KEGG   Drosophila simulans: Dsimw501_GD22542
Entry
Dsimw501_GD22542  CDS       T01065                                 
Symbol
Dsim_GD22542
Name
(GenBank) uncharacterized protein, isoform F
  KO
K11974  E3 ubiquitin-protein ligase RNF31 [EC:2.3.2.31]
Organism
dsi  Drosophila simulans
Brite
KEGG Orthology (KO) [BR:dsi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:dsi04121]
    Dsimw501_GD22542 (Dsim_GD22542)
Enzymes [BR:dsi01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.31  RBR-type E3 ubiquitin transferase
     Dsimw501_GD22542 (Dsim_GD22542)
Ubiquitin system [BR:dsi04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   RBR proteins
    Dsimw501_GD22542 (Dsim_GD22542)
  Multi subunit Ring-finger type E3
   LUBAC complex
    Dsimw501_GD22542 (Dsim_GD22542)
SSDB
Motif
Pfam: HOIP-UBA E3_UbLigase_RBR IBR CFA69_ARM_rpt
Other DBs
NCBI-ProteinID: KMY88618
FlyBase: FBgn0193943
UniProt: A0A0J9QXA5
Position
2L
AA seq 2816 aa
MTTHQLLNKNVRTMPSWVMEANDRIGPKPPPTPPNGVAGGLPKAPALPPKAKSTPEPDYE
IIEFSSQQYSNEPMKTTVIRTKTPDNKLKCTLCGSQNPWVTCAECAGQIFCASCDDMFHK
HPKRKQHMRKAVEQGTPPIPPKAQAGGRAPPPVAPPRRTKRGLLTPFLGRKDQMLPPPSP
TPSHKSLGGWRGSLGGGATPPVPPVASSSANQMNNRPLPEPPRSEGGGSSRSGTPKSVFD
TIQRPPSVQLEKIKSKASATLDRMAILQQRYRQQKARQDLSANSEQAAGAQRRQMSTSVF
NLNSNPRRPLAEAQNGSAWLANQRIQQAQSLAQLNCAGCQQSQQHPGWAQHPQHPHPQHQ
HPDQWSQFGSQQQFNNSNLSLNVGPGYMSQQHHPHYPPPVFMTQRGMMPNVYPGAPGYPM
MHPGVMGMPPSAASRAASRSRYAASPTPSRKSMSLRRKRNSYVDDELTDDEDSDQDDRRS
LVSNRSAMTSASRSQHHQNHIQPRQRRLSSASQLIASDELDGDQRHHKMRNRRGSIAKSV
QSEWLPERRENEGTLTRNKTATDSARTSRIYSDLESEGSGARALVQAKIQQKLQEADQHK
SSKKAEPKRKPEMKDENTQAAAVVQKVVTPAHEESASEYEEVVEEVTASESEAEAQTAPD
PQEVPDEIGADDLGPPPSTPDHEWECEFCTFVNEPNIKICSICCKTPSKPPVQPNKAKKV
EEKPQPPAEKSNNIKASSKTETKPVQKPTTKNQQPSQKSVAASSKTTHTNSTPSSKASPA
VNSKSTSSIPIKAPSKSTLKTSSENESDNSLAKSLLHKESVENIWNTLDESIQAQAEQVL
KKAQKVSTACGGTPPREIAAVEMGTSPPPQSISTQTYDALPFNTKQEEILPVVPDRFTTP
EPNKMERRPHYRSNSQLQQESDRYRSANDLRYHDGFGLDPYSAGLVTKRPNFINELRMLQ
LQVSSPFDMPHETFGVKHEPARDPETEMHIILKELELYKFTVEELEAALKYCSPDTHPIQ
WLRENWHKLVQTVQSLSTKYGQERGENTIGTVSQNEAREALRNSGGNVWQAVADCIQQRQ
QKYRKLAAKGNFLRDDIVNALTAHQDIHDFLNTHALDCLQPPLAGQSPSPAQANPFDQPR
TDESPVKSTYATPSPYQMEDSTLKNLEILIGNMEQNQAKQNQEVLRSIETMLDTFKGKPD
LEYETDPEIMRILTKSPISTLKPSGPTEDKSTDDVKNFVWQHIQEIVPNLVQQVEQELME
KPEVEAKIEVEQPKEPEPPLEPQPEPTPSVDPAVYIMEEVIKPNLREASIREEVQPSFIY
ATEIANFKLEFDRGTERLHEAEWESTDLADAERIVYKCYMAPEEEPKEEVEQAEAESSVN
SLPTAKTQEEAAPEVSIEAQKIENTEVTEPETLTRKETVNEKLGQQGKLETPLANTSEKI
NQAVPQPANESDKRISIENNLQIKQNVAEVQVQSDDQPSTSREANRRAKRSQQSRKGRSR
EQSQKPTNRTKLPNNIDQKGNESKTAAKETEAVKDQSAAESNIQPVVAASDPETLTAQKT
LSEGSNSNSIDLSVPNQSSGETMENVSSTEINDIVSIEVISNQSEEVPAIPDLGTRTEIS
EPTASPIEEIRSVQNITIVSEQAEEPQEPENHIQVSDTTEPIQIPREEASTEIVSPPNEE
QPKSLTLQDVNVQDTSSIISSPTTDVSPIVEKVDITPSTSSISNEQKQSPKRLSKIPVRT
LSSSSLRSESRSSNRTPTANDEIEREETTSQDVPIGDTANSPKPEELSDNQEVNLVSQET
QSEKDTNIVQEPPVQTLGLELEEHSQNATPMAVSPTDSDEVFEDAPEFSGSDGTRPHDET
ASDTELYSLDSDGQRAETKSPEDEVVLLLDEESQMESSIAQSESNASFGSHSSESETSKV
VLKEFVPSGDPAKQNLSELVEDTQRLIKQMRDEISMDEFESTDEDEYSDEYSDEYDEGEE
EEWYDSEGEEEGDFDGEEGNTYNEHASYIEEASTGDEGTEIEDIMEEDEDLADEDEPLHS
QIPLDIEPVISPALSVTPTNQETDTIAHTEVVSSTGTRLETELPNPPVESILPSQSVQED
IKVEALPIQSPPPIADSETRPAEQPVEFVLEIPSEVEPTPVEVDPVEEPTALPITPAPPI
VDSESRPVEPPVETVLEEPKKVTPSMKGKTANSGTASKGPSTSSTTKTNKTTVSKIPKPT
NEPTNKSNSTPLNKKVPLRSKSFSAPMGISSVKRIQEVYLQKQSSSIAASRVPLKSSPFT
KKSINDAISRFNSNQADGPSTSGAAAAAAAALLKPRSQPRIPKKKYHETCFSDDDYETSA
TEEEQEEPNLAEPQKAEQLKRKMSMPVFRAYPSVQEPVIEDPAILARKYVDQELVTNIAE
AQIAATLVSMKFSEDVALWAARECSDLDQAIGMLQQECELCMNSYPMNQMVSMLKCLHKC
CKQCAKSYFTVQITDRSINDCSCPFCKLPELSNEAQHEDEHLEYFSNLDIFLKSILDNDV
HELFQRKLRDRSLLQDPNFKWCIQCSSGFFARPKQKRLICPDCGSVTCAQCRKPWERQHE
GSSCEAYLEWKRENDPELQAQGVQEHLAQNGIDCPKCKFRYSLARGGCMHFTCTQCKFEF
CYGCARPFMMGAKCTVSTYCAKLGLHAHHPRNCLFYLRDKIPLQLQFLLKEQKVKFDTEP
MQIKDESSSSSKARAQARCPIPLQKETPQGLVDTVCNTEVPDKHAGMCRTHYVEYLAGKV
AKAGIDPLPIFDLTDCVQELRRRGIALPERGPWDTDEIYKNMCSEVIKEHIPLKSA
NT seq 8451 nt   +upstreamnt  +downstreamnt
atgacgacccaccagttgctaaacaagaatgtgcgcaccatgccctcctgggtgatggag
gcaaatgaccgcattgggcccaaaccgccacccacgccaccaaacggtgtggctggaggc
cttcccaaagctcctgccctaccgcccaaggcgaagagcactcccgagccggactacgag
atcatcgagttctccagccagcagtactccaacgaaccgatgaagaccacagtgattaga
accaagacaccagataacaaactaaagtgcaccttgtgcggttcccagaatccctgggta
acctgtgccgagtgcgccggccagatcttctgcgcctcctgcgacgacatgttccacaag
catcccaaacgtaagcagcacatgagaaaggctgtggagcagggcacaccgccgattccg
ccaaaggcacaggccggtggtagggcaccaccaccagtggcacctccgcgacgcaccaaa
cgaggcctgctgacaccgtttctaggccgcaaggatcagatgctgccgccgccctcgccc
acgccctcgcacaagtcgctgggcggctggcggggatcgctcggtggcggggccacgccc
ccagtgcctccagttgccagcagctcagccaaccagatgaacaaccgaccactgcccgaa
ccaccgcgcagcgagggcggggggtcttccagatcgggcacccccaagtccgtgttcgac
accatccagcgaccgccgtcggtgcagctggagaagatcaagagcaaggccagcgccacc
ctggaccgcatggccattctgcagcagcggtaccgccaacagaaggctcgccaggatctg
agcgccaacagcgaacaggcggccggcgctcagcggcggcagatgagcacatcggtgttc
aatcttaactcaaatccacgtcgaccactggccgaggcccagaacggaagtgcctggctc
gccaatcagcgcatccagcaggcccaatctctggcgcagctaaactgcgctggatgtcag
cagagccagcagcatcctggctgggcacagcatccgcaacatccacatcctcagcaccag
catcccgatcagtggtcacagttcggctcccaacagcagttcaacaactccaatctgtcc
ctgaacgttgggccgggttacatgtcgcagcaacatcatccacactatccgccgccggtg
tttatgacccagcgcggtatgatgcccaatgtgtatccaggagcacccggctatcccatg
atgcatccaggtgtcatgggaatgccaccttcagctgcctccagagcggcatcccgttcc
cggtacgctgcatcaccaacacccagccgcaaatcgatgtccttgcgtcgcaagcgcaat
agctacgtggatgacgaactaacggatgacgaggactccgaccaggatgaccgcagatca
ttggtgtccaatcgctcggccatgaccagtgcctcgcgctcccagcatcaccaaaaccac
atccagccccgccaaaggcgcctttccagtgcctcccaactaatagccagcgatgaactg
gatggcgatcagaggcatcacaagatgcggaatcgtcggggatccattgccaagtccgtg
cagagtgagtggctaccggagcgacgcgaaaatgagggaacccttaccagaaacaaaaca
gcaacggactcggccagaaccagtcgcatttactccgatctggagtctgagggatcgggt
gctcgggccttggttcaagctaagattcagcagaagctccaagaagccgatcagcacaaa
tcctcgaagaaggctgagccaaaacgcaagccggagatgaaggacgagaatacacaggct
gcggcggtggtgcagaaggtggtgacgccagcccatgaggagagtgcctcggaatacgag
gaagtggtcgaagaggtaaccgcatcggagagtgaggctgaggctcaaacagcacccgat
ccacaggaagttcctgacgagattggggcagatgacctcggtccaccaccttccacccca
gaccacgaatgggaatgcgagttctgcacgtttgtgaacgagcccaacatcaagatctgc
tccatatgctgcaagacgcccagcaaacctccagtgcagcccaacaaggccaaaaaggta
gaggaaaaaccacagcctccagctgaaaagtcaaacaatatcaaggcgtcttctaagacg
gaaactaagcctgtgcagaagcctactacaaagaaccaacaaccaagtcagaaatccgtt
gctgcttcgtcgaagacaactcataccaactccacacctagctcaaaagcgtcgccagct
gtaaactccaagagcacctccagtattcccatcaaggcaccatcgaaatccacactgaaa
acttcgtccgaaaatgaatccgataactcgctggccaagagtcttctgcacaaagagtcc
gttgaaaacatttggaatactctggatgagagcattcaggcgcaggcggagcaggtactc
aagaaggctcagaaggtctccacggcctgtggtggaactcctccccgtgaaatagcggcc
gtggaaatgggaacttctccgcctcctcagagcatttccacgcagacctacgacgctctg
ccctttaacacaaagcaagaggagatcctccccgttgttcctgaccgctttacgactcca
gaaccaaacaagatggagcgacgtccgcactatcgcagcaattcccagctgcagcaggag
agtgaccgatatcggagtgccaatgacctgcggtatcacgacggctttggattggatccc
tatagtgccggtctggtcaccaaaagacccaatttcataaacgagctccgcatgctccag
cttcaagtatcttcacctttcgatatgccgcatgagacattcggagtcaagcacgagcct
gccagagatcccgaaacggaaatgcacatcatactgaaagaactggagctgtacaagttc
acggtggaggaactggaagcggccctaaaatactgctccccggacactcatcccattcag
tggctacgcgaaaactggcataagctagtgcagacggtgcagagtttgtccaccaagtac
ggacaggaaaggggtgaaaacacgatcggaactgtgtcccaaaacgaggcacgcgaggca
ttgcgcaactcagggggaaatgtgtggcaggcggtggcggactgcatccaacagaggcag
cagaagtacaggaaactggcggccaagggaaacttcctgcgtgacgatattgtgaacgcg
ctgactgcgcaccaagatatccatgacttcttgaacacacacgccttggactgcctgcag
cctccattggctgggcagagtcccagccccgcccaagccaatcctttcgaccaaccccgc
accgacgagagccccgtcaaatccacctatgccacacccagtccctatcagatggaggac
agcaccctgaagaacctggagatactcatcggcaacatggagcagaaccaggccaaacag
aaccaggaggttctacgttccatcgagaccatgctggacacattcaagggcaagccggat
ctggagtacgagacggatccggagataatgcgtatcctaacaaagagccccattagcacg
ttgaagccatctggaccaacagaggataagtccactgatgatgtgaagaactttgtatgg
caacacattcaggaaattgtgcccaacctggtgcaacaggtcgaacaagagctcatggag
aaaccggaagtggaagctaaaattgaggtagaacaaccaaaggagcctgaacctccactc
gaacctcagcctgagcccacaccaagtgtcgatcctgctgtctacatcatggaggaagtc
atcaagcccaatttaagggaagcaagcatacgtgaagaggttcaacccagttttatctat
gccactgaaatagccaacttcaagttggagtttgatcgtggcactgaacgattgcacgag
gcggaatgggaaagcactgatcttgcggatgcagaacgcatagtatacaaatgctatatg
gctcccgaagaggaacccaaggaggaggttgaacaggcagaggctgagagttccgtcaat
tcgcttccaacagcaaaaacccaagaagaagctgctccagaagtatccattgaagcgcaa
aagattgaaaatacagaagttacagaaccagaaacactaacaagaaaagagaccgttaat
gagaaacttggccagcagggaaaactagaaacaccattagcaaatacaagtgaaaaaatt
aatcaagcagtaccacagccagccaatgaaagtgacaaaagaatatcaattgaaaataat
ttgcaaattaagcagaatgtggcagaagtacaagtccagtcggatgaccagccaagcaca
agtagagaagccaaccgaagagctaagagatcccagcaatcgagaaaaggtagatcacgg
gagcaaagccaaaaaccaaccaatcgtacaaagctaccaaacaatatcgatcagaaagga
aatgagtcaaaaacagcagctaaggaaacagaagcagtcaaagatcagagtgctgctgaa
agtaatatacagccagttgttgctgcatctgatcctgaaactctcacagcccaaaaaaca
ctatctgaaggatcgaatagcaactctatcgacttatccgttccaaatcagagttcgggt
gaaactatggaaaacgtatcttccacagaaataaacgatattgtgtcgatagaggtcatc
tcaaatcaatctgaagaagttccagcgattccggatttgggaaccagaacggaaatatct
gaaccaactgcaagcccaatcgaagaaattaggtctgtacaaaacataacgattgtttca
gaacaagctgaagagcctcaggaaccagaaaaccatatccaagtttctgatacaacagag
ccaattcaaatccctcgagaagaagcaagcactgaaatagtcagccctccaaacgaggaa
caacccaaatctctaacattacaggatgttaatgtacaagacacatcctccatcatatct
tcaccaactactgacgtcagtccaattgtagaaaaagtcgacataacgcctagtacctca
tcaatatctaacgaacaaaagcaaagtcctaagcgcctttcaaagattccggtaagaacc
ctgagcagcagcagtcttcgcagtgagagtcggtccagcaatcggactccaacggccaat
gatgagatcgaaagggaagagactacgtcacaagatgtacccataggggatacagccaat
tctccaaaaccagaagagttgtccgacaaccaggaggttaatctcgtgagccaagaaact
cagtccgaaaaggatacaaacattgtccaagaacctcccgtccagactttaggcttggag
ctggaagaacatagtcagaatgcaactcctatggctgtcagtcccacagactcggacgaa
gtattcgaagatgctcccgagttcagcggtagcgatggaacaagaccccatgatgaaacc
gcttccgatacagagctttatagccttgatagcgatggacagcgtgctgaaaccaaatcc
ccagaggacgaagtcgtactcttgctggatgaggaatcccagatggaatcttcgatagcc
cagtccgaaagcaacgcaagttttggttcccactcaagtgaatccgagacgtccaaagtt
gtgcttaaggagtttgttccctctggagatccggccaaacagaacctaagcgaactggtt
gaggacactcaacgtttgatcaagcagatgcgcgatgagatcagcatggatgagttcgag
tccaccgatgaggatgaatactccgatgaatactcggatgagtatgacgaaggggaagag
gaggagtggtacgatagcgagggagaagaggagggcgacttcgatggggaggagggtaat
acctataacgagcacgcatcctacatcgaggaggcctccactggtgacgaaggcaccgaa
atcgaggacataatggaggaggacgaggatctagctgatgaggacgagccactgcactca
caaattccactagacattgaaccagtcatatcgcctgctctatcagtcacacccaccaac
caagaaactgatacgatcgcacacactgaggttgtttcctccacaggaacaaggctggaa
acagagttgccgaatccccccgtggaatccatcttgccttctcagagtgttcaggaggat
atcaaggtggaagcgcttcctattcagtcccctccccccatagctgactccgaaactcgt
cctgcagagcaaccagttgagtttgtgctagaaatcccatcagaagttgagcctactccc
gttgaagtggatcccgttgaagagcccactgccctgcccataacacctgcaccacccatt
gttgattccgaatcgcgacccgtggagccgcctgttgaaacagtactggaagaacctaaa
aaggtaaccccgagcatgaaaggcaagactgcaaacagcgggactgcctccaaaggtccc
tccacatcaagtacgactaaaacaaacaagaccactgtcagtaagattcccaagcccacc
aatgaacccactaacaaatcgaatagcacccccttgaacaagaaggttccgctgcgctcc
aagtccttctcggcaccaatgggcatttcatccgtgaagcgaatccaggaggtctacctc
cagaagcagagctcatcgattgcggccagccgagttccgctcaagagcagtcccttcacc
aagaagtcaatcaacgatgccatcagcaggtttaactccaaccaggccgatggacccagc
accagtggagcagcggcggcggctgcagcggcattgttgaaacctcgatcccaacctcga
atccccaagaagaagtaccacgagacctgcttctctgacgacgactacgagacctcggcc
acggaggaggagcaggaggaacccaacctggccgagccccagaaagcagaacagctgaag
cgtaagatgagtatgcccgtttttcgggcatatcctagtgttcaagagccggtaatcgag
gatccagcgatccttgcccgcaagtacgtcgatcaggagctggtgaccaatatcgctgag
gcccagatagccgccactttggtgagcatgaagttctcggaggacgtggctctgtgggcg
gctagggagtgctccgatctggaccaggccattggcatgctccagcaggagtgcgagctt
tgcatgaacagctatcccatgaatcagatggtgtccatgttgaagtgtctacacaaatgc
tgcaagcagtgtgccaagagctactttacagttcagataaccgatcgcagtatcaacgat
tgcagttgcccgttctgcaaactgcccgagttgagcaacgaggctcagcatgaggatgag
caccttgagtacttctccaacctggacatcttcctgaagagcatcctggacaacgatgtg
cacgaactgtttcagcgcaagttgcgcgatcgctcgctgctgcaggaccccaacttcaag
tggtgcatccagtgctcctccggattcttcgcccggcccaagcagaagcgattgatctgt
ccggactgtggatccgttacctgtgcccagtgccggaagccctgggagcgccagcacgag
ggcagcagctgcgaggcttacctggagtggaagcgcgaaaacgatcccgagctgcaggcc
cagggtgtccaggagcatttggcccagaacggcatcgactgtcccaagtgcaagttccga
tactcgctggccaggggaggatgcatgcatttcacctgcacccagtgcaaattcgagttc
tgctacggatgtgcccggcccttcatgatgggcgctaagtgcactgtgtccacatactgt
gccaagctcggtctgcatgcccatcatccgcgcaactgcctgttctacctgagggataaa
atccccctgcagttgcagttcctgctcaaagagcagaaggtcaagttcgacacggagccc
atgcagatcaaggacgagtccagcagctcgtccaaggctcgtgcccaggcccgctgtccc
atcccgctgcaaaaggagacgccgcaaggactagtcgacacagtgtgcaacacggaagtt
cctgacaagcacgctgggatgtgtcgcacccactacgtagagtatttggctggcaaggtt
gccaaggctggcatcgatccactgcccatcttcgatctgacggactgcgtccaggagctg
cggaggcgaggcatcgctctgccggagagaggaccctgggacaccgacgagatctacaag
aacatgtgctccgaggtaatcaaggagcatataccactgaaatcggcatga

  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)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (14)   

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