KEGG   Prunus persica (peach): 18780683
Entry
18780683          CDS       T03092                                 
Name
(RefSeq) nuclear-pore anchor isoform X1
  KO
K09291  nucleoprotein TPR
Organism
pper  Prunus persica (peach)
Pathway
pper03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:pper00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    18780683
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:pper03019]
    18780683
Messenger RNA biogenesis [BR:pper03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     18780683
SSDB
Motif
Pfam: TPR_MLP1_2 TMF_TATA_bd BRE1
Other DBs
NCBI-GeneID: 18780683
NCBI-ProteinID: XP_020417504
Position
G4:complement(6823737..6845636)
AA seq 2091 aa
MPLFVSDEDFSRHGNDATWVADKADAFIRDLQTELETFRAQNDAASITAEQTCSLLEQKY
LSLSDEFSKLESQYSQLQSSLDHRLSEVAELQSQKHQLHLQSIEKDGEIERFKTEVSELH
KSKRQLIELVERKDLEISEKNATIKSYMDRIVYSSDNAAQREARLSEAEAELARTKASCT
RLSQEKELIERHNVWLNDELTEKVDSLIGLRKTHADVEADLSSKLADVERQFNECSSSLK
WNKERVRELEAKLRSLQEELCSSKDAAAANEERLNAELSTLNKLVELYKESSEEWSKKAG
ELEGVIKALETHLSQVENDYKERLEREESARNQFQKEAADLKAKLEKCEAEIETSRKANE
LNLLPLSSFTTDAWMNSFESTDMVEVNRAVVPKIPAGVSGTALAASLLRDGWSLAKMYAK
YQEAVDAFRHEQLGRKESEAILQRVLYELEEKAEVILDERVEHERMVEAYSMINQKLQNS
ISEQANLEKTIQELKAEIRRHERDYTFARKEISDLQREVTILLKECRDIQLRGTSSGHDS
HDYGTVAVVEMNAESDAEIVISEHLLTFKDINGLVEQNAQLRSLVRNLSDQLENREMEVK
EKFEMELKKHTDEAASRVAAVLQRAEEQGHMIESLHSSVAMYKRLYEEEHKLHSSSPHLA
EAAPEERRADVKLLLESSQEATRKAQDQAVEQVKCLEEDLARTRNEIILLRSERDKLALE
ANFARERLESFMKEFEHQRKETNGVLARNVEFSQLIVDYQRKLRESSESVQTAEERSRKF
TMEVSVLKHEKEMLEHAEKRACDEVRSLSERVYRLQASLDTIQSAEQIREEARAAERRRQ
EEYTKQIEREWADVKKDLQEERNNARTLTLDREQTIQNAMRQVEEIGKELSNALHAVASA
ESRAAVAEAKLTDLEKKIRSSDIKVVDIDGESGSSSLTSDEAVVALRAAKEEIEKLKEEV
KANKDHMLQYKSIAQVNEDALRQMEFAHENFKIEAEKLKKLLEAELLSLRERVSELEHES
GLKSQEVASAAAGKEEALSSALSEITSLKEEISAKISLNASLETQILALKEDLEKEHQRW
HSAQANYERQVILQSETIQELTKTSQALAVLQEEAAELRKLVDALKSENNELKSKWEFEK
AMLEESKDVAEKKYNEINEQNKILHSQLEALHIQLAERDRGSFGTSASTGSDTSGDAGLQ
NVISYLRRTKEIAETEISLLKQEKLRLQSQLESALKASETAQSSLHAERANSRSLLFTEE
EIKSLQLQVREMNLLRESNIQLREENKHNFEECQKLREISQKANIETQNLERLLRERQIE
LEACRKELEVLKTEKDHLEKKVHELLERYRNIDVEDYDRVKNDVRQLEEKLEKKVSRVEE
VEKLLSEKQETVSHLEQDLSNYRLDLTEKEKRINETLQVEASLRSDGEKQKKAILQYKKR
CETLLKEKEELSKENQALSRQLEEVKQGKRSSGDTSGEQAMKEEKDKKIQTLEKLMERHR
DDMRKEKEENRIEKARRIRTEKAVKDSYTNVEQDKTKFMNELEKHKQAVRQLSDELEKLK
HAKDSLPEGGRGAKKNAGELKQSLGHGTSVVQLLSGSILDGLAAAYSSAVENFEKAAHSV
HSDFGIHGVPADTPPVSDASLAATSGTGQAPTVVSSMSPATGLASKSTEESEKRLTLTLP
KSNVETRKTGRKLVRPRLARPEEPQGDVEMSEMEGSRNVAKHAPSNEMEVQGNVTSTQPL
LRKRHASSSAFESREESSNQGETGPDVAAPVPKKSKGSDSPQGSEGQPSAISENLCSVPV
KDEAIDVAELPQGSNEEAVGDTEKEEIETTGEKVEEPNERQFDGSNQVESQPDKHIGLEE
NVDGSGGTEMMCDDGAKDQVELDNQQTNEFGGDREEGELVPDVSELEGGDTIGSPEIGEG
QPEPVATPGASPARGDDEGVAASSVVDIGEVNSPEVLNDDKNDEVVTEEAADGSDKSNDG
NEQTGMETDQAASAASVIIENTSSTPTEVNVTTQVSPSVTAETEEVKQVSPMTNTSTTIS
ITERARQRSVIRQAGAGAPSPPIRGRGRPAGRGRGVRGRGRARGAAPGDQG
NT seq 6276 nt   +upstreamnt  +downstreamnt
atgccgctcttcgtctccgacgaggacttctcccgccacggaaatgacgccacttgggtg
gcggacaaggccgacgcgttcatccgcgacttacagacggagctagagacgttcagggct
cagaacgacgccgcttccatcacggccgagcagacctgctccctcctcgagcagaagtac
ctatcactctccgatgaattctccaagctcgagtcgcaatactcgcagcttcagtcctcc
ctcgaccaccgcctctccgaggtcgccgaactccaatcccaaaagcaccagctccatctc
caatcgattgagaaggatggggagatcgagaggtttaagacggaggtgtcggagctgcac
aaatcaaaaaggcagttgatagagttggtggagcggaaggatttggagattagtgaaaag
aatgccaccatcaagtcttatatggacaggattgtttattcgtcagacaatgctgcacaa
agggaggcccgtttaagtgaagctgaggcagaattagcacgcaccaaggcttcatgtact
cgtctatcacaggagaaagaacttattgagaggcataatgtctggcttaatgatgagtta
acagagaaagttgacagtctcattgggctacgtaaaacgcatgccgatgttgaggcagat
ttgtcttctaaacttgcagatgttgagagacaattcaatgaatgctctagctctttaaaa
tggaacaaggaaagagtgagggaactagaagcaaagctaagatctctacaggaggaacta
tgctcatctaaagatgctgctgcagccaatgaagagcggttaaacgctgaactttcaaca
ttaaataagcttgttgaactatataaagaaagttctgaggaatggtccaagaaggcagga
gagctcgagggtgtgatcaaggctctggagacacatttgagtcaagtggaaaatgattac
aaagagagacttgagagggaagaatcagcaagaaatcaatttcagaaggaagctgcagat
ctgaaagcaaaacttgagaagtgtgaagcagaaatcgaaacgagcaggaaagcgaatgag
ctaaatcttcttccactcagtagttttaccacggatgcatggatgaattcatttgaatct
actgacatggttgaggttaatcgtgcggttgtcccaaagattcctgctggtgtttcagga
acagcattagcagcttcacttctacgggatggttggagtcttgcaaaaatgtatgcgaag
taccaagaggctgttgatgcctttcgtcatgagcagttgggaaggaaggaatctgaggca
attttgcaacgggttctatatgaattagaggagaaagcagaagtcattttggatgaaaga
gtggaacatgagagaatggttgaggcatattctatgatcaaccaaaaactgcagaattca
atttctgaacaggcaaacttagagaaaaccatccaggagttaaaggcggagataaggagg
catgagcgtgactacacatttgcccgaaaagagatctctgatctccagagagaggtgact
atccttctgaaagaatgtcgagatatacagcttcgtggcacatcttctggtcatgatagt
catgactacggtactgttgctgtggttgagatgaatgctgaatctgatgctgaaatagtc
atatctgaacatcttttgaccttcaaggacataaatggactagttgagcagaatgcccag
ctcaggagtcttgttcgcaatctttctgaccagcttgaaaatagggaaatggaggtcaag
gaaaagtttgaaatggagctcaagaaacatactgatgaagctgcctctagagttgcggca
gtgttacaaagagctgaagagcaagggcacatgattgaatcccttcactcctccgttgca
atgtacaaaaggttatatgaagaggagcataaacttcattcatctagtccccacttagca
gaggcagctccagaagaaaggagagctgacgttaagcttctccttgagagttcccaggaa
gctaccagaaaggcccaagaccaggctgtagaacaagtgaaatgtctggaggaagatttg
gcaaggaccaggaatgagatcatattattgcggtcagagcgtgacaagttggctttggaa
gcaaattttgctcgagaaagacttgagagcttcatgaaagaatttgagcatcagagaaaa
gaaacaaatggtgttttagcaaggaacgttgagttctctcagttaatagttgactaccaa
cggaagctgcgagaaagttctgaatctgtgcaaactgctgaggagcgttctaggaagttc
actatggaggtatctgttttgaagcatgaaaaagagatgttggaacatgctgagaagaga
gcttgtgatgaagttcgtagtttgtcggagagggtctatagacttcaggctagtttagac
actattcaaagtgccgagcaaattcgtgaggaggcaagagctgctgagaggagaagacaa
gaagagtatacaaaacaaatagagagggagtgggcagatgtcaagaaagatctacaagaa
gagcgcaacaatgcccgcactctcacccttgaccgtgagcagaccatacaaaatgccatg
agacaagtcgaagaaataggaaaggagttgtctaatgcattgcatgctgttgcttcagct
gagagtagagctgctgtagccgaggctaaactgactgatctggagaaaaagataagatcc
tctgatattaaggttgtggatattgatggtgaaagtggatcttcctctttgacgagtgat
gaggctgtggtggcattgcgtgctgcaaaggaagagattgaaaaattgaaagaggaagtg
aaagctaataaggatcacatgctacagtataagagcatagctcaggtaaacgaagatgca
ttgagacagatggaatttgcccatgaaaacttcaagattgaggctgaaaaactgaagaaa
ttgcttgaagctgaacttctttctttgagagagagggtctctgaacttgaacatgagtct
ggtttgaagtctcaagaagttgcttcagcagctgcagggaaggaagaagccctttcttct
gctttatctgaaattacaagtctaaaggaagaaatctcagctaaaatttccctaaatgcg
tcactggagactcagatattggctttgaaagaagacttggagaaagaacatcagcgatgg
cattctgctcaggctaactatgaaagacaggttatcctccagtcggagacaatacaggag
ttgactaaaacatcgcaagctttggctgtgctccaggaagaagctgcagagttgcgtaaa
ttggttgatgcacttaaaagtgaaaataatgaactgaagtctaagtgggaatttgagaag
gcaatgttagaagaatcaaaggatgttgctgagaagaagtacaatgaaatcaacgaacag
aacaaaatactgcacagtcagcttgaggctttgcacattcaactggctgagagagatcgt
ggatcatttggaacttcagcaagcactggttcagatacttctggggatgctggtttacaa
aatgtaataagttatcttcgacggacaaaagaaattgcagagacagagatttctttgttg
aaacaagaaaaacttcggttacaatcacaacttgagagtgccctcaaagcttcagaaaca
gcccaatcatcacttcatgctgagcgtgcaaattcaagatcattgttgttcactgaggag
gaaataaaatccttacagctacaggttagagaaatgaacttacttcgggaaagcaatatc
caactaagagaagaaaacaagcacaattttgaggaatgccagaaattgcgtgaaatatca
caaaaggctaatattgagactcagaacctagagagattgttaagggagagacagattgag
ttggaagcctgtagaaaagaacttgaagtgctaaagactgagaaagatcacttggaaaaa
aaggttcatgagttacttgaaaggtataggaatattgatgtggaagattatgatcgtgtg
aagaatgatgttcgtcagttggaggaaaaattggagaagaaggtttctcgtgtagaagaa
gtcgagaaacttctttcagaaaagcaggagactgtatcacatctggagcaagatctttct
aactacagattggatctgactgagaaagaaaaaaggataaatgaaactttgcaagttgag
gcaagtctaagatcagatggcgagaagcaaaagaaggcgatccttcagtataagaagagg
tgcgagacactcttaaaggaaaaggaggaactgagcaaggagaatcaagctctttctagg
cagttggaggaagtcaaacaagggaaacgatcttctggggatactagtggagaacaggcc
atgaaggaagagaaagacaaaaaaattcagactctggaaaagcttatggagaggcataga
gatgatatgcgaaaggagaaggaagaaaaccggatagagaaagcaaggcgcataaggact
gagaaggcagtaaaggattcctacactaatgttgagcaggataaaacaaagttcatgaat
gaactggagaagcataagcaggctgtaaggcagctttcagatgaacttgaaaagctgaag
catgcaaaagacagtctccctgaggggggcaggggcgctaagaaaaatgctggggaatta
aagcagagtcttgggcatggtacctctgttgttcaacttctttctggatccatactggat
ggccttgctgctgcctacagctcggctgttgaaaattttgagaaggcagcacattcagtt
cacagtgactttggaattcatggtgttcctgcagacactcctccagtttcagatgcttca
ttagcagctacttcgggtactggtcaagcaccaactgtagtgtcctcaatgagtcctgca
acaggtttggcatccaaatcaactgaagaaagtgaaaagagattgaccttgactttgccc
aaaagcaatgttgaaacgcgtaaaacagggaggaagttggttcggccccgtcttgcaaga
cctgaagaaccacaaggtgatgtagagatgtcagagatggaagggagccgcaatgtggcc
aagcatgccccatcaaatgaaatggaagttcaaggcaatgttacttcaacacaaccgctg
cttcgaaaacgtcatgcttcttcatctgcttttgagtctcgtgaggaatcaagtaaccaa
ggggaaactggtcctgatgtggcagcacctgtgccgaagaagtccaaaggttcagattct
ccacaagggagtgaaggccaaccatctgctatttctgaaaatctttgcagtgttccagtc
aaagatgaagctattgatgtcgctgagttgcctcaaggttcaaatgaggaagctgttggt
gatactgagaaggaagaaattgagactacgggagagaaggttgaagagccaaatgaacga
cagtttgatggttcaaatcaagtagaatcacaacccgacaagcatattggtttagaagaa
aatgttgatggatcaggtggaactgagatgatgtgtgatgatggagccaaggatcaggtt
gagctggacaaccaacagaccaatgaatttggaggagacagagaagagggagagttggtc
cctgatgtttctgagcttgaagggggtgatacaattggcagtcccgaaataggggaaggt
caacctgagcctgttgcaactcctggggcttccccagccaggggcgatgatgaaggggtt
gctgctagttctgttgtggatattggtgaggtaaattctccagaggttctaaatgatgat
aaaaatgatgaagttgtaactgaagaagctgccgatggttctgataaatcaaatgatggt
aatgaacaaactgggatggagactgatcaggcagcttcggctgcctcagtaattattgag
aatacatcaagtactcctacagaagttaatgttacaacgcaagttagtccgagtgttact
gcagaaacagaagaggtgaaacaggtatctcctatgactaatacatcaactaccatttcc
ataacagaacgagcgaggcagagatccgtgatcagacaggctggagctggagccccttct
ccaccaataagaggccgtggaagaccagcaggacgtggacgaggtgtgcgtggacgtgga
cgtgcacgtggggcagcacctggtgatcaaggttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (15)   

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