KEGG   Apteryx mantelli mantelli (North Island brown kiwi): 106488754
Entry
106488754         CDS       T04298                                 
Symbol
XPOT
Name
(RefSeq) exportin for tRNA
  KO
K14288  exportin-T
Organism
aam  Apteryx mantelli mantelli (North Island brown kiwi)
Pathway
aam03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:aam00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    106488754 (XPOT)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:aam03016]
    106488754 (XPOT)
Transfer RNA biogenesis [BR:aam03016]
 Eukaryotic type
  tRNA transport factors
   tRNA export factors
    106488754 (XPOT)
SSDB
Motif
Pfam: Exportin-T Xpo1 IBN_N
Other DBs
NCBI-GeneID: 106488754
NCBI-ProteinID: XP_013803232
UniProt: A0A8B7IWE2
Position
Un
AA seq 962 aa
MDEQALLGLNPNADADFRQRALAYFEQLKVSQDAWQVCAEALAQSIYSDDHIKFFCFQVL
EHQIKFKYSELTEVQQQLIRETLITWLQAQMLNPQPEKTFIRNKAAQVFALLFVTEYLTK
WPKFFFDILSVVDLNPQGVDMYLRILMAVDAELVDRDVVHTSEEARRNTLLKDTMREQCI
PSLVESWYQILQNYQYNNSELTCQCLEVVGAYVSWIDLSLIANERFINMLLGHMSVEVLR
EEACDCLFEIVNKGMDPIDKTKLVESLCQVLQSAGLFSIDQEDDVDFLARFSKLVNGMGQ
ALIASWTKLVKNGDIKSAQDALQAIEAKVALMLQLLIHEDDDISSNIIGFCYDYLHILKQ
LSALSDQQKANVEAIMLAVMKKLTYDEEYNFENEGEDEAMFVEYRKQLKLLLDRLAQVSP
ELLLASVRRVFNTTLQNWQTTRFMEVEVAIRLLYMLAEALPVSHGAHFSGDVTKATALQD
MMRTLVTSGVSAYQHTSVTLEFFETVVRYEKFFAVEPQHIPTVLMAFLDHRGLRHTSPKV
RSRTAYLFSRFVKSLNKQMNPFIEDVLNRIQDLLELSPPENGYQALLSSDDQLFIYETAG
VLIVNSEYSAERKQVLMRNLLTPLMEKFKVLLEKLMMAQDEDRQMALADCLNHAVGFASR
TSKAFSNKQTVKQCGCSEVYLDCLQTFLPALSCPLQKEVLRSGVRTFLHRMIICLEEEVL
PFIPSASEHMLKDCEAKDLQEFIPLINQITAKFKTQVSPFLQQMFMPLLHAIFEVLLLPA
EENDQSAALEKQMLRRSYFAFLQTVTGSGMSEVIANQGAQNVERVLFTVIQGAVDYPDPI
AQKTCFIILSKLVELWGGKDGPVGFADFVYKHIVPACFLAPLKQTFDLADAQTVLALSEC
AVTLKTIHLKRGPECIQYLQQEYLPSLQVAPEIIQEFCQALQQPDAKVFKNYLKVFFQRA
KP
NT seq 2889 nt   +upstreamnt  +downstreamnt
atggatgaacaagcccttttagggctaaacccaaatgctgatgcagacttcagacaaaga
gcactagcttactttgagcagctgaaggtatctcaggatgcttggcaagtctgtgcagaa
gcattagctcagagtatatacagtgatgatcacatcaaattcttttgctttcaagttcta
gaacaccaaattaagttcaaatattctgaacttactgaagtccagcagcagctaataagg
gaaacactcataacatggctgcaagcacagatgctgaatccccagcctgagaagactttt
attcgcaacaaagcggcacaagtctttgcattgctttttgttactgaatatctcacaaaa
tggcccaagtttttttttgatattctatcagtagttgaccttaatccacaaggagtggat
atgtacctcagaatcctgatggctgttgatgctgagctggtagaccgtgatgttgttcat
acatcagaggaggctcgtaggaacaccttactgaaagatactatgagggaacagtgcatt
ccaagtttggtggaatcgtggtaccaaatcttacaaaattaccagtataataactcagag
ttgacatgccagtgccttgaagttgttggagcttacgtatcttggatagatttgagcctg
atagccaatgaaaggtttataaatatgctgctaggtcacatgtctgtggaagttcttcgg
gaagaagcctgtgattgtttgtttgaaattgtaaataagggaatggacccaattgataaa
acaaaactggttgaatctttgtgtcaagtattacagtctgctggactcttcagtattgat
caggaagatgatgtggattttctggccagattttctaagcttgtcaatgggatggggcaa
gcgttaatagctagttggactaaactggtaaaaaatggtgatataaagagtgctcaagac
gctctgcaagctattgaagcaaaagtggccctaatgttgcagctcctaattcatgaagat
gatgacatctcatctaatatcatcggcttttgctatgactaccttcacatcttgaaacaa
ctttctgcgctttcagaccaacaaaaagctaatgtagaggcaatcatgttggctgttatg
aagaagttgacatatgatgaagaatacaattttgaaaatgagggtgaagatgaagcaatg
tttgtggagtacagaaaacagttgaaactattgctggacagacttgctcaggtctcacca
gaattactgttggcatctgtccgcagagtttttaacactacacttcagaattggcagact
acacgctttatggaagtagaagtagcaataagactactgtatatgttggctgaggctctt
cctgtatctcatggtgctcatttctctggtgatgttacaaaagctacggctttgcaagat
atgatgagaacactggtgacttctggtgttagtgcctatcaacatacatcagtgaccctg
gaattctttgaaacagtggttagatatgaaaaattctttgctgttgaacctcagcacatt
ccaactgttctcatggcatttttagatcaccgtggtcttcgccatacaagtccaaaagtg
cgaagccgaacagcttacctcttttccagatttgtcaagtctcttaataagcaaatgaat
ccctttattgaagatgttttgaacagaatacaagacctattggaactttctcctcctgaa
aatggttaccaggctctcttaagcagtgatgatcaactgttcatttatgaaacggctgga
gtattaatagttaatagtgaatattccgcagaaagaaaacaggttctaatgagaaatttg
ttgactccactgatggagaagtttaaagtattgttagaaaaactgatgatggcacaagat
gaggacagacagatggcactggcagactgcctgaatcatgctgttgggtttgctagccga
accagcaaggccttcagcaataagcagactgtaaaacagtgtggctgctctgaagtatat
ttggactgcttacagacatttttgccagctctcagttgtccattacagaaggaagttctg
agaagtggtgtccgcactttccttcaccgcatgattatttgcctagaggaagaagttctt
ccattcattccttctgcttccgaacatatgctcaaagattgtgaagcaaaagaccttcaa
gaattcattcctcttataaaccaaataacagctaagtttaagacacaggtttcacctttt
ctgcaacagatgtttatgccactacttcatgctatttttgaagtgttgctccttccagca
gaagaaaatgaccagtctgctgctttagaaaaacagatgttacggaggagttactttgct
tttctgcagacagtaaccggcagtggaatgagtgaagtcatagctaatcaaggtgcacag
aatgtggagcgtgtgttgttcactgtcattcaaggagcagtggattacccagatcctatt
gcacagaagacttgtttcattattctttctaagttggtggagctttggggaggcaaagat
ggaccagtaggttttgcagactttgtctacaagcacattgtccctgcatgtttcttagca
cctttaaagcaaacatttgacttagcagatgctcagacagtattggctttatcagaatgt
gcagtgacattaaaaacaattcatctcaaaaggggtcctgaatgcatacagtatcttcag
caagaatatctgccttctttgcaagtagctcctgaaataattcaggaattctgtcaagca
cttcagcagcctgatgctaaagtttttaaaaattatttaaaggtattcttccagagagca
aagccctaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (7)   
   KEGG ORTHOLOGY (1)   
   RefGene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (17)   

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