KEGG   Macaca mulatta (rhesus monkey): 714068
Entry
714068            CDS       T01028                                 
Symbol
LTN1
Name
(RefSeq) E3 ubiquitin-protein ligase listerin isoform X1
  KO
K22377  E3 ubiquitin-protein ligase listerin [EC:2.3.2.27]
Organism
mcc  Macaca mulatta (rhesus monkey)
Brite
KEGG Orthology (KO) [BR:mcc00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:mcc03009]
    714068 (LTN1)
   04121 Ubiquitin system [BR:mcc04121]
    714068 (LTN1)
Enzymes [BR:mcc01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     714068 (LTN1)
Ribosome biogenesis [BR:mcc03009]
 Eukaryotic type
  Pre-60S particles
   Ribosome quality control proteins
    714068 (LTN1)
Ubiquitin system [BR:mcc04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   Other single Ring-finger type E3
    714068 (LTN1)
SSDB
Motif
Pfam: zf-RING_2 FANCL_C zf-ANAPC11 zf-rbx1 RINGv zf-RING-like HipN
Other DBs
NCBI-GeneID: 714068
NCBI-ProteinID: XP_028701220
Ensembl: ENSMMUG00000015728
Position
3:17671936..17738645
AA seq 1766 aa
MGGKNKQRTKGNLRPSNSGRAAELLAKEQGTVPGFIGFGTSQSDLGYVPAIQGAEEIDSL
VDSDFRMVLRKLSKKDVTTKLKAMQEFGTMCTERDTETVKGVLPYWPRIFCKISLDHDRR
VREATQQAFEKLILKVKKQLAPYLKSLMGYWLMAQCDTYTPAAFAAKDAFEAAFPPSKQP
EAIAFCKDEITSVLQDHLIKETPDTLSDPQTVPEEEREAKFYRVVTCSLLALKKLLCLLP
DNELDSLEEKFKSLLSQNKFWKYGKHSVPQIRSAYFELVSALCQRIPQLMKEEASKVSPS
VLLSIDDSDPIVCPALWEAVLYTLTTIEDCWLHVNAKKSVFPKLSTVIREGGRGLATVIY
PYLLPFISKLPQSITNPKLDFFKNFLTSLVAGLSTERTKTSSSESLAVISAFFECLRFIM
QQNLGEEEIEQMLINDQLIPFIDAVLKDPGLQHGQLFNHLAETLSSWEAKADTEKDEKTA
HNLENVLIHFWERLSEICVAKINEPEADVESVLGVSNLLQVLQKPNSSLKSNKKKNGKVR
FADEIPESNKENEKCVSSEGENTEGWELTTEPSLTHNCSGLLFPLRKKPLEDLVCKLADI
SINYVNEQKSEQHLRFLSTLLDSFSSSRVFKMLLGDEKQSIVQAKPLEIAKLAQKNPAVQ
FLYQKLIGWLNEDQRKDFGFLVDILYSALRCCDNDMERKKVLDDLTKVDLKWNSLLKIIE
KACSSSDKHALVTPWLKGDILGEKLVNLADCLCNEDLESRVSSEPYFSERWTLLSLVLSQ
HVKNDYLIGNVYVERIIVKLHETLFKTKESSEAENSDSSVSFICDVAYNYFSSAKGCLLM
PSSEDLLLTLFQLCAQSKEKTHLPDFLICKLKNTWLSGVNLLVHQTDSSYKESTFLHLSA
VWLKNQVQASSLDINSLQVLLSAVDDLLNTLLESEDSYLMRVYIGSVMPNDSEWEKMRQS
LPMQWLHRPLLEGRLSLNYECFKTDFKEQDIKTLPSHLCTSALLSKMVLIALRKEIVLEN
NELEKIIAELLYSLQWCEELDNPPIFLTGFCEMLQKMNITYDHLRVLGNTSGLLQQLFNR
SREHGTLWSLIIAKLILSRSISSDEVKPHYKRKESFFPLTEGNLHTIQSLCPFLSKEEKK
EFSAQCIPALLGWTKKDLWSTNGGFGHLAIFNSCLQTKSIDDGELLHGILKIIISWKKEH
EDIFLFSCNLSEASPEVLGVNIEIIRFLSLFLKYCSSPLAESEWDFIMCSMLAWLETTSE
NQALYSIPLVQLFACVSCDLACDLSAFFDSTTLDTVGNLPVNLISEWKEFFSQGIHSLLL
PILVTVTGENKDVSETSFQNAMLKPMCETLTYISKEQLLSHKLPARLVADQKTNLPEYLQ
TLLNTLAPLLLFRARPVQIAVYHMLYKLMPELPQYDQDNLKTYGDEEEEPALSPPATLMS
LLSTQEDLLENVLGCVPVGQIVTIKPLSEDFCYVLGYLLTWKLILTFFKAASSQLRALYS
MYLRKTKSLNKLLYHLFRLMPENPTYAETAIEVPNKDPKTFFTEELQLSIRETATLPYHI
PHLACSVYHMTLKDLPAMVRLWWNSSEKRVFNIVDRFTSKYVSSVLSFQEISSVQTSTQL
FNGMTVKARATTREVMATYTIEDIVIELIIQLPSNYPLGSITVESGKRVGVAVQQWRNWM
LQLSTYLTHQNGSIMEGLALWKNNVDKRFEGVEDCMICFSVIHGFNYSLPKKACRTCKKK
FHSACLYKWFTSSNKSTCPLCRETFF
NT seq 5301 nt   +upstreamnt  +downstreamnt
atgggcgggaagaacaagcagcgaactaaagggaacctgaggccgtcaaacagtggccga
gctgcagaactccttgccaaagaacagggaacagtgcctggatttattggttttggaaca
tctcagagtgacctaggctatgttcctgctattcaaggagctgaagaaattgacagtctt
gtagattctgatttccgaatggtgctgcggaagctttcaaagaaagatgtcaccacaaaa
ttaaaagctatgcaggaatttggaaccatgtgtacagagagagacacagaaactgtgaaa
ggagttcttccatattggccaagaattttttgcaaaatttcacttgatcatgaccgtcgg
gtccgagaagccacacaacaagcttttgaaaaacttatccttaaagtaaagaaacagttg
gctccctacttaaaaagtttaatgggatattggctaatggctcaatgtgatacttataca
ccggctgcgtttgcagcaaaagatgcatttgaagcggcttttcctccaagcaagcaacct
gaagccatagcattttgtaaggatgaaattacaagtgtgttgcaggatcatcttataaaa
gaaacacctgatacactcagtgacccgcaaactgttccagaggaagaaagagaagctaaa
ttctaccgggttgtaacttgttccttattggcattaaagaaattgctttgccttttacct
gataatgaacttgattctctggaggagaaatttaagtctcttttatcacagaataagttt
tggaagtatggaaaacacagcgtacctcagattcgctcagcttattttgagttagtttct
gcgttgtgccagcgcattccacagctgatgaaagaggaagcatccaaagtgagcccatcg
gttctacttagcattgatgacagtgacccaattgtctgcccagctctctgggaagctgta
ctctatacacttacaactattgaggactgttggcttcatgtaaatgcaaaaaagagtgtg
tttcccaagctatcaactgtgattcgtgaaggtggtcggggtctagctactgtcatatat
ccttaccttctgccattcatcagcaagctccctcagtccatcacaaatccaaagttggat
tttttcaaaaatttcctcacgtctctagttgctgggctgtcaacagagagaactaaaacc
agctcttcagagtccttggcagtaatatctgctttttttgaatgcttacgttttataatg
cagcaaaacttaggtgaggaagaaattgaacagatgctcatcaatgatcagttgatccct
tttattgatgcagttctcaaagacccagggttgcaacatgggcagctatttaaccattta
gcagaaactctaagttcctgggaagccaaagcagacacggaaaaagatgaaaaaacagct
cacaacttggagaacgtactgatacatttctgggaaagactgtcagagatctgtgtcgcg
aaaatcaatgagccagaagctgatgttgagtcggttttgggtgtatctaacctattacag
gtgcttcagaagccgaatagctcattgaagtcaaataaaaaaaaaaatggtaaggttaga
tttgctgatgagatacctgaaagcaataaggagaatgaaaaatgtgtatcttcagaagga
gagaacactgaaggctgggaattaacaactgaaccttctctcactcataattgttcaggc
cttttgtttccactaaggaaaaaacctttggaagacttagtctgtaaactcgcagatata
agtatcaattatgtcaatgaacaaaagtcagagcaacatctaaggtttctttctactctg
cttgactccttttcttcaagccgagtatttaaaatgctacttggtgatgaaaaacagagt
attgtccaagccaaacctcttgaaatagccaaacttgcacaaaaaaatcctgcggtgcag
tttttataccagaaactgataggctggctaaatgaagatcaaaggaaggattttgggttc
ctggtggacattttgtacagtgctctccggtgctgtgacaatgatatggaaagaaaaaaa
gtcttggatgatctaaccaaggtggacctgaaatggaattctcttcttaagattattgaa
aaggcatgttctagttcagataaacatgctttagtaactccttggctaaaaggcgatatc
cttggtgagaaattggtcaacttggcagactgtctttgtaatgaggacttggaatccagg
gtatcttcagaaccttacttctcagaaagatggactcttctaagcttggtattatcccaa
catgttaaaaatgattacttgattggaaatgtatacgttgaaagaattattgttaaactt
catgaaactttgttcaaaacaaaggaatcatcagaagctgaaaatagtgactcatcagtg
tcttttatctgtgatgtggcctataactatttcagctcagcgaaaggatgcttgctaatg
ccatcatctgaagatttattattaactctctttcagttatgtgctcagagcaaagaaaaa
acacatttgccagattttcttatctgtaaactgaaaaatacttggctctccggtgtaaat
ttattggttcatcaaactgacagttcatataaagagagtaccttcctgcatttgtctgct
gtgtggctgaagaaccaagttcaggcttcatctttggatatcaacagtctccaagtcctc
ttgtctgctgttgatgatttgctaaatacacttctagagagtgaagattcttatcttatg
agagtttatattggaagtgtaatgccgaatgacagtgaatgggaaaagatgagacagtct
cttcctatgcagtggttacatagacctcttttagagggaagattgagtttgaattatgaa
tgtttcaaaacagattttaaggaacaggacataaagacacttcccagccatttgtgtact
tcagcattattgagcaaaatggtcttaattgcactgagaaaggaaatagtcttagaaaat
aatgagcttgagaaaataattgcggaactgctttattcactgcagtggtgtgaagaatta
gataacccacctatttttctaactggattttgtgaaatgcttcaaaaaatgaatattacg
tatgatcacttacgtgtacttggtaatacttctggccttttgcagcagttatttaacagg
tccagagaacatggcacactgtggtctcttattattgctaagttgatcctttcccgaagc
atttcatctgatgaagtaaaaccacattataagagaaaagaaagttttttcccactaact
gaaggcaatttgcataccattcaaagtctatgtccatttttgtcaaaagaagaaaagaaa
gaatttagtgctcaatgtatacctgctcttttgggctggactaagaaagatctttggagt
actaatggaggttttggacatcttgccattttcaattcttgtttgcaaaccaaaagtata
gatgatggggagctattacatggaatattgaaaatcataatatcctggaagaaagagcat
gaagatatttttcttttcagttgtaatctatcagaagcaagtccagaggtactgggtgta
aatatagaaataatccggtttctttccctatttctgaaatattgctcatcccctttggca
gagagtgagtgggacttcatcatgtgctccatgttggcttggttggagacaacaagtgag
aatcaggcattgtattctattccacttgtgcagctgtttgcctgtgtcagctgtgatttg
gcctgtgacctcagtgctttttttgattccacaactctggataccgttggcaatcttcct
gtaaatctaatcagtgaatggaaagaatttttttcccaaggcatccacagtttgctttta
cctattttggtgactgttacaggagaaaacaaagatgtgtctgaaacgtcctttcagaat
gcaatgctgaaacccatgtgtgaaacattaacatatatctcaaaggaacagctattgagt
cacaaacttcctgcaagattagttgctgaccaaaaaacaaacttaccagaatatctccag
actttgttaaatacattggccccattacttctcttcagagctaggcctgtgcaaattgct
gtttatcatatgctatacaaattgatgcctgaattaccacaatatgatcaggataatcta
aagacatatggagatgaagaagaagagccggccctgtcaccaccagccacactgatgtct
cttcttagcactcaagaggacttactagaaaatgttttggggtgtgttcctgttggacag
atagttactattaaaccactgagtgaagacttctgttatgttctgggataccttctcact
tggaaattaattctcactttcttcaaagccgcgtcatcacagcttcgggctctgtattca
atgtatcttcggaaaacaaagagtttgaataaattgctctatcacctgttcaggcttatg
ccagaaaatccaacctatgccgagaccgcaattgaggtcccaaataaggaccctaaaaca
ttctttactgaggagctccagctgagtattcgagaaacagcaactcttccataccacatt
ccacacttggcttgctcagtctatcatatgacattaaaagacttgcctgccatggttagg
ttgtggtggaatagcagtgagaagcgtgttttcaatattgtagatagatttacaagcaag
tatgtcagcagtgttctttcttttcaagaaatatcttctgtacaaacaagtacacaacta
tttaatggcatgacggttaaagctcgagctactactcgagaggtaatggctacttacact
attgaggacatagttattgaacttataatacagctgccttcaaattatccattgggttca
ataacagtagaaagtggcaaaagagtaggagtggctgttcagcagtggcggaactggatg
ctgcagttaagcacttacctcacccatcagaatggaagtattatggaaggcttagcttta
tggaaaaataatgtagacaaacgttttgagggtgttgaagattgtatgatctgtttctca
gtcattcatggtttcaactattcccttcccaaaaaagcctgtagaacatgcaagaaaaaa
ttccattcagcttgcttgtacaaatggtttacatctagcaacaaatccacttgtccactg
tgtcgtgagacatttttctag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (20)   
   KEGG ORTHOLOGY (1)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (41)   

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