KEGG   Formica exsecta (narrow-headed ant): 115241282
Entry
115241282         CDS       T07422                                 
Name
(RefSeq) LOW QUALITY PROTEIN: nucleoprotein TPR-like
  KO
K09291  nucleoprotein TPR
Organism
fex  Formica exsecta (narrow-headed ant)
Pathway
fex03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:fex00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    115241282
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:fex03019]
    115241282
Messenger RNA biogenesis [BR:fex03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     115241282
SSDB
Motif
Pfam: TPR_MLP1_2 ZapB ATG16 YabA
Other DBs
NCBI-GeneID: 115241282
NCBI-ProteinID: XP_029672832
Position
Unknown
AA seq 2350 aa
METVEDGEQPNVLREIASDEELEQIPKELARKIHAHFNAKFDEFITAKAVFETSRKTLEQ
NLEKAQKEVSEQKLDLDECRGRLELSEQNNAEISNNLEEVKNEVHRLQESVKRLEKENGE
LRRQRDTLTDETNALQLQVERRDTEIERMRVELSSLSSQLQAAIAAKCHTLTETEEIRSR
EMTLDFKEKRLEQERSLLSQQMASLEEELAKRTSELQAARSEASSRALLIDTKLSQREEE
LRIADEANSQLRESVSSLQKQCDELAQKLEQQRAHEIAINDSYQKEINAQKNLASLYESM
KDDANAKAEAISNAASELQKLVDSTAEEYGTLETKYNQLMLQHKQDIDDKEQSIQDLTKE
LEHANELLKNIQQEKLDQAVEQLAPTAAITSRVLRKGLSLTQIYTQLVEATNELALERED
NERLKSQMDLILRELEQKAPLLQQQRQDYETAMSNVATLTSRLDELLAENQRLHESSDEA
NRLAKHHTTENQKLKTELADLARQVCYLLKEVQESRTSTRIETRDLSSSMDTDDILSSQI
ISKKLVTFKDIEELQENNQKLLAVVRALSSRQEEIERATDEINSGEMKEKLERYMEQLAD
MQAAQDRHSKMVDGLLKQRDTYKNMYQQILKNSNEKKETEKDVEEHKSNEESKTTKDNEE
KEEWSRKLKEAEDKFKHVSDEYEIYRKERTAHEKMLSEEVERLRKEAEANSARCCRLRAQ
LDSANERFTLLQGNVASYKSQIKALEEKCTNYNVTIGKHEQSIMILKDETLAAQTRLARA
EVQLENLRQERQLLKDSEGRLLKEREVYQRERQTQSLLRADMESIKASLERVQAEGHLRA
EQRLDDANRECAALRRRLQEEQDRFRELAGHLERQLATVQERLKEERELNERLKAELDQA
RETETQSSQKIDELNNKLRQAAAHSISKPLTGDENLVKRVKELEMQLSTYQTEAKSLSEH
LKTARQQNQQYCDIAESAETQLRELTAEYNKCKEELENALKESRVEIISLQKRVKELNDE
LAKISNGRQETDSELRDRLAEAERKVEELDELKGELELLKNDLKSMSITAKEAEDKYTRE
MMQHSSDLQVLAKLKEEAQQVQQKLSILTQERNAAVEALEIEKLACKEREHKYVNEIEET
QKRIVDLDAQNALLHNQIQELGDRVAVMQSQQTKISGGDSPDTSFEALNKSFSNLEEDSN
SVEQLLRVMKYLRREKDLALAKSDVLKAENLRLKSQIEVAEKRMKETEVLLNSEREKSEI
DVMTTSKHAELLRKVETLNAITDSNRILREERDQLSAKVNELSAKVNALSEEVVPLRDIS
RNLTAKTEALVEENNSLKGEATRWRQRANTLLEKANKASPEDWRRLQTERENLSKLLTSE
REIHAKRNEEFNQVKTEKAKLEEQMAELQRQIQAQDEQMLRVSEEARKLGQDLNEALADS
SSKAKDLVFLRKEIGDKEAVLNDIRNKEIQIRKIAKKYKTQFEELARTVEEEKNRNEEAS
NEETSGATVQDREDQLREEGRQEFRQANAELVTKVDDLTRQMTTAQSEAENLRKEIEAMN
RNSVEKEERAKQVLKGARTKIMQLTESKKICEKELLDLRSRIESGGGSAGVQGDHSDTEH
DARLMALKSQMEGRISRLEHEKLEVQAEKESLLQRVAQLQRQLSGISGVSATTEPPTANI
KPMSARAETXVQSRTAAVLPTTASAPVMVAPHQMQQQQQQVVHTTETSSPTSSLTDFQPA
STSSSSQSAQTSSLRQLVVQPQLSESAESTQREDPESAETLNMQPQQQQCQQQQQQQTVA
LVSPRVEQQQQQQQVAISDQQQTVASSSTQSVSTSQASSGVKRPRALDSTASGSGIAEEV
DHGRQEQVQSPKTKRSRQDISATASASASEVEYQVPTSSQRDQDEEVEEGCVVVVDCDEG
EGGGNHQAQEEEEFENDPYEEMEEEEEMPYEVEVEVERDNNEVEIIMEEDSRTSVEVPRQ
GQTSIPTNQQQSEAISSAGPTGEPPTFRARGIAMPRQQQQQHLLLPQPGYEDGGDDCIVP
STPTLFVPRRDGFGEAVSSPQVPQGRFTFGDHSTPTTASSTPSLTTPTGSITRTIFGSSS
STVAQVVQESMDDSRIDLTQLEDGGTGRSVPTTPLQVSPAADLPPSTSSGQSEEQETAVT
PVSVTATSGDNVEEPGIPNIRIVGANDQQRGSTEATESSATPSEGVSSEGEKRPEEPIAL
ASGEDNTVDTVEVTEEAGSELAEDEVEEESREAEASPSSNTRQRTMAASLATAGDPNGAR
GMTVRRSPRSTFRVARGARPTPIVWGDNQSGRGQPVMRGHANRGTGNEGGRGRGTRGRRM
RSKYPYTRYS
NT seq 7053 nt   +upstreamnt  +downstreamnt
atggaaacggtcgaggacggcgagcagccgaacgttcttcgggagatagcgagcgatgag
gaactggaacagatcccgaaagagctcgcgagaaagattcatgcgcattttaatgcgaag
ttcgatgaatttataaccgccaaggccgttttcgagactagcaggaagaccttagaacaa
aatttagagaaggcacagaaggaagtttcggagcaaaaattggatctcgacgaatgtagg
ggaagattagaactgtctgaacagaataatgcagagatatctaacaaccttgaggaagtg
aagaatgaagtacatagattacaagagtccgttaaacgattggaaaaagaaaatggtgaa
ttacggaggcagagggatacacttacggatgagacaaatgcattacaactgcaagttgag
aggcgggacactgagattgagaggatgcgtgttgagttgtcttctttgagctctcagctt
caagctgctattgcagccaagtgccacactttaactgagacagaggaaattcgtagtcga
gaaatgactttagactttaaggagaaacggctagagcaagaacgatcacttctctcccag
caaatggcaagtctcgaagaagaattggctaaaaggacctctgaattgcaagcagcaaga
tctgaagcttctagcagagccctcttaattgatactaaactatctcagcgtgaagaagag
ctacgaatagctgatgaagccaattctcaattgcgagaatcagtctcttctcttcaaaag
caatgtgatgaactagcacagaaattggaacagcagcgtgctcacgaaattgccataaat
gattcttaccagaaagaaatcaatgcgcagaaaaatctagctagtttgtatgaatctatg
aaggatgatgccaatgctaaggctgaggcaatttccaatgcagcaagcgagctacagaaa
cttgtagatagcactgcagaggagtatggaaccttggaaacaaagtacaatcaattaatg
ctccaacacaagcaagatattgatgacaaggaacaaagtattcaagatctaacgaaggaa
cttgaacatgctaatgaattgctaaagaatatccaacaagagaaattagaccaagctgta
gaacaattggcacctacagcagcaataacaagtcgagtgctacgaaagggcctaagtctt
acgcagatttatactcagttagttgaagccaccaatgaattggccttggaacgagaagat
aatgaacgattgaaatcacaaatggacctgattcttcgcgaattagagcagaaagcaccg
ttattgcagcaacagcgtcaagattatgaaactgccatgtcaaatgtggcaacactaact
tctagattggacgaacttcttgcagaaaatcaacgtcttcacgaaagttctgatgaagct
aatcgtcttgccaaacatcacactacagaaaatcaaaaattaaaaactgaacttgctgat
ctggccagacaagtatgttatcttctcaaagaggttcaagaaagccgcaccagtacccgc
atagaaactagagatttgtcttcttccatggatacagatgacattttgtcgtcacagatt
atcagcaagaaattagtgactttcaaggatattgaggaattgcaagaaaataatcagaaa
cttttagcggttgttcgcgcattgtcatctagacaagaagagattgaacgggctactgat
gagataaattcgggtgagatgaaggagaagctagagcgttatatggaacagttggcagac
atgcaggctgcacaggatagacattcaaagatggtggatggtctcttgaagcagagagac
acatacaagaacatgtaccaacagatactgaaaaactccaatgagaagaaggaaacagag
aaagatgtcgaagagcataaatcgaacgaagagtcgaagacgacaaaagataatgaagaa
aaggaggaatggtccaggaagttaaaagaagccgaggataagtttaaacacgtttcagat
gagtacgagatatatcgaaaggagcggactgcacatgagaagatgttgagcgaagaagtg
gaaaggctcaggaaagaagcagaggcaaattcagcgagatgttgtagactgagggcacaa
ttagactcggcgaatgagaggtttacattattgcaaggcaatgttgcttcttataaatcc
cagatcaaggccctcgaagagaaatgcaccaattacaacgtcaccatcggtaaacacgag
caaagtattatgattctaaaggacgagacgcttgccgctcagactcgcttagcccgagct
gaggttcaactggagaatcttcgtcaggaacgccaactcttgaaagactctgaaggacgt
cttctaaaggagcgagaagtctatcaaagggaaagacagacacaatctttgcttagagca
gacatggaatctattaaggccagtctggagcgagtccaggctgaaggacatctcagagcc
gagcagagacttgacgatgccaacagagaatgtgccgctcttcggcgtcgtcttcaggag
gagcaggatcgcttcagagagttggcaggccatttggagagacaactggcgactgtgcag
gagagattaaaggaagaacgcgaattaaatgagaggcttaaagctgaattagatcaagca
agagagactgaaactcaaagcagccaaaagattgatgaactaaacaacaaattaaggcag
gcagctgcccattccatttctaaacccttgacaggggatgaaaatcttgtaaagagggtt
aaggaactggaaatgcaactgagcacttatcagactgaagcaaaatcactctccgaacac
ctgaaaacagccagacagcagaatcaacaatactgtgacatagccgagagcgctgaaacg
cagctgagagaattgacagctgagtataacaagtgtaaagaggaattagagaacgcttta
aaagaatcacgcgtggaaattatttcattacagaagagagtaaaggaactgaatgatgaa
ctggcgaaaatatcgaatggcagacaagaaactgactcagagttgagagatagactggct
gaagccgagagaaaagtcgaggaattggatgagttgaaaggtgaactagaattgttgaag
aacgatctaaaatctatgtctatcacggctaaagaggcagaagacaaatacactagggag
atgatgcagcattcgtccgatttgcaggttttggccaagttgaaagaagaagcccagcaa
gttcaacagaaacttagcattttaactcaagagcgaaacgcagcagtggaagctttggaa
atcgagaaattagcttgcaaagaaagagagcacaagtacgtgaatgagatcgaggaaaca
caaaaaaggattgtagatttagatgcccaaaacgcgcttttgcataatcaaattcaggaa
ttgggcgaccgagtcgccgtcatgcagagtcagcagaccaagataagtggaggggatagt
cctgatactagtttcgaagctctgaataaaagtttcagtaatttagaggaagattccaac
tcagttgaacagttgttgagagttatgaagtatttaagaagagagaaagacctggcttta
gccaaatccgatgttcttaaagcagaaaatctcagattgaaatcacagatcgaggtagcg
gagaaacgaatgaaagaaaccgaagtcttgctaaattctgaacgagagaaatccgaaatt
gatgtgatgactacatccaagcatgcagaattgctgcgcaaggtggagactttgaatgcc
attacagattctaaccgaatcctcagagaagaaagagatcaactaagtgcaaaagttaac
gaactttcagctaaagtgaacgctctatcagaagaagtagtgcctcttcgagatatatct
agaaacttgacagccaaaactgaagctctggtcgaagaaaacaacagcttgaagggcgaa
gcgactagatggaggcaaagggcaaacacattattagagaaggcaaataaggccagccct
gaggactggcggcggcttcagaccgaaagggagaacctgagtaagttgctgacgtcagag
agggagattcatgcaaagagaaatgaagaatttaatcaagtaaaaacggagaaagcaaaa
ctcgaagagcaaatggcggaattgcagagacagatacaagcacaagatgaacaaatgtta
cgagtatcggaagaggcgcgcaaactgggccaagacctcaacgaggcattagccgactcc
tcttcgaaggcaaaagacttggttttcctcagaaaagaaataggcgacaaggaagcagtt
cttaacgacatcagaaataaagagattcaaattcgcaaaatagccaaaaaatacaaaaca
caatttgaagagctagcgagaaccgtagaagaagaaaagaaccgcaatgaagaagccagt
aatgaagaaacttccggcgcaactgtccaagaccgcgaagatcaactgagagaagagggt
cgtcaggaattccgtcaggcaaacgccgaactcgtaacgaaggtagatgatttaactcgc
caaatgacaacggctcaaagcgaggccgagaatctgagaaaggaaattgaagctatgaat
cgcaatagtgtggagaaggaggagagagcaaaacaagttcttaaaggtgctagaacgaaa
atcatgcaactgaccgagtcgaaaaagatttgcgaaaaagaattattagacttaagatct
aggatagaatctggaggaggcagcgcaggagttcaaggggatcattctgatacggagcat
gatgcgcgattaatggcgttaaaatcgcagatggagggccgcatctccagattagagcat
gaaaaattagaagtgcaagcggagaaagagtcgctgttgcagagagttgctcagctgcag
agacagctgtcaggaataagcggagtgagtgcaactacggaaccgcccacggcgaacatt
aagccgatgtcagcaagggcagagacanncgtgcaatcgagaacggcggctgtgttgccg
actacggctagcgcgccagtcatggtcgcgccgcatcaaatgcagcaacagcaacaacaa
gtggtgcataccacggagacgagttcgccgactagtagtttaaccgacttccagccagca
agcaccagcagttcttcgcagagcgcacaaaccagtagtcttcgtcaattggtagttcaa
ccgcaattaagtgaatcggccgaatccacacagagagaagacccggaaagtgcagaaacg
ctcaacatgcagccgcagcagcaacaatgccaacaacaacagcagcagcaaacagtagcg
ctcgtaagccccagagtagagcagcagcagcagcagcagcaagttgctatcagcgatcaa
caacaaactgtggcgagcagctccacgcagtcggttagtacgtcccaagcttcctcggga
gtaaagagaccccgggctttagactcgaccgcctctggctccgggatagccgaagaggtg
gatcacggacgtcaggaacaggtgcagagcccaaagaccaagaggagtagacaggacatt
agcgcgactgcgagtgccagcgcttctgaagtggaatatcaggtgcctacatctagtcag
agggatcaagatgaagaagtagaagaaggctgcgtagtagtagtagattgtgatgagggt
gaaggtggaggcaaccatcaagcccaagaagaagaggaatttgaaaatgatccatacgag
gaaatggaagaggaagaagaaatgccctatgaagttgaagttgaggtagaacgggataat
aacgaggtagagattattatggaggaagattctagaactagcgtcgaagttcctagacaa
ggtcaaacatccattcctactaatcagcaacaatctgaagccattagcagcgctggaccg
accggagagccaccgaccttcagagctagaggaatcgctatgccgagacagcagcaacag
caacatcttcttctgccacaaccaggttacgaagacggtggcgatgattgcatcgttccc
agcacaccaaccctttttgttcctcgtcgcgacggtttcggggaagctgtgagttctcca
caagtacctcagggacgtttcaccttcggtgatcattcaacacccacaacagcctcctca
acaccgtccctaacaacacctacaggttctattactaggaccatatttggttcttccagt
tctacagtagctcaagttgttcaagaaagcatggacgacagtaggatagatttgacacag
ctggaagacggcgggactggtcgcagcgttcctacaacacctctccaggtctctccggct
gcggacttgccaccttcgacaagtagtggccaatccgaggaacaagaaaccgctgtaacg
cccgtttccgtaacggctacttctggtgacaatgttgaggaacctggcattcctaatatc
cgcatcgtcggtgccaatgaccaacaacgcggttcgactgaagctacagaatctagcgca
actccgagcgaaggagtgagttcggaaggtgaaaaacgaccggaagagccgatagccttg
gcatccggcgaggacaataccgtggacacggtggaagtgacggaagaagcgggaagtgaa
cttgctgaagacgaagtcgaagaagagagtcgcgaagcagaggcttcgccatccagtaac
actcgtcaaaggacaatggcagccagcctggcaaccgcgggtgatcctaacggtgctagg
ggaatgacggtgagaagatcaccgaggtcgaccttcagggtagcgaggggcgcgaggcct
acaccgattgtgtggggagataatcagtcgggtagaggacaacctgtaatgcgaggacac
gctaatagaggaaccggcaatgaggggggacgagggcgaggaacacgaggccgacgaatg
cgctcgaaatatccttacacccgatactcgtaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (8)   

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