KEGG   Camponotus floridanus (Florida carpenter ant): 105255240
Entry
105255240         CDS       T03919                                 
Name
(RefSeq) E3 SUMO-protein ligase RanBP2
  KO
K12172  E3 SUMO-protein ligase RanBP2 [EC:2.3.2.-]
Organism
cfo  Camponotus floridanus (Florida carpenter ant)
Pathway
cfo03013  Nucleocytoplasmic transport
cfo03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:cfo00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    105255240
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    105255240
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:cfo03019]
    105255240
   03110 Chaperones and folding catalysts [BR:cfo03110]
    105255240
   04121 Ubiquitin system [BR:cfo04121]
    105255240
Messenger RNA biogenesis [BR:cfo03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     105255240
Chaperones and folding catalysts [BR:cfo03110]
 Protein folding catalysts
  Peptidyl prolyl isomerase
   Cyclophilin
    105255240
Ubiquitin system [BR:cfo04121]
 Ubiquitin ligases (E3)
  UBL E3 ligases
   105255240
SSDB
Motif
Pfam: Ran_BP1 zf-RanBP WH1 IR1-M TPR_16
Other DBs
NCBI-GeneID: 105255240
NCBI-ProteinID: XP_011262708
UniProt: E2ARH2
Position
Unknown
AA seq 2907 aa
MFRSKKDVDRHVQNVFSKLRNENEKDLRCYNVAKLYYQVGDYESTKRYVSNYLGVRDGSA
SAHKLLGQAYEALGQKEAAFNEYKISLELEGRQDDLVLKVCELLADLDIGMDVNKVEYWV
DRADRQFPHHPVVFQLKEKLLTIKRPNNSTEDFEKLIKSELIARPNDVQLPIKLLNHYML
ERKFDKAYEYAVSVEADVRHRNSIVWYQLLYELLTKCKETKSFDWSFWFLYISVSDRYAA
LCLKEQGSDIKKSISEATQAVFNFDQNLYEMELKNFSKQHAFTEHLFTHMWGQLHFHLAC
LLLRKTKREQGSWSEAGRLCAPLLLIALHMTPLEMRTSIHLEDDASKNQLNIWIKEAAYR
CCQAGYILQNYARDDTKKLLDRIDKFCTGLWRERIYQRIFVTRTHLDHMQSSFFCNYSAS
DPPLRFCTASQLRHYSQIAQEVWPSSLHHQIWFGMENRPQHKDAPYPDQYSRVFPSLQFS
VFNTNQAAPDTLCLLDIDAFLNAAILCSSAVLEEQQLGSFINPERLPTLPVDLTATLSTS
NQEKWWSAAYKMCSKRQDVDSDIGELRQELQQGLEVVRCIGNHGMHPVLLVHLARMFHYR
AKMMKEKDAENGYIPRWETRSELYWTAVIPLLERLQNNQTLRMSSSKLFNYQGKEMNNFE
LTNALEEGKLLLAQRLVRDKQYEQAIDALQALKCPEASFQQAQIYKMFADEIVNSTPRES
LTSEMRSQHVIMLTKARNCFYLTLDRLRSPGTNPKHPLNAELGTHITDIENELKRIDPDL
GRGDLSRNDIDNISDESYSPTHSAVDHAVTNPTLLTTLPVGNNSNMLSTPQRNAHRTPRH
ASTPCRLQYQDYLNLSKNRTEARPSPERLDAQIRQIIQSRDNEMQELMEQMKNMTIQIKT
LNEKVETLTKEVVESRKENQKQQQQQQQQRVQQQNVNPAVDPDDFYVLDDDEYADLSYQN
QPTGPASSISGNIFASQHARHPYSSLVYPSAAAAAAFQGWNYQSGIPFTDPNAQAAISSL
YPHTVYPMPVLYPNQSKVPDNPLQQGLFASTLSSQLPDLMPAAAATNPSLQMQPLQQKIE
TPRTKPETTITTTTTIIKDAPVNKAPPVNVVITTSDTLPTTVPSIQPTLSVTIPPQYRLG
GGAVVTFSTPITTAITVTIATASTTMTTKSSSSSNAPHCYQIAMPSQATIPTTVNLPPTT
IYVTPTNINISPMYANLTTSSTPSTVTTNTTFSNTLLNTLLNAQNNATNIKTLDKADNIA
KPIYEPIESPNTSAEISEQEHDPIPDFVPVIPLPAKVKVTTGEEDEDTLYCSRAKLFRFV
DKEWKERGVGYVKLLRNLEGKVRLLMRRDQILKICANHMLRPDMELTPMSNNNKALFWVA
NDFADEEVKLEKLCIKFKTAEEAMAFKEAFDQAKFSLIATSSEKIADKTSSNDLSQIHKA
QLQPAKIIPTTEAASDKSKSGTTTLGGFSFSSKPIIQEVKDAEVIDSKKSEEAPKVSPFS
GFTFKSHNKSEIAKITTTVTSTSTQSAKFLFSTSASISQSSDLSLTPNASPIFTSPATSG
QNSTALRRPRLPPPGAIKSGINEEIQPQSENEWKLFNGTASLQCQCSSNSKWKNKGTGPI
ILLLDTKSGKIRLLLTDDKSSKVYGHGIPLDMAFTYKNGTTVVNWTVPGDIKEPGKTWSL
HAATFNTSELASQFYNIISSCQQKLAKGCNPNEVAKELEKKASSSDNKDQNVQVKPHSAS
LLSQLFKPPVGSWECSSCYIRNKATDMKCVACNALSPSSTASHKSSSTIANSKPIDSDKL
PLAELFKSPSGSWTCPNCHITNFSTNIYCVACDKPKDPSQPPKPQQTNIFQVSSSNASPP
KTKFSFGIPKDAAKEATDTGFSFRMLKTEDNKSAVDSTKTANFVFGMPVKTTTNSGDSPF
TFGSPTKSFGFNFAAKSPAKSPGGAGGETSEDEVVESDDVHFSPVIPLPDKIEVKTGEEN
EEVLYSHRAKLFRFDTTVKEWKERGLGDIKLLRHKETGKLRLIMRRDHVLKLCLNHHLSG
ELEFTPKDEKTWLWTTADYSDGEIEYMQFACRFKTSEIATNFKKVIDDARKNVISNLSLT
SSKSEKVDKSATIKTPTQTNCLPVEEVEIIYETKVTSEEKAAALELQLPENFYAYKQKED
CPGCRGCRKPSIVLYPDVATTQDSTSWKPTSEEKTIILPKLAPSVSGDSKSIDTTQNATQ
PTSVKNGFSFTTLTPTTFMSPSTTSSIFDSSAMSFGTGDLKLFNDKKTTTFSFGMNLQFS
NSETATSTSLENVKICSPSNVETAQTTTSNTAVQSIFGQTTSTASIFKTPTFNLDTGKNI
FGSATNATLSKTSIFGGNSDGNSFNAAKTTSTAATTTNSIPKTSSSTITTTMGTGSSFGT
GLFGSAITQPTTKANDTITAATSAVNLSNNSVFNTNTTFSKMTFGASSFGNSTMTTSIFN
TTPAMMTNLFNSPPSTMATNIFNAPPATMTTNIFSTSPATTTSNVFETKQSDNTQKNDDG
PFFSKNTVSFTALASAAAKPEAFKVDPNFSFAGAGSAVFGSKSTTSSSLNSSASVQNKSQ
DSTQKEDNEEDDGEVDNEQEHDPHFEPIVPLPDAIEVRTGEEDEEKVFCNRAKLYRYDNA
TKEWKERGVGEMKILYHAGHGSYRLLLRREQVHKVVCNFLVTPDVEFRPLSTSHQAWMWA
GMNYAEQEPCAEQLAVKFKSPDLAQQFKAHIDKIQQELHEKKNTQGERCVGEVEESEEHD
RNDANEAEDDEEEDEEDDQEMILIIEKRATVFARWPNETKWEIVGLGNLAIHYDSEIYAE
RILLKLDDSEEYASNTIISMDSEMQVEGKECIWSGIDYALDPPVRRVLKAVFSSIQAAQE
IHTFFEDGVESAKQVGVAEYQEEDLGS
NT seq 8724 nt   +upstreamnt  +downstreamnt
atgtttcgctcgaagaaggacgtcgatcgtcacgtccaaaatgtcttcagcaagctacgg
aacgaaaacgagaaagatcttcgttgttataatgttgccaaactgtattatcaagtaggt
gattatgaatccacaaaaagatacgtatctaattatttaggagtacgagatggttcagct
agtgcacacaagttgttaggtcaagcatatgaggctcttggccaaaaggaagcagctttt
aatgagtataaaatttctcttgaacttgaaggcagacaggatgatcttgtcttaaaagta
tgtgaattattggctgacttggatataggaatggatgttaataaagtagaatattgggta
gatagagctgatagacaatttccacatcatccagtagtttttcaattgaaagagaaattg
ttgactataaagagaccaaacaatagcactgaggatttcgaaaaactcattaaatctgaa
ttgattgcaagaccaaatgatgtccagcttcccataaaattgttaaatcattatatgttg
gagcgcaaatttgataaagcttatgaatatgccgttagtgtggaagctgatgttcgtcat
agaaacagcattgtgtggtatcagctactatacgagttattaacaaaatgtaaagagact
aaatcttttgattggtccttctggtttctttatatatctgtatcagatagatatgcagca
ctatgtcttaaagaacaaggcagtgatataaagaaaagcatttcagaagcaacacaagca
gtattcaattttgatcaaaacctatatgagatggagctaaagaacttttctaagcagcat
gcctttacggagcacttgtttacgcatatgtggggtcaattacatttccatttggcgtgt
ttattactgcgcaaaacgaaacgcgaacaaggtagctggagcgaagcgggaagattatgt
gcgcctctgttattaatcgctttacatatgactccactggaaatgcgtacgagtatacat
ctcgaagatgacgcatctaaaaatcaattaaatatatggattaaagaagccgcatatcga
tgctgtcaagctggttacattcttcaaaattatgccagagatgatacaaagaagctattg
gatagaattgataaattttgtacaggactctggagagagcgtatctatcagagaattttc
gtaaccagaacacatcttgatcatatgcagagttcatttttttgcaactattcagcttct
gacccacctttacgtttttgcactgcaagtcaactaagacattacagtcaaatcgcacaa
gaagtatggccgtcttctttgcatcatcaaatctggttcggaatggagaatcgacctcag
cacaaagacgctccatatccagatcaatattcgcgtgtatttccatcactacaattttca
gtattcaatacaaatcaggcagcacctgatactctatgtctcctcgatatcgacgcattt
ctcaatgcagcaatactctgctcatctgccgttctggaggaacaacaacttggtagtttc
ataaatcctgagagattgccgacattgccggtcgatttgaccgcaacgttatctaccagc
aatcaagaaaaatggtggtccgcggcatataaaatgtgctctaaacgtcaagatgtagac
agcgatatcggcgaactgcggcaagaattgcagcagggtttggaagtcgttcgttgcatt
ggcaatcacggtatgcatccggtgttgttggtgcatctggcacgcatgtttcactatcgc
gctaagatgatgaaagagaaagatgcggagaatggctacattcctagatgggaaacacgt
tccgagctatactggaccgctgttataccgctgttggagagattgcagaataatcaaact
ttacgtatgtcatcgtcgaagctgtttaactatcagggcaaagagatgaataactttgaa
ttaacaaatgccctcgaagaaggcaaattgttgctggcacagcggctcgtgcgcgacaag
caatacgagcaggcaatcgacgctcttcaggcgctgaaatgtccggaggcatcgttccag
caagcacaaatctacaaaatgttcgcggacgagatagtaaattctacgcctcgtgaaagt
ctaacatcagaaatgcgatcgcaacacgtcataatgttaacgaaagcaagaaactgcttc
tatctcacattggaccggcttcgtagtcctggcacgaatcccaagcatccgctgaatgct
gagcttggtactcatatcaccgatatcgaaaacgagttaaaaaggatagatccagatctg
ggaagaggcgatttgagtagaaatgatatcgataatatatccgacgagagttattcgccc
actcatagcgccgtagatcacgcagtcacaaatccaacattactaactacattaccagtc
ggaaataattcgaatatgttgagcactcctcaaaggaatgctcatcgtacgccacgtcat
gccagtacaccatgtagactgcaataccaagattacttgaatctatcgaagaatcgtacg
gaagcacgtccaagtccggagcgtcttgatgctcagatacgtcaaatcatacaatcccgg
gataatgagatgcaggagctgatggaacaaatgaagaacatgacgatacaaataaagacg
ttaaatgagaaagtggaaactctaacgaaagaggtggtagaatcgcgtaaagaaaatcag
aagcaacaacagcagcagcagcagcagcgtgtacagcaacagaacgtcaatcccgccgtc
gatcccgatgatttctacgtcctcgacgatgacgagtacgccgatttgagttaccagaat
caaccaaccggaccggcgtcttcgatttccggaaacatattcgcatcccagcacgctcgg
catccttattcgtcgctagtatatccttccgcggctgccgccgccgctttccaaggatgg
aattatcagagtggaataccatttaccgatccgaatgctcaagcggctatatcatcctta
tatccacatactgtttatccaatgccagtgctgtatcccaatcaatcaaaagtcccggat
aatccgttgcagcaaggtcttttcgcgtcgacactttcttcgcaactgcccgatcttatg
ccggcagcagccgcgacgaatccgtcattgcagatgcaaccgctgcaacagaaaatcgag
actccgcggacgaaacctgagacgacgataacaacaacgacaacaatcatcaaagatgca
ccagtaaacaaggcaccacctgtgaacgtggttatcacaacatctgatacactaccgacc
acagtgccatccattcaaccgaccttaagcgtcacgataccaccgcagtatcgattggga
ggaggagcagttgtcactttttccacgcctataacgacagcaattacggtaacgatagct
acagcgtcaacgacaatgacgacgaaatcgtcatcgtcatcgaacgcaccacactgttac
cagattgccatgccttcgcaggccactataccaactactgtcaatttaccgccgactact
atctatgtaacaccaactaacatcaacatatcaccaatgtacgctaatttgacaacatcc
agtacgccatctacggtcacaaccaatacaactttcagcaatactttgttaaatactttg
ttaaatgctcagaataatgctactaatattaagacacttgacaaagcagataatatcgcc
aagcctatctacgaaccaattgaatcgccaaacacatccgcggaaatatccgaacaggaa
cacgatccgataccagacttcgtgccggtcataccattgcccgcaaaagtgaaagttact
accggtgaagaggacgaggatacattatattgcagtcgggccaagttgttccgttttgtc
gataaggaatggaaggagcgtggcgtcggttatgtaaaactgctacgcaatctagagggt
aaggtacgcttgctgatgcgtcgcgatcaaattctaaagatttgtgcgaaccacatgctg
agaccagatatggaattgactcccatgtcaaacaacaacaaggccttgttttgggtagct
aatgactttgccgacgaagaagtaaagctggagaaactttgtatcaagttcaagactgct
gaagaagcgatggcattcaaggaggcctttgatcaagcgaaattcagcttgattgcaaca
tcttcggaaaaaatcgctgataaaacttcctccaatgatttgtcccagattcacaaagca
caactacaaccagctaagataattccaacaacagaagcagcatcggacaaatcaaaatca
ggcacgacaacgctaggaggattttctttcagttcaaaacccatcattcaggaagttaaa
gatgccgaggtaattgactctaagaaatctgaagaagcgccgaaagtcagtccgttcagc
ggatttacgttcaagtcacataataaatctgaaatcgcaaaaatcacaacaaccgtaacg
agcacctcgacgcaatcggcaaaatttcttttctcaacttcagcatcgatttcgcagtcc
tctgatttgagtttaacgcccaacgcatcaccgatatttacctcacccgcaacgtctggt
cagaattccacggcattgaggagacctcgtttgccaccacctggcgctataaaatcggga
atcaacgaagaaatacagccgcagtctgaaaatgaatggaaattatttaatggaacagca
agtcttcaatgtcaatgtagcagcaacagcaagtggaaaaataaaggtacagggccaata
atactattattggacacgaaatccggtaagattcgtttgttattgacggacgacaaaagc
tccaaggtttatggtcatggaatacccctggatatggcatttacatataagaacggtact
acagttgttaattggaccgttccgggagatatcaaggaacctggtaaaacttggtcatta
cacgccgcaaccttcaacacttcggaattagcttcacagttctataatattatatcgagc
tgtcagcaaaagctagccaagggctgcaatccgaatgaagttgcgaaggaacttgagaag
aaagcatcgtcgagcgacaacaaggatcaaaatgtacaggtaaagcctcactccgcatca
ttgttgtcacaattattcaagccgccagttggttcctgggaatgcagcagctgttatatt
agaaacaaagctacagatatgaagtgcgtagcttgcaacgctctgtcgccatcttcgaca
gcgagtcacaagagcagctctacaatcgctaatagcaagcctatcgattccgacaaactg
ccattggcagaattgtttaaatcgccctccggttcctggacctgtccgaactgccatatc
accaatttcagcacaaacatctattgcgttgcctgtgataagcctaaggatccgtcacaa
ccgcccaagccgcagcagaccaacatcttccaagtgtcttcttccaacgcatcgccgcct
aaaaccaagttctcttttggtattcctaaggacgccgccaaggaggctactgataccggt
ttcagttttcggatgttgaaaacagaggataataaaagcgcggttgatagtacgaaaacg
gctaacttcgtgtttggaatgcctgtgaaaaccactactaactcgggtgactcgccattt
actttcggttctcccaccaagtcgttcggctttaactttgcggccaaatcgcctgctaaa
tcacctggcggtgccggtggcgagaccagtgaggatgaggtagtagaaagtgatgacgtt
catttctcgccagttataccattaccggacaaaatcgaggtgaaaaccggcgaagagaac
gaggaggtgctctacagtcatcgggcgaagctgtttagatttgacactacggtgaaggaa
tggaaagaacgtggattaggtgacattaagttgctgcgtcacaaggagactggtaaactg
cggttgatcatgcgacgggaccacgtgttgaaactgtgcctaaatcatcatttgtccggc
gaattagagttcacaccgaaggacgagaaaacatggctgtggactacggcagattatagc
gatggcgagatcgaatatatgcagtttgcttgtcgtttcaaaacatctgaaatcgcgacg
aatttcaaaaaggtaattgatgatgctagaaagaacgttatatctaacttatcattaact
agcagcaaaagcgaaaaagtggataaatctgcaacaataaaaacaccgacacagacaaat
tgcttaccagtcgaagaagtcgaaatcatctacgagaccaaagtcacttcagaagagaaa
gcggctgccttagaattacaattaccagagaacttttatgcttataaacaaaaggaagat
tgtcccggctgcagaggctgtagaaaaccgagtatagtattatacccggatgtcgctaca
acacaagattcaacgagttggaagcccacatcggaagagaagacgataattttaccgaaa
ctcgctccaagtgtgtcgggcgactctaaaagtattgatactactcaaaatgcaacgcag
cctacatctgtaaaaaatggattttctttcacgacacttactccaacaacgttcatgtca
ccttcgaccacatcgagcatttttgacagttccgcaatgagctttggtactggcgatcta
aagctgtttaacgataaaaaaactacaactttctcatttggcatgaatttgcagttcagc
aacagcgaaaccgcgacaagtacttcgcttgagaatgtcaagatctgcagtccttccaat
gttgaaaccgcgcaaacaactacttctaatacagctgttcaatcgatatttggccaaacg
acatcgaccgcgtccatttttaaaacgcctactttcaacttagatactggcaaaaatatt
ttcggtagcgccacgaatgcgactttgtcgaaaacgtctatattcggagggaacagcgat
ggtaactccttcaatgccgcgaagacaacttccactgccgctactacgacgaattccatt
ccgaagacatcatcatcgaccataactaccactatgggaactggttcttcgtttggaact
ggtctgttcggttcggcaatcacacagccaactaccaaagcgaacgacactatcaccgcc
gccacatcagcagttaatctgtcgaataactcggtgttcaatactaacactactttttct
aagatgacatttggtgcttcatcattcggtaattctacaatgacgacaagcatttttaat
acaacaccggcaatgatgacgaacctcttcaattcaccaccatcaacgatggcgacgaac
atctttaatgcaccaccggcaacgatgacgacgaatatctttagtacatcaccggcaacg
acaacatcaaatgttttcgaaacaaaacagtcagataatacccaaaagaatgatgacggc
cctttcttctccaagaacaccgtatcgtttacggcacttgcttcggcggcggcaaaaccg
gaagccttcaaagttgatcctaacttttcattcgccggtgcgggatcagcggtatttggt
tcgaaatctaccacatcgtcatcactgaatagctcagcatctgttcagaataaatcgcaa
gattccacgcaaaaagaggataatgaagaggatgatggtgaagtggataacgaacaggag
cacgatcctcattttgaacctattgtacctttaccagatgccattgaagtacgaactggc
gaagaagatgaagagaaagtgttctgcaatagagccaagttatatagatacgataacgct
acgaaggaatggaaggagcgcggtgtgggtgaaatgaaaattctgtatcatgcgggtcac
ggcagctaccggttactgttacgtcgtgaacaagttcacaaggtcgtttgtaactttctc
gtcactcccgacgtggagtttcgtccactctccacatcgcatcaggcttggatgtgggcc
ggcatgaattatgctgagcaagaaccctgcgctgagcaattagcggttaaatttaaatcg
cccgatttggctcagcaatttaaggcacatattgataagattcaacaagaattacatgaa
aagaaaaatactcaaggtgaaaggtgtgtcggcgaagtggaagagagtgaagaacacgat
cgaaatgacgcgaatgaagcagaagatgacgaagaggaagacgaagaagatgatcaggaa
atgatactcataattgagaaacgtgccactgtatttgcaagatggccgaatgaaactaaa
tgggaaatagtaggcttaggaaatctggcgattcattatgattccgaaatttacgcggaa
agaatcttgctgaagctcgacgactcggaagagtatgcaagtaatactatcattagcatg
gattcagagatgcaggtggaaggcaaagaatgtatttggagtgggatcgattacgcttta
gatcctccagtgagaagagttctaaaagcagtcttctcatcgatacaagcagcacaagaa
atacatacgtttttcgaagatggagtggagagcgcgaagcaagtcggtgtcgccgaatat
caagaagaagatttaggatcttga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (19)   

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