KEGG   Haliaeetus albicilla (white-tailed eagle): 104313480
Entry
104313480         CDS       T08398                                 
Symbol
LTN1
Name
(RefSeq) E3 ubiquitin-protein ligase listerin isoform X1
  KO
K22377  E3 ubiquitin-protein ligase listerin [EC:2.3.2.27]
Organism
hald  Haliaeetus albicilla (white-tailed eagle)
Brite
KEGG Orthology (KO) [BR:hald00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:hald03009]
    104313480 (LTN1)
   04121 Ubiquitin system [BR:hald04121]
    104313480 (LTN1)
Enzymes [BR:hald01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     104313480 (LTN1)
Ribosome biogenesis [BR:hald03009]
 Eukaryotic type
  Pre-60S particles
   Ribosome quality control proteins
    104313480 (LTN1)
Ubiquitin system [BR:hald04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   Other single Ring-finger type E3
    104313480 (LTN1)
SSDB
Motif
Pfam: zf-RING_2 zf-ANAPC11 FANCL_C RINGv zf-rbx1 zf-RING-like DUF4460 zf-RING_16 zf-C3HC4_2
Other DBs
NCBI-GeneID: 104313480
NCBI-ProteinID: XP_009910740
Position
Unknown
AA seq 1703 aa
MVLRKLSKRDITTKLKAMQEFGTMCKEREVEVVKGVLPYWPRIYCKISLDHDRRVREATQ
QSFEQLILKVKKHLAPYLKSIMGYWLIAQCDTYSPAASAAKVAFEKAFPSGKQPEALVFC
KDEILNVLQDHLLKETPDTLSDPQTVPEEEREAKFFRILTCSLLALKKLLSMLPKREMHS
LEEKLMPLLSQNKFWKYGKHNVPQVRSAFFELASALCQYLPELVKAEAPRVCPAVLLSID
DSDAVVCPALWEAVLYAITTIEDCWSHVNAKKGVLPKLWTVLREGGRGLATVIYPNLLPF
ISKVPPGIAEPKLEYFRTFFSSIIQGLSSERAIASPSESSAIITAFMECLRFVILQKISE
EDDQRQIHQMLIYDQLIPLTDAVLKEPRLQNGPLFYQIAETLSCWEAKAELSNDNGADEV
FKKLLSDFWGHLLKICVLHVDTLDADEKSLFAITSMLEILQNPKRATKPNRKSLKIRFRD
EDESERNTENGRLTEVRNIDSEMQADLWHSSLLRKEPLENLVCNLAELSIVYVNEQKSEQ
HLKFLSALLHYFSSNRVFQVLLEQRNDASSAQAESQNEMKAHHESPSVQFLYVNLITWLK
EDWRKDTHFLVDVLYSVLNCCNSNDERKIILDDLTKMDLKWIIFLQIIQKACSSTTKLSL
VSDWLKGDTLGERLVMLADDLCHLGLKPMAASSESPSSERWTLLSLVLSQHIKNESLIGE
TFVEKIIDKLQAALSKAKDLSEAGNTEPSVSFICDVASSFFSSVKGCLLMPSSEDLLLTI
FQLCAQRQDAMHLTDLLVCKLKHTWMSGVSSLVRQLRSMQKQSTFLHKSALWVKNQIQSS
SLDVKSLQVLISAVSDLLYKLMEADGQSGYLVGAYVEHVMPNKTEWGKLRESLSTEWMHK
PLLEGRLSMNCEPLQSCVKLCGTTKLPGHLCTSALLSKMVLLVLENGIVHGNDDAERKEI
YNIIAELLYSLQWIEELENPPHLLLEYRHMLEEMHITYEKFSTLSNTTSLQQTIFDRSEE
HGRLWSLTMAKVIRVENTVSCEKKQLFKTTDGFLPLTEGRLHTLQCLSPFLIEEEKKELV
FHCVAKLMTCTQTELSSTDGAFGCLSILNSCLNDRSIDCGHLLPGILKIIMSWKNDNEDS
FLFSCNLKETSAQLLGFNIEMIRYLPLLLKYSTAPLADNEWDFIMCSMLAWLETTSENCS
LYHVPLVQIFACVSCDLASALSAYFEAAAPATTENLPVNLISEWKEFFSEGIHNLLLPLL
VKVTGETKNASEGPFQNYVLTSLGEALTYISKDQLLNHKLPAKFVAGQKTNLPDKLQTLL
NTLSPLLLFRSRPIQISVYHMLYKLMPELPKFDDEDLKSYGDEEEESALSPPAALMCVLA
TQELLLENILECIPVGEFAVIQPLSDEFCLVLGYLLTWKLTLAFFKAASSQLRVLYSQYL
RRTKSLNKLLYHLFRLMPENPVSSGPTSEVPYIDTKTFFTEELHLDVKGTGVLSSQIPHL
ACSVYHITLKDLPAMVRLWWNSCEKRVFNVVDKFTSKYVSSVLSSQEITSVQNSTQLLSG
MMVKARSAAREVIATYSVEDIFIELIIQLPSNYPLGSITVESGKRVGVAVQQWRNWMLQL
STYLTHQNGSIMDGLSLWKNNVDKRFEGIEDCMICFSVIHGSNYSLPKKACRTCKKKFHS
ACLYKWFTSSNKSTCPLCRETFF
NT seq 5112 nt   +upstreamnt  +downstreamnt
atggtgttgcgaaaactttctaaaagggatatcacaacaaaattaaaagctatgcaagag
tttggaacaatgtgcaaggaaagagaagtggaagtagttaaaggtgttcttccttactgg
ccaagaatttattgtaaaatctcactagatcatgatcgccgtgttcgagaagcaactcag
caatcttttgagcaactgattcttaaagtaaagaaacacttagctccttacttaaaaagt
atcatgggttactggctgattgctcaatgtgacacttactcccctgctgcttctgctgca
aaagtagcttttgaaaaagcttttccttctggcaaacaacctgaagccttagtattctgt
aaagatgaaattcttaatgtacttcaagatcaccttctgaaagaaacacctgatacactc
agtgacccccaaactgtaccagaggaagaaagggaagccaaatttttccggattctgacc
tgttccttgctagctttaaagaagttgcttagcatgttgccaaagagagagatgcattca
ttggaggaaaagttaatgccacttctgtcccaaaacaaattttggaaatatggcaaacac
aatgtaccacaggttcgctcagctttctttgagctggcttctgctttatgccagtacttg
cctgagctggtgaaagctgaagcaccaagagtttgccctgctgttcttctcagcattgat
gacagcgatgcagtggtgtgtcctgctctttgggaagctgtactttatgctatcaccact
attgaggactgttggagtcatgtaaatgccaaaaagggagttctaccaaagctatggaca
gtgcttcgagaaggtggacgaggactagctactgttatatatccaaatctcttgccgttc
attagcaaggtacctcctggcattgcagagccaaagctggaatatttcagaacttttttc
agctctataattcaagggttgtcaagtgagcgagccatagccagcccttcagaaagttca
gcaattataactgcatttatggaatgtctgcgctttgtcatactacagaaaataagcgaa
gaagatgaccaaagacaaattcatcaaatgcttatatatgaccagctaattcctcttacc
gatgctgtacttaaggagcccaggttacaaaatggaccgttattttatcaaatagcagaa
acgctgagctgctgggaagctaaagcagaactctccaatgataatggcgctgatgaagtt
ttcaaaaaactgttgtcagatttttggggccatcttttaaaaatatgtgtacttcatgtc
gatacattggatgctgatgagaaatcattatttgccataactagtatgctagaaattctt
cagaatccaaagcgtgctacaaaaccaaacagaaaatctctaaaaatcagatttagagat
gaggatgaatctgaaagaaacacagagaatggaaggctcacagaagtgagaaatattgac
tctgaaatgcaggctgacttgtggcatagttcacttctaaggaaagaacctttggagaat
ttagtctgcaaccttgctgaactgagtattgtgtatgtcaatgaacaaaagtcagaacag
catttgaaatttctctctgccctgctccactatttttcttcaaacagagtttttcaggta
cttttagagcagcgaaatgatgcaagctctgctcaagctgaatcccaaaatgaaatgaaa
gctcatcatgaaagtccatctgtacaatttctgtatgtgaatttaataacttggctgaaa
gaagattggaggaaagacacccattttctggttgatgttttgtacagtgtgcttaactgt
tgcaatagtaatgatgaaaggaaaataattcttgatgatttaacaaagatggatctgaaa
tggattatttttctccagataattcaaaaggcatgctcaagcacaacaaaactttcctta
gtctctgactggctgaaaggagatacacttggagaaagacttgtaatgctggcagatgat
ctgtgtcacctgggtttaaaacctatggcagcctcgtcagaatcaccctcttcagaaagg
tggacactcctgagcttagtgttgtcacaacacattaaaaatgaatctttgattggtgaa
acttttgttgaaaagattattgataaacttcaggcagctctgtctaaagctaaggatctt
tctgaagctggaaatactgaaccatcagtatctttcatctgtgatgtagcctcaagcttt
ttcagctcagttaaagggtgtttactgatgccatcctcagaagatttgctgcttaccatc
ttccaattgtgtgctcagaggcaggatgctatgcacttaacagatttacttgtatgtaaa
ttaaaacacacttggatgtctggtgtaagttcacttgtgcgtcaacttcggagtatgcag
aaacagagtacctttttgcataaatctgcactgtgggtcaagaatcaaattcagtcttcc
tctttggatgttaaaagccttcaggttttgatctctgcagttagtgatttgttgtataag
cttatggaagctgacggacagtctggatatcttgtgggagcttacgttgagcatgtcatg
ccaaacaaaactgagtgggggaaattgcgcgagtctctatccactgagtggatgcacaaa
cctcttctggaaggaaggcttagtatgaattgtgaacctttgcaatcatgtgttaagctg
tgtggcacaactaaacttccaggccatttgtgtacttcagccttattaagtaaaatggtg
ctacttgtattggaaaatggtatagtccatggaaatgatgatgccgaaagaaaggaaatt
tataatataattgcagaactgttgtactcattacaatggattgaagaattggagaatcct
cctcatctgcttctggaatatcgtcatatgttggaagaaatgcacatcacatatgagaag
ttcagtacacttagtaatacaactagccttcagcaaacaatatttgatagatcagaggaa
catggaagactctggtccttaaccatggctaaagtgattcgtgtggaaaatactgtatcc
tgtgagaagaaacaactttttaagacaacagacgggtttctgccattaacagagggcaga
ttgcatacacttcagtgtctatcaccttttttaattgaggaagaaaagaaagaacttgtc
ttccactgtgtggccaaacttatgacatgcacacagacagagctttccagcaccgatgga
gcgtttgggtgtctttccattctgaactcctgcttgaatgatagaagtattgattgtggt
catctactacctggaatactaaaaatcataatgtcttggaaaaatgataatgaggacagc
tttctctttagctgcaatctgaaagaaacaagtgctcagttgcttggtttcaacatagag
atgatccgttaccttcccttgctgttgaagtattccacagctcctttggccgataatgaa
tgggactttatcatgtgctccatgctggcttggttagagacaacaagtgaaaactgttcg
ctttatcatgtcccgcttgtgcagatttttgcttgtgtcagttgtgacttggcatctgcc
cttagtgcttactttgaagctgcagctcctgcaactactgaaaaccttcctgtgaacttg
atcagtgaatggaaagaattcttttctgagggaattcacaatttgctattacctctgttg
gtgaaagtcacaggagaaaccaaaaatgcttctgaaggcccttttcagaactatgtgtta
acgtctttgggtgaagctctaacttacatctcgaaggaccagttgttgaaccataaattg
ccagcaaagtttgttgcaggccagaaaacaaatcttccagataaactccagactctacta
aatacattatctccattgttgcttttccggtctagacccatacagatttctgtctaccac
atgttgtataaattaatgcctgaattgcctaaatttgatgatgaagatctcaaatcttat
ggtgatgaagaggaggaatcagcattatcacctccagcagctcttatgtgtgtcctggcc
actcaagaactcttgctagaaaacatactggaatgcattccagttggagaatttgcagtt
attcagcccctgagtgatgagttctgccttgtcctaggatatcttctcacttggaagtta
acattagctttcttcaaagcagcttcttctcagctgcgagttctctactcacaatacctt
agaagaactaaaagcttgaataaattgctttatcacttgttcaggcttatgcctgaaaac
cctgtctcttctgggccaacttcagaagttccatatatagacacaaaaaccttctttacg
gaagagcttcatctagatgtcaaagggacaggagtcctgtcatctcagattccgcacctg
gcctgctctgtctaccacataacactgaaagacttgccagccatggtcaggctttggtgg
aatagctgtgagaaacgtgtcttcaatgttgtagataaatttacaagcaaatatgtcagc
agcgtgctttcttcacaggaaataacttctgttcagaatagcacacagttacttagtggc
atgatggtaaaagctcggtctgcagcacgggaagtcattgctacctattcagttgaagat
atatttattgaactaataatacagcttccatcaaattacccactgggatccataacagtt
gagagtggaaagagggttggtgtggctgtacagcaatggcgcaattggatgctacagtta
agcacatatcttacacatcagaatggaagtattatggatggcttatctttgtggaaaaat
aatgtggataaacgttttgagggcattgaagattgcatgatctgtttttcagtcattcat
ggttccaactattctcttcctaaaaaagcttgcagaacatgcaagaaaaagtttcattca
gcttgcttgtacaaatggttcacatccagcaacaagtccacctgtccactctgtcgagag
acatttttctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (9)   
   Pfam (9)   
All databases (25)   

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