctcaatctgagcctggccct
tggtctgtcgtcttgtggaacgatgaacgccactctttcgatgaagttattgagcaagtt
tccctggctattgactgctctcactctacatctagaacagctgcagagcacggtagagaa
gtacttaagtcatccagcgatatcaacgctctattgaaagttgctgttattatcaactcc
atcgatctcgctgtcacgatcaggccatctcacgacacttatcttgaagatatttgtcat
cttcttctcgaatttctattcgatctctgccactcaagacctcaagagttgagattgatt
gtagcagaagagctgctcaaggtttctacatcaacccacattgataaaatcaccaaagac
aagcgtcagatgactaatttacagtgcttattcttattggagtccagaatgtggaagaga
gcacgtaaattgttcagggatatgcttgtcgctttgttgggtgtaaaccaagacgttcgt
tgtcgtgttggcttgcagtttgctttggtctacaagaacctggttgaaagctacttatta
caagatcacgaaccagagctctccgctttattgttctccattcaagtttttacaacacca
tctgttgcatcgttgatatgtttcaattcagaatttcacgccaactcactactaacgaca
atcctgcatcttatttatgccttcttgacagagcagagaacttcacctaaacagattaaa
ctagttgacaaaataagcaatgatatcatcgactgcgaatctacttcaatcagacacaag
cgatacctgaatattatccatgacctcaagacgcttttaactaatgaagccgttgttgat
gagctgccaaaaaggatggacttgttggacgactttattcaattcttcattcccttcaca
gatatgaaccagttccaaagagccgttcatgagcatgttgaatacgaatctgacgcttgg
attaatgcctttaattgcactatacaattgaccaaagtgactaacgcgctcggtgacctg
tcgtccaacttcactcctattcaactggtaacactgatcaagcacattttggatggtatt
gctaaaactatgcacagaccaacattctcaaccaaagaagctggtatacaatttggtgga
catgcgtatgacgtaattgactatagtgtcgcctatgaatcagttagtttccatcatcca
ctacactggtggctcggaaatcttctgaagcatgttcaaattctaggtcacttttatccc
gaaggtgtcaatacacgcgagctgcctctcatattcggcgaacgtgccaggaacaatctc
ttacctgcagttgccttctttgagcagccaatgagagtttgtgcatttgttgctcaagct
cgttgtggattgtgggttcgcaatggcttttctgtacgtggtcaagtacaccactaccga
gaaatcacgttcagagacaacacctacgacttggatctcttcaacgttcaaattatgttc
actatcgtcgatgccgagcaagcattggtgtcactgctgacgaaattcgacatgctcact
tggtttgaaggttatgtttatcactcagtgtatgacgaaaagcaaacaccagcaatggct
gaagagtttattctattgctgatcgcctgtctgacagagccaacgaacattggtggatgg
tcaaaggagaagcgcatcgaaagatcactgatacacgcactctgttttggtccatcaaca
tattctgaatttactagattaatatcagatactttggtagacgatcctgcgttcgatagg
atactcaacaaagttgccaagtttagatcacccgatggtacttctgattatggaacatac
gagctgcgagacgaatactttgaacatgttgacccatactatatgaactttacgaggaac
atgcgcgaagcagctgcgacgtcattgcagaagttttataagcgcatcggaaaagagaat
gcaatacacattcccaagaagctcgatgtgcctacgaatggaccgtataattccttcatt
ggtgtatacaagacagaggtattccaacaaattgtatacgcgtcattgtttaacgccttc
aacgagagagatgagcagggcagaccagctgcatcattcactcgtgatatactaattgaa
gcagcactgcatcttattatgtgtgctttggtcgaagccaagaccatctttgcaaagctc
gctggttcaagaagatatcttatgcattcaacgctcgtagagttgctgtgtaagcacgag
aatgaccaaagactggtaaatgtcaaaggaaggattagttggattttggatcaattgagt
gatgtttgtggagatgctgttagtgcgagcagagaaatcatccaaccagctagtaacgag
ccaattgaagatcctgctgaagctcgcaagactgctgccaaagcaagacaaacagccatt
atggagaagttcgctaatcagcagaaaaacttgctggatcagttgggtgatgaggatgaa
gatatggaagatgaagacgatgcagtagaggataatttgggtagtgatgatccgcatgca
gatcacagagactttggcgactgcatagtctgtcaggaagttttgggtgggacgtcgttc
ggatcacttgctttcgttcaaccatcaaagctacttagaaacactccatcactcgatcct
aattttgtttatgaaccactttggatgtcgcacgatctcgataaacgtcctgagtcatca
cctgcaagtgttgacaatcagtacaagcaaagctttattcagagcaaactaaacagccgt
tcaactcaaccaaacacaacaactccaggattctcatcagagcacaccagattgggctta
cacatgtcaacatgcggacacagaatgcacttatcgtgtttcgagacttacttcgcgtcg
agtgtgtcacgccatcagtctcaaatcgctagaacacagccggacgagcctaagtggaag
gagtttatatgtccgttatgcaaaggattaggtaatgctatcatgccaatctttaaacgc
ccaaaagcagtctcaagcagccctaagattacagaatgggttagatctgtatcgattgat
ctactcaaagatccaaaagtatcgcttttgaatgacttccaagaacaagagactggttct
ggtgaattttggccttggtatgctagatctgctccttcaaagctggataacatcgaaaag
aatccacaatctgcacttacagatagattaatgggtttaattaaacctatttcaatgaat
gcagaggatatgagacaaagcagtattccagcagcacaggagttatcgagtgaaggaatg
tatctaccaggtgaacttgtcgcatacacgatatcatcaattgaagtggcactccgtggt
acaggaggcaatgaaagatctgtttccgatcaagtgaatgaattacatttgttgatgatt
gaaagtatgttaggttgtttggaaaatttagcaactcgtcatccggtacatcaatcaaat
ggtccgcaaataatagccaagggtattttccagcgtattttaccagagtttggtagagaa
gataatgttcgtcagcctttgttgctgcgcgatccattcagcttgctagtagagacagca
gcaacagcaccagagtcattaccacctatgataacgcttactttctatgctcaattagtc
agaacagttattgcactcatccaagcatctagaacagatggtgttgcagactcgccgtta
ttaagaccaccagcagagatagaaaggttacctgccaatgcagagcatatattcgggaac
atttcatcggtgattcattatatgttgcaatcattcactgctttatacaacgatggggag
agaatgttaaagttactcccagatgagtatatatccaagctcatgtatagctacatgcta
ccattcttaaggagggtttcaattttgaatagggtagtaaggaaggctccagtccttttc
accaagaagagtaatgaaagtgatgttaagatgcacggaatgaatgaagaagagagcgac
tgcgagtttatgcgactaatgaaagagctagagatattaccgccaaacgaagcattgaat
acatcttcatcgagacaaacgacaatacagagaatggttgaaggatggtgttcacatttc
ggacatcatgtacaagagctgagaccgagagactatactttgaagctggattatccacaa
atatacagactgacagcattgccttatcaattatcagctttgattgatgatgttctcacg
agagtatgtccaaactgcaaccaagtaccatcagatcctgcgctatgtttgctttgtggg
gcatcactttgtcatcagtcgttctgttgtcatgaccagtcgaccaaggttggtgaatgc
aacacacacatgaagaaatgtggcggtgtagtcggagcatatttcatgccaaagaagtca
gcaacgttctacctatacgataataagggatcgtttgcgcaaccaccatatctggatgcg
cacggtgaagtagatattggtattcgtcgtggaaaaccacaatacctgcataagcgaaga
ttaaatgagatatacagaatatgggttaatcaccagattccatcgtggattggacgcaag
ttggatcttgttagtgatcaggaaattcaaccaggcggtggcttgttgattgcatggcag
ctgaaggaaaagattgtcgttttgatcggtggtggtgaagttgctgctggtcgtatcgtc
aatctcttaaatgcagacgcgaaaatcagattaatttgcccaaggaatggattaaaccaa
gaagtcgcttatcgagttgattctggtcaaatatttgattacgtcgatagacagtttgaa
gacgcgaatgatttcaaggatgcaaatatggtgttgacagctatcgacgatgtagaaact
tcgaagcacatatataatatatcaaagtcgctcaatatcgctacaaatgtggctgacata
ccaccaaattgcgacttctacttcggttctatagtcagaagaggtccactgcagatattg
atatctaccggtggtcagggacctagaatatcagccaaactaaagggtatcgttgagaat
gcactgccaaagactattggacctgcgataaccaacgtaggtagtttgagaaaaaaactt
cgagcaattgagccaacagttggcggtaagcctggcgttaagcggatgaaatggatgatc
aaagtctgcgacaattacagctttgatgagctcgcagaaatgtctgacaaagaccttgag
cacatattggagggatacgacaaggatcagatacccaaggcacattcattgacattaagc
aaagcagcctctgtattcaagtctttcgcaccagtcttaatgggaatggtaataggatct
tcgctgactttaacttatctttcacgccacaaatag

  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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

Download RDF
DBGET integrated database retrieval system