KEGG   Physeter catodon (sperm whale): 102987217
Entry
102987217         CDS       T06011                                 
Symbol
UBR3
Name
(RefSeq) E3 ubiquitin-protein ligase UBR3 isoform X1
  KO
K11978  E3 ubiquitin-protein ligase UBR3 [EC:2.3.2.27]
Organism
pcad  Physeter catodon (sperm whale)
Brite
KEGG Orthology (KO) [BR:pcad00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:pcad04121]
    102987217 (UBR3)
Enzymes [BR:pcad01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     102987217 (UBR3)
Ubiquitin system [BR:pcad04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   UBR box proteins
    102987217 (UBR3)
SSDB
Motif
Pfam: PRT6_C zf-UBR ALC
Other DBs
NCBI-GeneID: 102987217
NCBI-ProteinID: XP_054944417
Ensembl: ENSPCTG00005003807
UniProt: A0A9W2WYX7
Position
2:75513533..75742539
AA seq 1905 aa
MAAAAAAAAVGGPQPPQAEMTAPGLALDKAATAAHLKAALSRPDNRAGAEELQALLERVL
SAERPLAAAADGEEAAAAGGGGGPGAAEEEALEWCKCLLAGGGGYDEFCAAVRAYDPAAL
CGLVWTANFVAYRCRTCGISPCMSLCAECFHQGDHTGHDFNMFRSQAGGACDCGDSNVMR
ESGFCKRHQIKSSSNIPCVPKDLLMMSEFVLPRFIFCLIQYLREGYNEPAADVPSEKDLN
KVLQLLEPQISFLEDLTKMGGAMRSVLTQVLTNQQSYKDLTSGLGENAYARKSHEKYLIA
LKSSGLTYPEDKLVYGIQEPSAGTSTLAVQGFAGATGTLGQLDSSDEEDQDGSQGLGKRK
RVKLSSNTKDQSIMDVLKHKSFLEELLFWTIKYEFPQKMVTFLLNMLPDQEYKVAFTKTF
VQHYAFIMKTLKKSHESDTMSNRIVHISVQLFSNEELARQVTEECQLLDIMVTVLLYMME
SCLIKSELQDEENSLHVVVNCGEALLKNNTYWPLVSDFINILSHQSVAKRFLEDHGLLVT
WMNFVSFFQGMNLNKRELNEHVEFESQTYYAAFAAELEACAQPMWGLLSHCKVRETQEYT
RNVVRYCLEALQDWFDAINFVDEPAPNQVTFHLPLHRYYAMFLSKAVKCQELDLDSVLPD
QEMLMKLMIHPLQIQASLAEIHSNMWVRNGLQIKGQAMTYVQSHFCNSMIDPDIYLLQVC
ASRLDPDYFISSVFERFKVVDLLTMASQHQNTVLDAEHERSMLEGALTFLVILLSLRLHL
GMSDDEILRAEMVAQLCMNDRTHSSLLDLIPENPNPKSGIIPGSYSFESVLSAVADFKAP
VFEPGGSMQQGMYTPKAEVWDHEFDPVMVILRTVYRRDVQSAMDRYTAFLKQSGKFPGNP
WPPYKKRTPLHPSYKGLMRLLHCKTLHIVLFTLLYKILMDHQNLSEHVLCMVLYLIELGL
ENSAEEESDEEASVGGPERCHDSWFPGSNLVSNMRHFINYVRVRVPETAPEVKRDSPAST
SSDSLGSLQSSRRPKVLQRENSGTAQVFSLVAERRKKFQEIINRNSNEANQVVRPKTSNK
WSAPGSAPQLTTAILEIKESILSLLIKLHHKLSGKQNSYYPPWLDDIEILVQPDIPKYSH
GDGITAVERILLKAALQSRMNKRIIEEICRKVTPPVPPKKITAAEKKTLDKEERRQKARE
RQQKLLAEFASRQKSFMETAMDVDSPESDIPMEITTAEPQVSEAVYDCVICGQSGPSSED
RPTGLVVLLQASSVLGQCRDNIEPKKLPITEEEQIYPWDTCAAVHDVRLSLLQRYFKDSS
CLLAVSIGWEGGVYVQTCGHTLHIDCHKSYMESLRNDQVLQGFSVDKGEFTCPLCRQFAN
SVLPCYPGSNVENNLWQRPSNKSIQDLIKEVEELQGRPGAFPVSISSETNLSKEMESVMK
DIKNTTQKKYRDYSKTPGSPDNDFLFMYSVARTNLELELIHRGGNLCSGGASTAGKRSCL
NQLFHVLALHMRLYSIDSEYNPWRKLTQLLEQMNSQLGNEEQQPEVPILYHDVTSLLLIQ
ILMMPQPLRKDHFTCIVKVLFTLLYTQGLVALSVKCSEEDRSAWKHTGALKKNTCDAEKS
YEVLLSFVIRELSKGKLYHEEGTQECATISPIAWSPESMEKYLQDFCLPFLRITSLLQHH
LFGEDLPSCQEEEEFSVLSSCLGLLPTFYQTEHPFISASCLDWPVPAFDIISQWCFEINS
FTERHAEQGKALLIQESRWKLPHLLQLPENYNTIFQYYHRKTCSVCTKVPKDPAVCLVCG
TFVCLKGLCCKQQSYCECVLHSQNCGAGTGIFLLINASVIIIIRGHRFCLWGSVYLDAHG
EEDRDLRRGKPLYICKERYKVLEQQWISHTFDHINKRWGPHYNGL
NT seq 5718 nt   +upstreamnt  +downstreamnt
atggcggcggcggcggctgcggcggccgtcgggggtccgcagccaccccaagccgagatg
accgcgcccgggctggccctcgacaaggcggccaccgccgcgcacctgaaggcggccctc
agccggccggacaaccgcgcaggtgccgaggagctgcaggcgctgctggagcgggtgctg
agcgccgagcggccgcttgctgcggctgcggacggcgaggaggcggcggcggccggcggc
gggggcggtccgggggcggccgaggaggaggccctggagtggtgtaagtgccttctggcg
ggcggcggaggctacgacgagttctgcgcggcggtgcgggcctacgaccccgcggcgctc
tgcggcctggtctggacagccaacttcgtggcctaccgctgccggacgtgcggcatctct
ccctgcatgtcgctgtgcgccgagtgcttccaccagggtgaccacaccggacacgacttc
aacatgttccgcagccaggccggcggtgcctgcgactgcggggacagcaatgtgatgcgg
gagagtgggttttgcaaaaggcatcaaattaaatcaagttcaaatattccctgtgtcccc
aaagacttactgatgatgtctgaatttgttcttccaagatttattttttgtcttattcag
tacttaagagaaggctataatgaaccagcagctgacgtaccatcagaaaaagaccttaac
aaagtccttcagcttttggaacctcaaatttcctttttagaagatctaactaaaatggga
ggagcaatgcggtctgttcttactcaggttttgacaaaccaacaaagctacaaagatctg
acttctggtcttggagaaaatgcttatgcaaggaaaagtcatgaaaaataccttatagct
ttgaagagctctggacttacatatcctgaggataaacttgtatatggtatacaagaacca
tctgctggcactagcactctagcagttcaaggttttgcaggtgcaacaggaacattggga
caactagattcttcagatgaggaggatcaggatgggagtcaaggtctgggcaagagaaag
agggtcaaactaagcagtaacaccaaagatcaatctataatggatgttttgaaacataaa
agtttcttagaagaactattgttttggactataaagtatgaatttccccagaagatggtg
actttcttactcaacatgcttccagatcaagagtataaggttgcttttacaaaaactttt
gttcagcattatgctttcattatgaaaacactgaagaaaagtcatgaatcagacacaatg
tctaacagaattgtgcatattagtgttcagttgttcagcaatgaggagctagccagacag
gtaacagaagaatgtcagctgctggatattatggtcactgtgctgttatacatgatggaa
agttgccttattaaaagtgagctacaagatgaagaaaatagtttacatgtggtagtgaat
tgtggagaagcattactgaagaataacacttattggcctcttgtcagtgattttattaat
atcctttctcatcaaagtgtggctaagagatttttggaggaccatggtttgttagttaca
tggatgaactttgtatctttctttcaaggtatgaacttaaataagcgagaactaaatgag
catgtggaatttgaatctcagacctactatgctgcctttgctgctgaacttgaggcctgt
gcacagccaatgtggggactcttatcacattgtaaagttagggaaactcaagaatatacc
cgaaatgttgtgagatactgccttgaagctcttcaagactggtttgatgctattaacttc
gtagatgagccagcacctaaccaagtcacttttcatctgcccctacatcgttattatgct
atgtttttgagtaaggctgtgaaatgtcaagaactagatttggattctgttttaccagat
caggaaatgttaatgaaactaatgattcatccactccaaattcaggcaagtcttgccgaa
atccatagcaatatgtgggtaagaaatggtctgcaaatcaaaggacaagccatgacctat
gtccagtctcatttctgtaattccatgattgatcctgacatttacctattacaggtttgt
gcatctagacttgatccagattattttatttcatctgtctttgaaagatttaaggtagtg
gatttgttgacaatggcttcacaacatcaaaacacagtacttgatgcagagcatgagaga
tccatgttagaaggcgctcttacatttcttgtgattcttttgagtcttcgtttacattta
ggaatgtctgatgatgagattctcagggcagagatggtagcccagctgtgtatgaatgac
agaacacatagttcattgctggacctcattccagaaaatccaaatcccaaaagtggcatt
attccaggaagttatagctttgaatcagttttatcagctgtagctgattttaaggctcct
gtttttgaacctggaggttctatgcaacaaggcatgtatactcctaaagctgaagtctgg
gatcacgagtttgaccccgtcatggtcattcttcgaacagtttaccgtagagacgtgcag
tctgcaatggacagatacacagcatttttaaaacagagtggaaaattccctggaaatccc
tggcctccctataagaaaaggacgccactccatcccagctataaaggtctcatgagactt
ttgcactgtaaaactttacatattgtgctattcactctgctttacaagattttgatggat
catcaaaatctgtcagaacatgtactctgcatggttttatatctgattgaattaggactt
gaaaattcagctgaagaggaatcagatgaagaggcatcagtaggtggaccagaacgttgt
catgacagttggtttcctggtagtaacttagtatcgaacatgcgacactttataaattat
gttagagtgagagttccagagactgctccggaagtgaagagagactcacctgcaagtacc
agctctgatagcttgggttctttacaaagttcacgtcggcctaaagttcttcaaagagag
aattctggtacagctcaagttttcagcttagtagcagagcgtagaaagaagtttcaggag
atcatcaatcgcaatagcaatgaagcaaatcaggtggttcgtcctaaaacttcaaataaa
tggtctgcacctggttcagctccacagttaactacagccattttggaaattaaagaaagc
atattgtctttgttaattaaacttcaccacaaactctcaggaaaacaaaactcctactat
cctccctggcttgatgacatagaaattttagtccaaccagatatacctaaatatagtcat
ggagatggtataactgcagtagaaagaattttactaaaagctgcattgcaaagcagaatg
aacaaacgcatcattgaagagatatgtagaaaagtgacccctcctgtaccacccaaaaag
atcactgctgcagagaagaaaacactggacaaagaagaaaggcgacaaaaggccagagag
aggcagcagaaattgcttgcagaatttgcttcacgacagaaaagcttcatggaaactgca
atggatgttgattctccagaaagtgatattcctatggagatcaccacagcagaaccacaa
gtttctgaggcagtatatgattgtgttatttgtggacagagtggcccctcctctgaagac
agacctacaggattggttgtactgttacaagcatcctcagttttggggcagtgccgtgac
aacattgagccaaagaagttgcctatcactgaagaggagcagatttacccttgggataca
tgtgcagcggttcatgatgtgaggctctcattattacagcgttattttaaggatagttct
tgtctcttggcagtatcaattggctgggaaggaggtgtttatgtacaaacctgtggccac
acattacatatagattgtcataaatcttatatggaatcattacggaatgaccaggttctt
cagggcttctcagtggacaaaggagaattcacatgtcctctctgtaggcagtttgctaac
agtgttcttccttgttatcctggaagcaatgtcgaaaacaacctttggcaacgtcctagt
aacaaaagcatacaagatctcataaaggaggtggaggagctgcagggacgtccgggagct
ttcccagtaagcatcagttcagaaaccaacttaagtaaagaaatggaatctgtaatgaaa
gatatcaaaaataccactcagaagaaatatagagactatagcaagactccaggctcacca
gataatgattttctctttatgtattctgttgctagaaccaatttggaacttgaattaatt
catcgaggagggaatttatgttcaggtggtgcaagcacagctggtaaaaggtcttgttta
aatcaactgttccatgtattagccttgcacatgcggctttacagcattgattctgagtat
aatccttggagaaagctcacacagttactagaacagatgaattcacagctgggaaatgag
gaacaacagcctgaggttccaattctttatcatgatgttacatcccttttgcttatccag
atcttaatgatgccacaacccttacgcaaagaccatttcacctgcattgtgaaggtgctt
tttaccctattgtacacgcaaggtcttgtggcactttcagttaaatgcagtgaggaagat
aggtcagcctggaaacacacgggagctctcaaaaagaatacatgtgatgcagagaagtct
tatgaagtgttattgagctttgtgataagggaactatctaaaggaaagttataccatgaa
gaaggaacgcaggagtgtgcaacgattagccctattgcttggtctcctgaatccatggaa
aaatacttacaggacttctgcttacctttcctcagaatcaccagccttcttcagcaccac
ctttttggggaagatttacctagctgccaggaagaagaagaattttcagttctttccagc
tgcctgggacttctgccaacattttaccaaacagaacatccattcatcagtgcctcctgt
ctggattggccagttccagcatttgatattatatctcagtggtgttttgagataaattca
tttactgaaagacatgccgaacaaggaaaggccttgcttatccaagagtcaagatggaaa
ttgccacacctactacagttgcctgaaaattataacaccattttccagtactaccacaga
aaaacctgtagtgtctgcaccaaggttcctaaagatcctgccgtttgccttgtttgtggt
acttttgtatgcctgaaaggactttgctgcaagcaacaaagttactgtgaatgtgtattg
cattctcagaactgtggtgctggaacagggattttccttttgatcaatgcatcagtgatt
atcatcattcgagggcaccgcttctgtctctggggttctgtgtatttggatgctcatgga
gaggaagaccgagatcttaggcgaggcaagcctctctacatttgtaaagaaagatacaaa
gttcttgaacaacagtggatttctcatacttttgatcacatcaataaaagatggggtcca
cattacaatgggctgtga

  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)   
   Ensembl (1)   
Protein sequence (9)   
   UniProt (1)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (3)   
   Pfam (3)   
All databases (29)   

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