KEGG   Lottia gigantea (owl limpet): LOTGIDRAFT_231853
Entry
LOTGIDRAFT_231853 CDS       T03273                                 
Name
(RefSeq) hypothetical protein
  KO
K12172  E3 SUMO-protein ligase RanBP2 [EC:2.3.2.-]
Organism
lgi  Lottia gigantea (owl limpet)
Pathway
lgi03013  Nucleocytoplasmic transport
lgi03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:lgi00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    LOTGIDRAFT_231853
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    LOTGIDRAFT_231853
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:lgi03019]
    LOTGIDRAFT_231853
   03110 Chaperones and folding catalysts [BR:lgi03110]
    LOTGIDRAFT_231853
   04121 Ubiquitin system [BR:lgi04121]
    LOTGIDRAFT_231853
Messenger RNA biogenesis [BR:lgi03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     LOTGIDRAFT_231853
Chaperones and folding catalysts [BR:lgi03110]
 Protein folding catalysts
  Peptidyl prolyl isomerase
   Cyclophilin
    LOTGIDRAFT_231853
Ubiquitin system [BR:lgi04121]
 Ubiquitin ligases (E3)
  UBL E3 ligases
   LOTGIDRAFT_231853
SSDB
Motif
Pfam: Ran_BP1 zf-RanBP TPR_8 TPR_16 TPR_1 TPR_2 Fis1_TPR_C TPR_12
Other DBs
NCBI-GeneID: 20248738
NCBI-ProteinID: XP_009053263
JGI: 231853
UniProt: V3ZX92
Position
Unknown
AA seq 2459 aa
MLKSKQDVDRHVRNILGRIKDEKEKTSRGYQIARLYYEIKDFESAKRYLTNFLSMRENVP
QAHKLLGQINESLNQNELAIQSFRRSLELDSNQQDLVNKVGGMYSNPRLERTERLVDRSV
DDHMKTIKQLVVSKRAVEAFHLIKEIEGDQLYKNSLEWYEYLVENFTVIKNSIDEDEMII
YIYHLLSVLRLAYLQLSSKYLEKCNNTILLMDELLWKAEKICDKKKEWKYLRDEIQAQLF
YLAGTLLLKKAEKKLLPYKDVVPISMMCYLISCSYQCLQEHMDWYNLISKEHKLFADLFS
YSNYRLCQAGHMLHIMDKSPSVKPVQHYMQQLCATPWNKTLHDQLFPWIRNGESRGSFIL
MSTAIYNRSLTVPKVDEVVKYDKEASHLVQHKLSEIVWILVQKYSPEEIDFDIELNFSKL
QYGETDLKSNAIESLSQLDIEAFLYATVRCSAMKIAEDKSGRHPFLLPAAADTSFCSPEQ
TEWWKFAFCFYSNNKLTDFGKMRRTLQHGLEVIRLIGSNHGLSVDMLLYLAKCFEAKMNK
DVEYTASQLTLIKDRAYHYWYNVLTLLEQIESNGGNVPVVSSKHLFPEVDTHKILDPNTM
LTLKEEIKLAIGKRLQEDGVYDMALDYYRSIALPWASFYSSEVYRLMGEREAELSDQRKI
YLEKSLSCLHLTLDRLQGDKHHELNQLIYPYIKDIEKLIRQSENEWEEDASNNSRYHTPQ
GKVDVDHYQQNTSTPSSKSSSSARRLNLTPQVAEKKHLQPSPERLDSQIRQLSHYQESIL
KVVLRRNEELAKSNVDLAASLKECMETIKELKFEMYHRSALFGGGMNASRSYIGVQSPYK
ADMLPHDMMSPASAPFMDSPKPPAHLLPSQMPKGDRMSQMYQYSNVMDPNSCQMNMPNRR
MQQQYGSMPDMESNYPGNQYFSPVSHDNSTFSQLPGPGYFSPIKCASKVPQPEPVQAPVV
PHQSQNLPDTSSPFQVLFCGRISYGNNSNVILKIISIGNLTQVILEPTLGVGEIESYDVR
NLTMHTSLSPLMVICKHKSTGFEKILHLTFETMDRSHVFTQILSQFLPPVQHAEFPSTVQ
ASPKNSSLPSFSGFSNPVDKPEPVQQTPNSPQVPESPKATEHNTSAEEYEPNVTFEPVIA
LPELVPVRTGEEGEAVIYSDRGKLFRYDLAAKSWKERDSYRFLMRRDQVLKICANHVLTK
DMNLTTLSNSDKAWCWSADDFADEEVKHEKFALKFKTPEAAQNFKAEFEKCQSLLPETKT
GNSPVVKETKPTPGIPVKDSSESTNSASSSSQAAVFGKPAFGGSATFGSKPPAFGSTGTS
AFGSSLVKPPTFGTAAHDSNKKESPFSGFSLTPKTPPKKDTCEPAKTASPFAGFSFNNKE
PTSDASKKSPLKPPVLETNKSKPTENKQPSLSQLFKPDPGSWECSGCLVSNKSNVRKCLA
CNTLKPGEKPEPAVMSTEGGASTKFSFGASGGFSFTSTEKKNDTNTQKSGGFVFGSSSAF
TTPSQPAASGIPVFGTQKQPENTAVSKEAKQPTSVKSLLESESCEASKEFEAEYGNDKNV
DKTVPLSELFKNKNDTWQCTGCLCSVKTSLKQCPACMTMKPGELPDSVPTSTAESVKFSF
ASGGGFSFSSKPETSAPKESGSGFTFGSQSVAAPKETGFSFGSKPASNVTSTVPEKDASG
AFSFGTKPPDSSTPKSTGFSFGTKPAADSTTDNTGFAFGTPSAPGTNKPGAFSFNPVPPT
TSKTPVPTDGSKGFTFTPQSTPKATSQGTSNPFTAGSTPGFTFSMTPTKPASGQTSTTKS
PVNKPNTSNNDDYYVNSEEDDSHIVFEPIIPLPDKVEVKTMEEDEDVLFNYRSKLFRFVN
GEWKEKGLGNIKILEHRETKKRRIVMRRDQVHKVCCNHLLTSDMVIKDMPKSDGKALVWF
AHDFSDEEEKVEQLSAKFKTAEIASQFQELFEESVKKAKEGGNQDTSQHTSTLEESADDK
DDDDVIYEDIEYATPEEVQLARKYQLPDHFYLYTRKPPCPGCRGCEDEASVQKQDPTKKV
SKIPVSSKTSEPKSSPQPQAADKPAPSLFGFGSATAAPSAPSFGSLASNQTSVVSPFSKD
LANKDLSSVTFQGGDTTFSTLAASAGDNTFNQMKSSKSFKWSGAGSKLFGGGGGGGNDST
DQAEESTDEVKNEDIHFEPVIPLPDLVEVVTGEEDWESIFTQRSKLFRFDKDTSQWKERG
TGEIKIMKFQDKEQYRVLFRREQVLKVVCNHMIGPHIEMTPMNSSEKAWCWVAEDFSDEE
GKIEKFAVRFKTMEISQKFKEVFDKVILALQMKDQSLEDKNENNVTEEDNDDVLFDKRAT
LFTLDGEQWTKFGLGNLKVLKDEDVSGNSVEFVDDEGQVGCQHIICEEYTIELERSKKYC
IWLAVDFSRKQKKEMKFKALFSSPSSAEEFFNKFTDSLKLASDSRLTQLDVNDDEEDYN
NT seq 7380 nt   +upstreamnt  +downstreamnt
atgttaaaatcgaaacaagatgttgatagacatgtgagaaatatattaggcagaattaaa
gatgaaaaagagaaaacatcaagaggatatcagattgcaaggctgtactatgagataaaa
gattttgaatctgccaaaagatatctgactaatttcttgagtatgagagaaaatgtacca
caggcacacaagttattgggacaaattaacgaatcactgaatcagaatgagttggctatt
cagtcatttagaagatcactggaattagacagcaatcagcaagatttagtcaataaagtt
ggcggtatgtattctaatcctagacttgaaaggactgagagactggtagatagaagtgta
gatgatcacatgaaaaccataaaacaattggtagtgagcaaacgagcagtggaagcattc
catctaattaaagaaatagaaggtgatcaactatataaaaatagtttagaatggtatgaa
tatctggtggagaatttcactgtgataaagaacagtattgatgaagatgaaatgattata
tatatttatcatttattatctgttctacgattagcatatctacagttgtctagtaaatat
ctggaaaaatgtaacaacactattctcttaatggatgaattgctgtggaaggctgagaag
atttgtgataagaaaaaggaatggaaatatttaagagatgagattcaggcacaattattc
tatctggctggaacactacttcttaaaaaagcagaaaagaaattactgccctataaagat
gtggtacctatatctatgatgtgttatttaatcagctgtagttatcaatgcttacaagaa
cacatggactggtataatttgataagtaaagaacacaagttatttgctgatctcttcagc
tacagcaactataggttatgccaagcaggacatatgctacacataatggataagagtcca
tcagtaaaacctgtccaacattacatgcagcaactatgtgccacaccttggaataaaact
cttcatgatcagttgtttccatggatacgtaatggtgaaagtaggggctcttttatattg
atgtctactgctatttataaccgatctctcactgtacccaaagttgatgaagtggttaaa
tatgataaagaagcatctcatttggtacaacacaaattgtctgagatagtatggatattg
gtacagaaatattcccctgaagaaatagactttgatattgaattgaatttctctaaacta
caatatggtgaaactgatttaaaatccaatgctatagaatctctatcacagttagatatt
gaggctttcctgtatgctactgtaagatgttcagcaatgaagatagcagaagataagtct
ggacgacatccatttctcctaccagctgcagcagacaccagtttctgtagtccagaacaa
acagaatggtggaaattcgcattctgcttctactctaacaataaattgactgattttggt
aagatgagaagaacattacaacatggattggaagttattagactaattggctcgaatcat
ggtttatcagtggacatgttattatatcttgctaaatgttttgaagccaagatgaataaa
gatgtagaatacacagctagtcagttgacattaattaaagatagagcttatcattactgg
tataatgtacttactttactagaacaaattgagagtaatggaggtaatgttccagtagtg
tcatctaaacatctcttccctgaagttgatactcataaaatattagatcctaataccatg
ctgacattgaaagaagaaattaaactggctattggtaaacgtctacaagaagatggtgtt
tatgacatggcgctagattattataggtctatagcattaccctgggcttctttttattct
tctgaggtctacagattgatgggtgaaagggaagcagaactcagtgatcaaaggaagatt
tatctggaaaaatctttaagctgtctacatttaacattagacagattacaaggcgataaa
catcatgaactcaatcagttaatttatccttatataaaagacattgagaaattgatcaga
cagtcagaaaatgaatgggaagaagatgctagtaataatagtagatatcatacaccacaa
ggtaaagtggatgtagatcattaccaacaaaatacatcaacacctagtagtaaatcttct
tcttcagctagacggctaaatttaacaccacaggtggctgagaagaaacaccttcaacct
agtccagaaagattagattctcagatacgtcaactatctcactaccaggaatccatattg
aaagttgttctacgcagaaatgaggagttggccaagagtaatgttgatctagcagctagt
ctgaaagaatgtatggagactatcaaagaattgaagtttgaaatgtaccatcgttctgca
ctgtttggtggaggaatgaatgcatccagatcctacataggtgtgcagtctccatacaaa
gctgatatgttaccccacgacatgatgagtcccgcttctgcacctttcatggactctccc
aaaccaccagcacatctcttaccatcacagatgccaaaaggtgatcgaatgtctcaaatg
tatcaatacagtaatgtgatggatcccaattcatgtcaaatgaacatgcccaatcgaaga
atgcagcaacagtatggtagtatgccagacatggaatccaattatccaggaaatcagtac
ttttctcctgtaagtcacgacaattcaacattctctcaacttcctggacctggatatttc
tctcctataaagtgtgcttctaaagttcctcagccagagcctgtacaagcaccagtggtt
ccacaccagtctcaaaatttaccagatacatccagtcctttccaggtcctgttctgtgga
aggatctcttatggaaacaattccaatgttattctgaagataatctctattggaaacctc
actcaagtaatcctggaaccaactcttggtgtgggagagattgaaagctatgatgtaaga
aatttaaccatgcacacatcattgagtccattgatggtcatttgcaaacataaatctact
ggatttgagaagattttacatttgacattcgaaactatggataggtctcatgttttcact
caaatattgtctcaatttttgccaccagtgcaacatgctgaatttccatctactgtccaa
gcatctcccaagaattcaagccttcccagttttagtggcttttcgaatcctgttgacaaa
ccagagccagtacaacaaactcccaactctccacaagttccagaaagtccaaaggccaca
gaacataatacatcagctgaggaatatgagcccaatgtaacttttgagccagtgattgcg
ctaccagaattagtaccagtgagaactggagaagaaggagaagctgtgatctacagtgat
cgtggtaaactcttcagatatgacttagctgctaaatcttggaaggagagagattcttat
aggttcctaatgcgcagagaccaagttctgaaaatatgtgctaatcacgttttgaccaag
gatatgaatttgacaactctatcaaactctgataaggcttggtgttggtctgctgatgat
tttgctgatgaagaagttaaacatgaaaaatttgcactcaaatttaaaacaccagaagct
gcacaaaattttaaagcagagtttgaaaagtgtcaatctctactgccagaaacaaaaact
ggtaactcacctgttgtaaaggaaacaaaaccaactcctggaataccagtaaaagactcc
agtgaatcaactaattcagcttctagctcatctcaagcagctgtctttggtaaacctgct
tttggaggctctgctacttttggctccaaaccacctgcctttggatccactggtactagt
gcttttggatcaagtttagtgaaaccaccaacttttggaacagcagcacatgattcaaat
aaaaaagaaagtccattttcaggattttcactaacccctaaaacaccaccaaagaaagat
acctgtgaaccagctaagactgcaagcccatttgcaggattcagtttcaacaataaagaa
ccaacttcagatgcatctaaaaaatcaccacttaaaccaccagttcttgaaactaacaaa
tcaaaacctactgaaaataaacaaccatctttatctcaattgtttaaacctgatcctggt
agctgggaatgttctggctgtttagtttccaataagagcaacgtcaggaaatgtctggct
tgtaatacactcaaacctggagagaagcctgaacctgcagttatgtctacagagggcgga
gcctcaacgaaattttcattcggtgccagtggaggattttcatttacttcaacagaaaag
aagaatgatactaatacacaaaagtctgggggattcgtttttgggtcaagtagtgccttc
acaactccctcacaaccagctgcatcaggtattcctgtatttgggactcaaaaacaacca
gaaaatactgcagtttccaaagaagcaaagcagccaacatcagtcaagtctttattggaa
tctgagagttgtgaagcatcaaaagaatttgaggcagagtatggaaatgataagaatgtt
gataaaactgtaccactttcagaactctttaagaataagaatgacacatggcaatgtact
ggttgtctttgtagtgtgaagacctctttaaaacaatgtccagcttgtatgaccatgaaa
ccaggagaattgcctgattctgtcccaacctcaactgctgaatctgtaaaatttagcttt
gcttcaggtggcggattttcattttcatccaaacctgaaacaagtgcgccaaaggaaagt
ggaagtggatttacctttggcagtcagtcagttgcagctcctaaagaaacaggattttca
tttggatccaaacctgcatcaaatgtgacttccacagtgcctgaaaaagatgcctctggt
gcgttctcatttggaacaaaaccaccagattcaagcacaccaaagagtactggattttct
tttggaaccaaaccagctgctgactctacgacagataacactgggtttgcttttggaact
ccatctgcccctgggacaaataaacctggagcatttagcttcaatccagtgccacctaca
acatcaaagacaccagtaccaacagatggatccaaagggttcacgtttacaccccagtca
actccaaaagcaactagtcagggtacctcaaacccctttactgcaggttcaactcctgga
tttacctttagtatgacacctactaaaccagcttcaggacagacatcaacaaccaaatcc
ccagtcaataaacctaatacttccaacaatgatgattactatgtcaatagtgaagaagat
gattcccatatagtttttgagcctatcattccattacctgacaaagttgaagtcaagact
atggaagaagatgaagatgttctttttaattatcgatccaagctcttcagatttgttaat
ggcgagtggaaagagaaaggtctcggaaatatcaaaattctggaacatagagaaaccaag
aaaagacgtatcgtgatgagaagagatcaagtccataaagtgtgttgtaatcatttacta
acttcagacatggtcatcaaagatatgcctaaatcagacggcaaggctttggtgtggttt
gctcacgatttctcagatgaagaagaaaaggttgaacaattgtctgctaaatttaaaaca
gctgaaattgcttcccaattccaagaattatttgaagaatctgtcaagaaagctaaagaa
ggtgggaaccaagatacatctcaacatacttctactttggaggaaagtgctgatgataaa
gatgatgatgacgttatatatgaagatattgaatatgcaactccagaagaagtacagttg
gccagaaaataccaactacctgaccatttctatctttataccagaaaacctccttgtcct
ggttgccgtggttgcgaggatgaagcttctgttcagaaacaagatcctaccaagaaagta
tcaaagatcccagtttcttcaaaaacctctgaacccaaatcatcaccacaaccacaagca
gcagataaacctgcgccatcattgtttgggtttggatctgccactgctgcaccaagtgca
cctagttttggttcactggcatctaaccaaacgtcagtagttagtccatttagtaaagat
ttagctaataaagatctaagttctgtaacatttcaaggtggtgatacaacattttctact
ttagctgcatctgctggagataatacctttaatcaaatgaaaagtagcaaatcgtttaaa
tggagtggagctggttctaagctatttggtggtggtggtggtggtggtaatgatagtaca
gaccaggctgaggaatccacggatgaagtcaagaatgaagacatacattttgagcctgtt
attcctctaccagatttagtggaagtggtcactggagaagaagattgggagtcaatattc
actcaaagatctaagttgttccgttttgataaagatacatcacaatggaaagaaagaggc
actggtgaaatcaaaataatgaagtttcaagataaagagcaatacagagtgttatttaga
agagaacaagtgttaaaagtggtctgtaatcatatgattggacctcatattgaaatgaca
ccaatgaattcatcagaaaaagcctggtgttgggtagctgaagattttagtgatgaagaa
ggcaagattgaaaagtttgctgttagatttaagacaatggaaatatcccagaaatttaaa
gaagtatttgataaggttatattagctcttcaaatgaaagatcaatcattagaagataag
aatgagaataatgtcactgaagaagataatgatgatgtattatttgataaaagagcaact
ctttttactctagatggagagcagtggacgaaatttggtttaggaaatctaaaagttctt
aaagatgaggatgtcagtggaaatagtgtagagtttgtggatgatgaaggacaagttgga
tgccaacatatcatctgtgaagaatacactatagaattagaaagaagtaagaaatactgt
atctggttggctgtagacttttcaagaaaacaaaagaaagaaatgaaatttaaagccctg
ttcagttcacctagttctgctgaggaatttttcaataaatttacagatagtttaaagtta
gccagtgattcgagattaacccagttagatgttaatgatgatgaagaagattataattag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (115)   
   KEGG ORTHOLOGY (1)   
   RefGene (110)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (133)   

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