KEGG   Meleagris gallopavo (turkey): 100544810
Entry
100544810         CDS       T01523                                 
Symbol
UBR1
Name
(RefSeq) LOW QUALITY PROTEIN: E3 ubiquitin-protein ligase UBR1
  KO
K10625  E3 ubiquitin-protein ligase UBR1 [EC:2.3.2.27]
Organism
mgp  Meleagris gallopavo (turkey)
Brite
KEGG Orthology (KO) [BR:mgp00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:mgp04121]
    100544810 (UBR1)
Enzymes [BR:mgp01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     100544810 (UBR1)
Ubiquitin system [BR:mgp04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   UBR box proteins
    100544810 (UBR1)
SSDB
Motif
Pfam: PRT6_C zf-UBR ClpS
Other DBs
NCBI-GeneID: 100544810
NCBI-ProteinID: XP_031409408
Ensembl: ENSMGAG00000011594
Position
5:complement(25044967..25095005)
AA seq 1704 aa
MDPLLEKQEEMVQAAIFYPLECYLFGEDPDTFLEKLQQSGISQLCGKVFKGGETTYSCRD
CAVDPTCVLCMDCFQNSIHRNHRYKMHSSTGGGFCDCGDTEAWKAGPVCTKHEPGASGSP
KENSECQLNEEVMEHSRRVFPSVVKYIVDMLIWEEEKELPPELTISREKVDSYYCVLFND
EHHSYDHVIYSLQRALGCELGEAQLHTTAIDKEGRRAVKAGHYASCQEAKEEIKRHSENV
SQRPLHVEVLHADVMAHQKFALRLGSWLNKLMSYSSDFRKIFCQICLKEDAGSEKPCFIS
QLMLWDAKLHKGARKVLHELIFSSFFMEMDYKKHFAVEFVKYYKTLQKEYISDDHDRVLS
VTALSVQIFTVPTLARHLIEEQNVITIITETLLEVLPEYLDKNDKFNFQGYSQDKLNRVY
AVIYDLRYVLISKPTVWTNRLRERFLEGFVSFLRILTCMQGMEEIKRQIGQHIEVDPDWE
AAIAIQMQLKNILLMFQEWCACDEELLLRAYKECHKAVMRCSTNGRSREKTVFHLCGHTL
ESRPYRVSSDPVSIHLPLSRTLAGLHVQLSKTGTISRLHEFVSPEEFQVELLVEYPLRCL
VLVAQVAAEMWRRNGLSLISQVFYYQDVKCREEMYDKDIIMLQIGASLMDPNHFLLLLLQ
RYELADAFKKIKLTKDQDLIKQCNVLIEEMLQIIIYVVGERYVPGVSNVTKEDVIMREII
HLLCIEPMAHSAITKSLPENENNETGLENVIDKVATFKKPGVSGHGVYELRDECLKEFNM
FFYHYTKTQHSKAEHTQKKRRKQENRDEALPPPPPPDFCPAFSNVVRILNCDVMMHILRT
ILQRAVELETHLWTEAMIQMVLHLLSLGLLEEKQQLQKSPEEEVTFDFYHKATRMGSSAL
NAVNVLMLLEKLKRVPQLEAQKDTVIWILQMFDTVKRMREKSSLTAVVAPSGSETAKGDE
TQSTQDKEKAERKRKAEAARLHRQKIMAQMSALQRNFIETHKLLYENTLEAQGKEDAIME
EESISSAIDYSRIALGPKRGPSIAEKEVLTCILCQEEQEVKLESAAMVLSACVQKSTALT
QNRSRILELSGDTVDPLFMHPDLPCGTHTGSCGHVMHAACWQKYFEAMQLNFRQRLHVEQ
IFDLENGEYLCPLCKSLCNTVIPIVPLQAQKINSEDAEAVAQILSLARWLETIIVRISGY
NVKNAKGDQQNVPAFVNKGLGNSALEFHSILSFGVQSSAKYSSSIKEMLILFATTIYRVG
LKVAPNEADYRIPMMTWSTCAFTIQSIENLLETEGKPLFGSLQNRQHSGLKALVQFAAAQ
RTTSPQVLIQKHLVRLLGVLLPNFKTEDTPSLLEVDMFHILVGVVLSFPSLYWEDAVDLQ
PSSISSAYNHLYLFHLTTLAHMTQIVISSTTESSTARSYDNSEEACSAQAFCREVCQYTS
GCFSQDVPGCLVWDCVKKGIMPYLRCAALXFHYLLGVSPPEELLQVSEEGQFKALCSYLS
LPTNLFLLFQEYWDTVNPLLQRWCADPVVLSCLKGKSTAVRYPRKRNSLIELPEDYSCLL
NQASQFRCPRSSDDEQKHPVLCLFCGAMLCSQNTCCQELVNGEELGACTSHALQCGAGVC
MFLKIRECKVVLIEGKTRGCLYPAPYLDEYGETDPGLKRGNPLHLCRERYRKLHLLWQQH
CIIEEIARSQETNQIFFGFNWQLL
NT seq 5115 nt   +upstreamnt  +downstreamnt
atggaccccttgctggagaaacaagaagaaatggtccaggcagcaatattttaccccctg
gaatgttatttatttggggaagacccagatacatttctagagaagctacagcagagcgga
atctcccagctctgtgggaaggtgttcaaaggaggggagacaacatattcttgcagagac
tgtgcagttgatccaacctgtgtactctgtatggactgcttccagaatagtattcatagg
aatcaccggtacaagatgcatagctccactggaggtggattttgtgactgtggggataca
gaggcatggaaggctggaccagtgtgtactaaacatgagcctggagcatcaggttctcca
aaagaaaattctgaatgtcagttaaatgaagaagttatggagcactctaggagagtgttt
ccctccgtggtaaaatacattgtagatatgcttatatgggaagaagagaaggagttgcct
ccggagctcacaattagtagggagaaggtagacagctactactgtgtccttttcaatgat
gaacatcattcttatgatcacgtcatctatagcctgcaaagggcgcttggctgtgaactt
ggtgaagcccagttgcacactactgctattgataaagagggtcggagagctgttaaggca
ggacattatgcctcttgtcaggaggcaaaggaagaaatcaagaggcattctgaaaatgtt
tcacaacgaccccttcacgtggaagttctgcatgctgacgtcatggctcaccagaagttt
gccttgcgccttggttcttggctgaacaaactcatgagctattcaagtgactttcgcaag
atcttttgtcaaatatgtcttaaagaagacgctggatctgaaaagccatgcttcataagc
cagttaatgctttgggatgcaaaacttcataaaggagcaaggaaggttcttcatgaactt
atcttcagtagttttttcatggaaatggattacaaaaaacattttgctgtggaatttgtg
aagtattacaagactttgcaaaaagaatacatcagtgatgatcatgacagagttctctct
gtgacagcactctcagttcagatattcactgtacctactctggctcgccatcttattgaa
gagcaaaatgtaatcactatcattacagagacactcctggaagtccttccagagtatcta
gacaaaaacgacaagttcaacttccaaggttacagccaggataaactcaatagggtatat
gcagtaatatatgatctcaggtatgttttaatcagcaagcctacagtatggacaaaccgt
ctgagggagcgctttttagaaggatttgtttctttcctaaggattttaacttgtatgcag
ggaatggaagagataaaaagacagattggtcagcacattgaggtggaccctgactgggaa
gcagccattgctatacagatgcagctaaagaacatactcttgatgttccaagagtggtgt
gcctgtgacgaggagctgttgctgagggcctacaaagaatgtcataaagctgtaatgagg
tgcagcacaaacggccgttcacgggaaaagacagtgtttcacttatgtggccatactttg
gagagtagaccttacagagtgtcttcagatcctgtcagcatacatttgccactttctagg
actctggcaggtcttcatgtacaattaagcaagactggaaccatctcaagattgcatgag
tttgtttctcctgaagaatttcaagtggaactgctagtagaatatcctttgcggtgtctt
gttttggttgctcaggttgctgcagagatgtggagaaggaatggtctctccttgataagt
caggtattctattatcaagatgttaagtgcagagaagagatgtatgataaagacatcatc
atgctccagattggtgcatctcttatggatccgaaccatttcctattgctcttactccag
agatatgagcttgcagatgctttcaaaaagatcaagctcaccaaagatcaggatctgatc
aaacaatgtaacgtactaatagaagaaatgttacagattataatctatgttgtgggagaa
agatatgtgcctggtgtgagtaatgtgacaaaggaggatgttatcatgagagaaatcatc
catctactgtgtattgagccaatggctcacagtgcaattactaaatccttgcctgaaaat
gagaacaacgaaactggcttggagaatgtaattgataaagtagcaacatttaagaaacca
ggtgtgtctggacatggagtttatgaactgagagatgaatgcttgaaagaattcaatatg
ttcttttatcattatactaagacccagcatagcaaggctgaacatacacagaagaaaaga
agaaaacaagaaaacagagatgaagcattgccaccaccgcctcctccagacttctgtcct
gcattcagtaatgtggtgaggattctgaactgtgatgtaatgatgcacatactgcgaacc
atccttcagagagcagtagaactggaaacacacttgtggactgaagctatgattcaaatg
gtacttcatctcctttctttagggttattagaagagaagcagcagttacagaagtctcca
gaagaagaagtaacatttgatttttatcacaaagcaacaagaatgggaagctcagccctg
aatgctgtaaatgtattaatgcttctggaaaaattaaaaagagttcctcagttggaggca
cagaaggacacagtcatttggatactgcagatgtttgacacagtgaaaagaatgagagaa
aaatctagtttgacagcagtagtggctccgtcgggctcagaaactgcaaaaggtgatgag
acacagagcactcaagataaagagaaagctgagcgaaagaggaaggcagaagcagctagg
ttgcatcgtcagaagataatggctcagatgtctgctttgcagaggaatttcattgaaacc
cacaaactcctttatgaaaacacgttggaggcacaggggaaagaagatgctattatggaa
gaagaaagcatatcttcagcaatcgattactccagaattgctttgggtcccaaacgaggt
ccatccattgctgagaaagaagttctgacctgtattctttgtcaggaggagcaagaagta
aagctggaaagtgctgctatggtattatctgcttgtgtccagaaatcaactgccttaact
cagaataggagcagaattcttgaactctcaggggatacagtagatcctctgttcatgcat
cctgacttgccatgtggaacccacacaggaagctgtggccatgtgatgcatgcagcctgt
tggcagaagtactttgaagccatgcagctgaacttccgacaacgcctgcacgttgaacag
atatttgacttagagaatggagaatatctttgtccactttgcaaatctttgtgcaatact
gtgattcccattgttccattgcaggctcaaaaaataaacagtgaggatgcagaggcagta
gctcaaattctctccctggccaggtggctggaaaccatcatagtcagaatatcaggctac
aatgtgaaaaatgcgaaaggagatcaacaaaatgttccagcttttgtcaacaagggattg
gggaactctgctttggaattccattctatccttagttttggagttcagtcctcggccaaa
tactcaagcagtatcaaggagatgcttattctgtttgcaaccaccatttatagagttgga
ctaaaagttgctccaaatgaagctgattatcgaattcctatgatgacctggagcacatgt
gcttttaccatccagagtatagaaaacctcttggaaacagaggggaagcctttatttgga
tctctacaaaatagacagcacagtggccttaaagcattagtgcagtttgcagctgctcag
agaacaacatcaccacaggtcctgattcagaaacatctggttcgtcttctaggagttctt
ctaccaaactttaaaacagaagacactccatccctcttagaagtagatatgttccacatt
ttggtgggagttgtgttatcatttccatctttatactgggaggatgctgtagacttgcaa
ccttcatcaattagttcagcctataaccatctctacctcttccatctgacaacactagca
cacatgacacaaattgttatctcttcaacaacagaatcctctactgctcggtcatatgac
aacagtgaggaggcatgctctgcgcaggctttctgtagagaagtttgtcagtacaccagt
ggttgctttagtcaggatgttccaggctgtcttgtgtgggattgtgttaagaaaggcatc
atgccttatcttcgttgtgctgctttantttttcattatttgctgggagtttctccgcct
gaggagctactacaagtttctgaagaagggcagttcaaggcactttgtagttacctctct
ctacccaccaatttattcctgcttttccaggagtactgggacactgtaaatccactcctt
caaaggtggtgtgctgatccagtggtgctaagctgcttgaagggcaagagcactgcagta
aggtatcctcggaaaagaaatagtttaatagagcttcctgaagattatagctgccttctg
aaccaagcatcacagtttagatgcccacggtcttctgatgatgaacagaaacatccagta
ttatgtttattttgtggggctatgttgtgttcccagaatacttgctgtcaggaacttgtg
aatggagaggagttgggagcctgtacttctcatgctctccagtgtggagctggagtctgt
atgtttctcaaaatcagggaatgcaaagttgtcctcatagaaggtaaaacaaggggctgc
ttatatcctgctccatacttggatgaatatggagaaacagatccaggtctgaaaagaggc
aatcctctgcacttatgtcgggagcgttaccggaagctgcatctgctatggcagcaacac
tgcatcatagaggagattgccaggagtcaagaaaccaatcagatcttctttggattcaat
tggcaactgctctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (15)   

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