KEGG   Musa acuminata (wild Malaysian banana): 103997930
Entry
103997930         CDS       T03447                                 
Name
(RefSeq) nuclear-pore anchor
  KO
K09291  nucleoprotein TPR
Organism
mus  Musa acuminata (wild Malaysian banana)
Pathway
mus03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:mus00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    103997930
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:mus03019]
    103997930
Messenger RNA biogenesis [BR:mus03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     103997930
SSDB
Motif
Pfam: TPR_MLP1_2 CBFB_NFYA
Other DBs
NCBI-GeneID: 103997930
NCBI-ProteinID: XP_018673883
Position
9:complement(9423434..9459706)
AA seq 2050 aa
MSLFLSDEELRLLSDDAAAVAERADGAIRDLRCQLDTVRAEADAAAIAAEQNCALLEQRY
ETLSSDLARVRSENTQLSASLEQRLSEIADAQAEKHQLHLKAIGKDGEIERLSLEVAELN
KSKRHLLELLEQKDAETREKNATIQSYLDKIINLTDNAVDKEARLQNQEAELARCRATCV
RVNQEKELLEKHNAWLNEELSAKVNSLVEERKTHMEIVADMSAKLADFERQINETSSSLK
RNNERIQELEMRNASLEKELCSSKDAAAANEEQLSSELSTVTKLAELYKERSEEWSKKAG
ELEGVIKALETHLSQVENEYKNKLENESSLRKNLEKDASDLKGKLEKYEAELESARKANE
LSIIPMSRFHADTNLEELSVAETTSCRTYENNQMLVPKFPIGISGTALAASLIRDGWSLA
KIYEKYQEAADAARHEKWGRKNAEAVLERVLHEIEEKAEIILDERAEHERMIEAYNLMNQ
KLQQSLLEHDSSENIIRNLKAELKKRERDYTIAQKEISDLEKQVTVLLKECQDIQVRCGV
SQVYADNSLASSLDIDGINAGGSITECPMSFKDINELVEQNVQLRSHVLRLSSEIENKEE
ELKENFQIQLQKVTEEATAKVDTVLKKSEEQGQMIESLHSSVAMYRRLYEEERRTLASSH
VYKESIPEDGKKELMLLFEGSQEVSRKAYEQLAEHARSLEEDLGKLRSEVSSLRLERDKR
ALEANFAKDHFDGLKKEIEHQRQESNAVSARNVELTHLVVDFQKRLRECSNSLQEAEENA
RKLTMEVSILKHEKEILNNSERRASDEVRNLSERVHRLQSSLDTIQSAGEVRENSRAVEM
RKLEEYAKRIEREWAEVKRELQEERDRVRALTNEKENALEASINQFQEMKKELAEAWSAV
ASAESRAAVAEARCSEFETKMKSTEHKVIKGDSRHDHTVFSTNEVSGELWKITEELEKIK
EEAKANKDYMVQYKEIAHTNDVALKQIESAHETYKLEAERVKKALEGEVSSLRDRVSELE
KQYVLKCEEAVSLTEAKDREVSSLLAETSGLRGEISQKVTQIESLGTQLSLLKEDLEREH
KRWRTAQDNYERQVMLQSETIQELTKTSKELSLLQCEIAKLQEVSDTIKTENEMLKTSWE
KEKVTLQAMKDEAERKSNELNEQNKILLGQLESLHVRLADKEHNSAGLFAQSTDSKAESD
LHSVISHLRRSKEIAETEKTLLKQENSRLQAQLETALKASEAAQKLLHSKCENDRAMLFK
DEEFKALQLQVREINLLRESNMQLREENKHNFDECQKYRDEAQKAKVDAEKYENLLMEKQ
LEFDACQKEVEMLRIEINHLNNRINELAESHKNIDPEEYDRMKNELQQTKVLLRESEAEV
GLANNLVTEKQGNILNLEQALAKCKLELNEKEKKLNDAVQVEGTIKQENEKQKKLLSILK
KKSDTLAKEKEDLNQEKEVLLKEIEDFKSGRKTSGDTSTDQATKEKDTRIQILEKTLERE
RDDNKKEKQKRQSTEKTMLELIQKVNKDKKSFLEEFSRHKHAVEMLKATGVTAPQLPSES
TLDEQFATYLQTTTQLEAASGSIADDGLGSHSVAVDTSATDTSMPVAGSGRQVSAQQIRQ
LTSQVKSAEEKERGSTVVKVATGARKVGRRLVRPRLERPEEPQVDVGTSGMDGPTQMEEE
KAGSSHEPEPAGDNSLTQSTSSSRKRLASSTAEQKEDIVAQDEVGADTAPPPKKPKESDV
MQDVIQDSNDEQIILPATENIETAEASFPSSNVSDVQTPEDMEADQAPVLPNEETADAVE
DDDTFVKEEPVEEQKASFDDTNREEEVQGEGDAIVEELSDKPTETIELLDESLRSEGGKE
ILQLAAADEDEKEEGELIADEAEEQEEGGKSGDCQRESTPSDGAGIVDETGYAVEASSPE
VPSEKNASADAMDEVREGHNNEDQFVHESSQSPQRSLGVREGSLSTTGHATISQQQSSST
ISETEESRAGRTITISERAKQNARLRQAGIAAPATSRGRGRTTGGFRGNRGAGRGGRARG
GRGQPFGERE
NT seq 6153 nt   +upstreamnt  +downstreamnt
atgtcgctctttctatcggacgaggagctccggctcctctccgatgacgcagccgctgtg
gcggagcgcgccgacggtgcgatccgcgacctacgctgccagctcgacaccgtccgggcg
gaggccgacgccgccgccatcgccgccgagcagaactgcgccctcctcgagcagcgctat
gagacactctcgtccgacttggcgcgtgtgcgctccgagaacacccagctctccgcgtcc
cttgagcagaggctctccgagattgctgatgcccaggccgagaagcaccagctccatctc
aaagccattggaaaggatggagaaatcgagaggttgtcattggaagtagcagaactcaac
aagtctaaacggcatttgctggaattgctggaacagaaggatgcagagaccagggagaaa
aatgccacgatacagagctatctggacaagatcattaatctgacagataatgctgttgac
aaggaggccaggctgcagaatcaagaagcagaattggcacgatgtcgtgctacatgtgtt
cgtgttaatcaggagaaagagcttctagaaaagcacaatgcatggcttaatgaagaattg
agtgcaaaggttaacagtcttgttgaagagcgtaaaacacatatggaaatcgtggctgat
atgtctgctaaacttgctgactttgagagacagatcaatgaaacttctagttcattgaaa
cgaaataatgaaagaatacaggagttggaaatgagaaatgcctcgttggaaaaagagttg
tgctcgtcaaaggatgccgctgcagctaacgaagagcaactttcttctgaactgtcaact
gttacaaaactggctgaactatacaaagagagatctgaagaatggtccaaaaaggctgga
gagcttgagggtgttattaaagcattggagacacatctttcccaggttgaaaatgagtac
aaaaataaacttgaaaatgaatcttccctgagaaaaaatcttgagaaggatgcttccgac
ttgaaaggaaaactagagaaatatgaagctgaacttgagagtgctagaaaggctaatgaa
ttgagcatcatcccgatgtccagatttcatgcagatacaaatttagaggagctatcagtt
gcagaaacaaccagctgtagaacatatgagaacaatcagatgcttgtccccaagtttcca
attggtatttcaggcaccgcattagcggcttccctaataagggatggctggagtcttgct
aaaatatatgaaaaatatcaagaagctgctgatgctgcacggcatgagaaatggggccga
aaaaatgcagaagctgttttggagcgggttctacatgaaatcgaggagaaggctgaaata
attttggatgaacgagctgaacatgagagaatgattgaagcctacaatttgatgaaccaa
aagttgcagcagtctttgctggagcatgatagttctgagaatatcattcgaaacttgaag
gccgaattgaaaaagcgtgagcgtgattatacaatcgcgcagaaggaaatcagtgatctt
gagaaacaggtgacagtactattaaaagaatgccaagatattcaagttcgctgtggtgtt
tctcaagtatatgctgacaattctcttgcaagttctcttgacattgatggaattaatgcc
gggggttctattactgaatgccctatgtctttcaaggacataaatgaactagttgagcaa
aatgtccaactccgaagtcatgtgcttaggctttctagtgaaattgagaataaggaagag
gagttaaaggagaatttccaaattcagctccaaaaggtcactgaggaggcaactgctaag
gttgatacagtgctaaaaaaatctgaagaacaagggcagatgattgaatctcttcatagc
tctgttgcaatgtataggagattgtatgaggaagagaggaggacgttagcttctagccat
gtgtacaaagaatctattccagaggatggaaagaaggagcttatgcttctatttgagggt
tctcaggaagtttcaaggaaagcctatgagcagcttgctgagcatgctagaagtctagaa
gaggacttgggtaaattaaggagtgaagtttcctcattacgtttagagcgtgataaaagg
gctttggaagcaaattttgccaaagatcattttgatggtttgaagaaggaaattgaacac
cagagacaggaatccaatgctgtctcagctagaaatgtggaattgactcatttagtagtt
gatttccaaaagaggctccgggaatgttctaattccctacaagaagctgaggagaatgca
aggaagctaactatggaggtgtccattttgaagcatgaaaaagagatactaaataactca
gaaagaagagcttctgatgaagttcgcaacttatcggagagagtacatcgtcttcagtca
agccttgacaccattcaaagtgctggagaggttcgggagaattcaagagctgtagaaatg
agaaaactagaggaatatgcaaaacgaatagagagagagtgggcagaagtcaagagagaa
cttcaagaagaaagggatcgtgttcgtgctctaacaaatgaaaaggaaaatgcattggag
gcttctataaaccagtttcaggaaatgaagaaagagttagctgaggcctggagtgctgtt
gcatctgccgagtctagggctgctgtagctgaggctcgatgttctgagtttgaaacaaag
atgaagagtactgaacataaggtcattaaaggggatagcagacatgaccatacagtgttt
tctacaaatgaggtttctggagagctctggaaaataacagaggagttggaaaaaataaaa
gaagaggcaaaagctaataaggattatatggttcagtacaaagaaatagcacacacaaat
gacgtggcactgaagcaaattgaatcagcacatgaaacgtacaaattggaggctgagaga
gtaaagaaggccttagaaggtgaagtttcatctctcagggatagggtgtctgagctcgag
aagcaatatgtattaaagtgtgaagaagctgtctctcttactgaagccaaagatagggaa
gtctcttctctcttggctgaaacttcaggactaaggggagaaatttctcaaaaagtaaca
cagatagaatcactgggcacacaattgtcactgttaaaagaagatctagaaagggagcac
aaacgctggcgaactgcccaagacaattatgaaagacaggttatgctccaatcagagaca
attcaggagttgactaaaacatctaaagagttatctttgttgcaatgtgaaatagcaaag
ctgcaggaggtttcagataccatcaaaactgaaaatgaaatgctgaagacatcatgggaa
aaggaaaaggtaactttgcaggctatgaaggatgaagctgagaggaaatctaatgaatta
aatgaacaaaataaaatattacttggtcagctggagtctctgcacgttagattagccgat
aaagagcacaattctgctggacttttcgctcagagtacagattcaaaagcagagagtgat
ttacatagtgttatcagccatcttcgccgttctaaagaaatagcagagactgagaaaacc
ttgctgaagcaggaaaactcacggctacaagcacaacttgaaactgctctcaaggcttct
gaggcagctcaaaagttgctccactctaaatgtgagaatgatagagcgatgttattcaag
gatgaagagttcaaggctctgcagcttcaggtaagagaaatcaatttgcttcgtgaaagc
aatatgcagcttcgtgaggagaacaagcacaactttgatgaatgtcagaaatatcgtgat
gaagcacaaaaagctaaagtagatgcagaaaagtatgaaaaccttctaatggagaagcaa
ttggaatttgatgcatgccaaaaagaggttgagatgctgaggatagagataaaccaccta
aataatagaatcaatgagttagctgaatctcataaaaatatcgaccctgaggagtacgat
aggatgaaaaatgaactccaacaaactaaggtgttgctaagagaatctgaggcggaggtt
ggactggcaaataatcttgtaacagagaagcaaggaaatatattgaatttagaacaagcc
cttgcgaagtgtaaacttgaattaaatgaaaaggagaagaagttaaatgatgctgttcaa
gttgaaggaactatcaaacaggaaaatgaaaaacaaaagaaacttctctccattctgaag
aagaaaagtgatactttagcaaaggagaaggaggacttgaaccaggaaaaagaagttctg
ctgaaagagatagaagattttaaatcaggaaggaagacctcaggtgacacttcaactgac
caagccacaaaggaaaaggacaccagaatccagattttagagaaaactctagaaagagag
agggacgacaacaaaaaagagaaacaaaaacggcagagtactgagaagacaatgttagaa
cttattcagaaagttaataaggataagaaatcatttttggaggagttctcgaggcacaaa
catgctgttgagatgttgaaggcaactggagtaacagctcctcagcttccttctgagagt
acattggatgaacaatttgctacatatcttcaaacaactactcagctagaagcagcttca
ggttccattgcagatgatgggctgggaagtcattctgttgctgtagatacctcagccacc
gatacatctatgcctgttgcaggttccgggcgacaagtttctgctcagcagatacggcaa
ctgacatctcaagtgaaatctgccgaggaaaaagagagagggtctactgtggtcaaagta
gctactggggctcgcaaggtagggaggaggcttgtccgccctcgtctagagcgacctgaa
gagcctcaagttgatgttggaacctctgggatggatggcccgacacagatggaagaggaa
aaggctggctcatcccatgaaccagaacctgcaggtgacaattctttgacacagtcgaca
tcttctagtcgcaaacgtttggcctcatcaacagcagagcaaaaagaagacattgttgca
caagatgaagttggtgctgatactgctcctccgccaaagaagcccaaagagtcagatgtg
atgcaagatgtgatccaagacagcaatgatgaacaaatcatcttgccagcaactgaaaat
attgaaacagcagaggcttcttttccatcgtcgaatgtctctgatgtacaaacacctgaa
gacatggaagctgatcaggctcctgtattgccaaatgaagagactgctgatgcagtagag
gatgatgataccttcgtcaaggaagaaccagtggaagagcaaaaggcttcctttgatgat
acaaatcgtgaagaagaggttcagggtgaaggtgatgcaatagttgaagagctatccgat
aagccgacagaaacaattgagttgctggatgaaagtttgaggagtgagggtggcaaagaa
attctgcaactagctgctgctgatgaagacgagaaggaagaaggagagttgattgcagat
gaagctgaggaacaggaagagggtggcaaatcaggagattgccagcgtgagtcaactcca
agcgatggagccggtattgttgatgaaactgggtatgctgttgaagcctcctcacctgaa
gttcctagcgagaaaaatgctagtgccgatgctatggatgaggttcgtgaaggtcataac
aacgaagatcagtttgttcatgaaagttcacaaagccctcagagatccttgggcgtacgc
gagggctcactaagcaccaccgggcatgcaacaatttcgcagcagcagagttccagtact
atttcagagacggaagaatcaagagcaggaagaacaataacaatatcagagagagccaag
cagaatgcccgtctaagacaagctggaattgcagccccagcgacatccagaggccgaggc
cggaccacaggtggcttcaggggtaatcgtggggcaggccgaggaggaagagcacgaggt
gggcgtgggcagccttttggtgaaagagagtga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (87)   
   KEGG ORTHOLOGY (1)   
   RefGene (83)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (95)   

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