KEGG   Danaus plexippus (monarch butterfly): KGM_201521
Entry
KGM_201521        CDS       T04344                                 
Name
(GenBank) hypothetical protein
  KO
K14311  nuclear pore complex protein Nup188
Organism
dpl  Danaus plexippus (monarch butterfly)
Pathway
dpl03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:dpl00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    KGM_201521
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:dpl03019]
    KGM_201521
Messenger RNA biogenesis [BR:dpl03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     KGM_201521
SSDB
Motif
Pfam: Nup188_N-subdom_III
Other DBs
NCBI-ProteinID: OWR40671
UniProt: A0A212EGR6
Position
Unknown
AA seq 1856 aa
METIHWKQLWRWVSSQTLTKEELTLVLNKNVLEALGQGLASYKPHKTETFSQLQAKQPKQ
TKLLSIVQTLQNYIDVDSFQIWEILKHYLCDISYGTPANALKNVAFVDTRPAFLLPNAWN
FYYSERLFLLKLLQNIVEFKSDQNHKYHEVFKKIIDSIGIDNLKTSLISQFEKVLSASPP
PRRIQNDFGNDTIRQDWAQYNLKEQLVILQIIQLIANDHAITETEFIDLFKLFRKHNFAK
NQGYNDVIDESHREACLRVMYMEVSLFTVIINGAKIKNKSSWIDKTKERVECELTKLEPS
VEHSLMLITWMMFTLQSESHAKLFETQYHNYGSTALKMRVFEFIKQMLNNSVFSDGSKCA
LIFRLRIFQLLNELCDKFDGDGTLSHQPGIMSLCSDLLRTPVIAEQFWMLNQKEDVFGVI
SVWNTALEYFPYNFSALSILSAGLAEAGKDSVRNLIAELKNLPVYTEIFKPNELPIMLQA
DDAIIGREYYPLGNQTYRIDTGSKATIMERKDNTMIHFRTPYSYWTIFNNEIEKALDRKQ
SHQNINVTLERVYEGTKVLRAVLNTLAGSKEIPKNLVAPSEGVFDVLVRFMRSEAPPLPL
LVECLHVCTSIVPVFPKEVHLRLINTGLLPRLTNSQLSAEQYSSGTSLDSAAVGSYLITM
EQPTGTYSFLGAYIDMLCAFHEASEDDRIILEIILPGLVVICREVFPNVSGWRYVDTSER
RTLIQKCAKFLTLILQNTGTKPSVMLLRQTCVYSLTHTENALELLKIVSIGNERLERQIQ
NDTNWISGPSYQYTFTLQRCIAIVMFALKQKTLVSAESDVTPIEHLIFAQNKHKDELKVV
PKVTSYINHAFNKSLSVLSCRLLKRFADGFQMSLFASLDMTAYHVRVMFLDRLRDEYETL
ELKISILEFVATCIGKQPGLTEAFFMMNYEKTNDGEENKDKKETETKDKPITDESFEGIL
GYMADYLGTVKADAKLLHSPLLACMMALFHAIWKNNMQILVKKLREHPKFWEHMTSPLFS
EIQPGLRTYAQIFNVLGIELFASRGKLEANLREMLEQFFDTNKRHLDIWIDYIFSFKGRF
DEQELVDKVPVWLGLLTSWKDFTTIFCKCLPISLNIAHKAKMVAPCMNALLNELDDLKDG
RLVVILAELYVIMLANWKDDCFDNRKTSAKQVDNLLTNTAIVYECLHPRAIRAILSIGTV
AISSLDYEIKANSVIAQSIIRSVTNINSLELEKLLDDVRDNKKDEAKSDDQSHEIPPIVL
SLAMLEQCLDLYDDMFTGLSQWFQSTKFVNKLLCCLQICLQNRRHYQTSLAALRCLTSYS
RGPFSKDLLMSDVDQFLWMQLLPPRIESNTNSNGPAGWKVQEWWRVYGYSLDFISMTLMK
HGQFFAGDAITFVGVHLEHLVEAVLLPRQVNDLDALNLCASTLNLVVQLVKFENRWRIEN
MNSLIGIMRSTSACLQQCVMLLLRARRPPDPATPHPSLTPQVAATPTPLQSSLTPHPLMT
PHPSTIANNEDAPAHLHRVLEILHMATLCLLAFSPDLLSLLADPVMDLERWQPVVELHFG
APKISHEQFPQLTFGTILSAICLLTKSLNHVYQSEEGGGARSPRGRRRACSCAGSPADRR
AARSESAGSISSAASALPATSERLVAGALEATVTLLASQALLAVRDPNVPGRHKQLVRRE
LASELTVFHDFVRKRILCAAHTRPHLVRNKLGAWPLAANDEEVKRIEEVRKVRDPCLYVE
DTSLPPPPPPKRSTHDSMREYILRKHYLDKCAQTPTKEPPSPVSHSTPTSDKKKDTSRSS
KRVSWAETTRSDDSLTSSLQETDPVYSNLTDVQINNDEDYFHFMSIVFLYICQSEL
NT seq 5571 nt   +upstreamnt  +downstreamnt
atggaaacaatacattggaagcagttatggcgctgggtgtcatcacagacccttacaaaa
gaagaactaacattagttttgaacaaaaatgttttggaagccttgggtcaggggctagcc
agttacaaaccacacaagactgaaaccttttcacaactccaagctaagcagcctaaacaa
actaagctcctaagtatagtgcaaacactacagaactatattgatgttgattcatttcaa
atatgggaaattctgaagcattatctgtgtgatatatcatacggtactcctgcgaacgca
ttaaaaaatgtagcatttgtggatacaagaccagcattcctactgccgaatgcatggaac
ttttattattcagagcgattattccttcttaagcttctgcagaacattgttgaattcaag
agtgatcaaaatcacaaataccatgaagttttcaagaaaataattgactctatcggtatt
gataacttaaaaacctctctgatttcacaattcgaaaaggttttatcagcatcacctcct
cctagaagaattcagaatgattttggcaatgacaccataagacaagactgggcccaatat
aacttaaaggaacaactggtcatcctacagatcattcaacttatagccaatgaccatgct
attacagagacagaattcatagatttatttaaattgtttagaaaacacaactttgcaaaa
aatcaaggttacaacgatgtaatcgatgaaagtcatcgggaagcatgcttgagagttatg
tatatggaagtcagtttatttacagtaattattaatggagctaaaatcaagaacaaatca
tcatggatagataagacaaaggaaagggtagaatgtgagttgacaaaattggagcccagt
gtggaacatagccttatgttgatcacttggatgatgttcactttgcagagtgaatcgcat
gcaaagttatttgaaactcaataccataactacggttccacggctctcaagatgagagtg
ttcgagttcattaagcagatgttgaacaattcggttttttctgacggatcgaaatgtgct
ttgatattccgtttgagaatattccaactattgaatgagctgtgcgataagttcgatggg
gacggcacattgagtcaccagcccggtattatgagtttgtgttccgatctcttgagaact
ccggtcatcgctgaacagttctggatgttgaatcaaaaggaagatgtgtttggcgttata
tcagtatggaacaccgctttagagtactttccatataatttcagcgctctatccattttg
tcagcgggactggctgaagctgggaaggatagtgttagaaatttaatagcggaactcaaa
aatctgcctgtgtacaccgagatcttcaaacccaacgagttacccataatgttgcaagct
gacgatgcgatcatcggtcgggagtattatcctctaggaaaccagacgtacagaatagac
acgggctcaaaggcgaccatcatggagaggaaagacaacaccatgatacatttccggaca
ccgtactcgtactggacgatattcaacaacgaaatagaaaaggctttggaccggaaacag
agccaccagaacattaatgtcacattggaacgcgtgtacgaaggaacgaaggttttgaga
gccgttttaaacacattggccggcagtaaagaaattcccaaaaatctagttgcgccaagc
gaaggagtgttcgatgttttggttagattcatgagatcagaggcgccgccgctgcctctc
ctggtggaatgtctccacgtttgtacatctatagtaccagtatttcctaaagaagttcat
ttgagacttatcaatacaggtctattacctcgcctaacaaattcccagctatcggccgag
cagtattcctcgggaacgtctttagattcagcagctgttggttcctacttgatcactatg
gaacaacccacaggaacatatagcttcttgggcgcctacattgatatgctctgtgctttt
catgaggcatctgaggacgaccgtataatactggagatcattctacctggtctggtggtc
atctgtcgcgaagtgttccccaacgttagcggctggagatacgtcgacaccagtgaaaga
agaaccctcatacaaaaatgcgccaaattcctgactctaatactacaaaacacgggaacg
aaacccagcgtcatgttgctgagacagacgtgtgtttatagtctcacacacaccgagaac
gctttggaattactaaagatagtttccatcggcaacgagcgtttggagcgacagattcaa
aacgacacgaattggatatccggtccgagctaccagtacacgttcactcttcagaggtgt
atcgccatcgtgatgttcgcgctgaagcagaagacgttagtgagcgctgagagtgacgtc
actcctatagaacacttgatattcgctcagaacaaacataaagacgaactcaaagtagtg
cccaaggtcaccagttacatcaaccacgccttcaacaaaagcctgtccgtgttgagctgc
cggctgttgaagagattcgctgatggcttccaaatgtctttgttcgcgtcgttggacatg
accgcttaccatgtgagggttatgttcctagacaggttgagggacgagtatgaaacactc
gaactgaagatttctatcttagaattcgtagcgacgtgtataggaaaacaaccggggctc
accgaggccttcttcatgatgaactacgagaagaccaatgacggtgaagaaaataaggac
aaaaaggaaacggaaactaaagataagcccattacggatgagagcttcgaaggcatttta
ggctacatggctgattatctgggtacagtcaaagctgacgctaagttactccacagtccc
ctgttagcgtgcatgatggctttgtttcatgcgatttggaaaaataatatgcaaattctt
gtcaagaaattaagagaacatccgaagttttgggagcatatgaccagtcctctgttcagc
gaaatacaaccgggactacggacttatgctcaaatattcaacgtgctcggcatagaactg
ttcgcgtctcgcggaaaactcgaagcgaacttaagagaaatgctagagcagttctttgac
accaataaaaggcacttggacatctggatagactacatattttctttcaagggaaggttc
gacgagcaggagttggtggacaaagtccccgtgtggctcggacttctcacttcgtggaag
gatttcactacaattttctgcaaatgtctaccaatcagcctgaatatcgctcacaaggcg
aaaatggtggcgccctgcatgaacgctctgttgaacgaattggacgacctgaaagacgga
agattagtcgtcattttagctgagctgtacgtcataatgctggccaattggaaagacgac
tgcttcgataaccgtaagaccagcgcgaagcaagtcgataatctgctcacgaacaccgcc
attgtctatgaatgtctacatccccgagccatccgcgcgatattatccatagggaccgtc
gccatcagcagtctcgactatgagatcaaagcgaacagcgtcatcgcacagagcatcata
cgttcggtgacgaacataaacagcctggaactggaaaagctgttggatgacgtaagggat
aataaaaaagatgaagccaaaagtgacgaccagtcgcacgaaataccacccatcgtcctc
tccctggcgatgctggaacagtgtctggacttatacgacgacatgttcacgggactctcg
caatggtttcaatcgacgaagtttgtaaacaagctgctgtgttgtttacagatttgttta
caaaacaggcgtcactatcaaacgtcactggcggcgctgaggtgtttgacctcgtattcg
aggggacctttctccaaggacttgctcatgagcgacgtagaccaattcctttggatgcag
ttgctgccaccgaggatagagagtaataccaatagcaacgggccggccggctggaaggtc
caggagtggtggcgagtgtacgggtatagcttggatttcatatcgatgacgttgatgaag
cacggccagttcttcgcgggagacgccatcaccttcgtgggagttcatctcgagcacttg
gtagaagcggtgcttctgccgcgtcaggtcaacgacctagacgccctgaacttgtgcgcc
tccacactgaaccttgttgtccagttggtgaaatttgaaaatagatggcgtattgaaaat
atgaattctttgatcggaattatgcgcagcactagtgcgtgtctgcagcagtgcgttatg
ttactcttacgagctcgtcgcccgcccgaccccgcaaccccacacccctctctgacccct
caggtcgcagcgaccccgacccccttacaatcttcactcaccccacaccccttaatgacc
ccacacccctcaacgatcgcaaacaacgaagacgcgccagcacacctccacagagtgctg
gagatcctccacatggcgaccctgtgcctcctcgcgttcagccccgacctgttgtcgctc
ctcgccgaccctgtgatggacctcgagcgctggcagccggtcgtcgagctgcatttcgga
gccccaaaaatctcccacgagcaattccctcagctcaccttcgggaccattctctcggct
atctgtttgctcacgaaatcattgaatcatgtgtatcagtcggaggagggcgggggcgct
cgttctccccgaggtcgtcggcgcgcgtgttcgtgtgccggcagccctgccgaccgtcgc
gcggcccgcagcgagtcagctggcagcatctcgtccgcggccagtgctctgcccgccacc
agcgagagactggtcgccggagcgctagaggccaccgtcacgttgctcgcctcacaggct
ctgttagctgtccgcgaccctaacgttcccggacggcacaagcaactcgtccgccgggag
ctggcctccgagctgacggtcttccacgatttcgttcgcaagcggatcctgtgcgcggct
cacacgcgaccacatctcgtacggaacaaactaggggcgtggcctctcgcggccaacgat
gaggaggtcaagaggatcgaagaggtcaggaaagttagagatccgtgtctctatgttgaa
gacacgtccctgccgcctccgccgccgccgaagagatccacccacgactcgatgagggag
tacatcctccggaagcattatttggacaagtgtgcccaaacgcctacgaaggaacctccg
tcgcctgtgtctcactccactccgacgtctgacaagaagaaagatacttcgagaagttct
aagcgcgtgtcctgggccgaaactacgaggagcgatgactccttgaccagctccctccag
gaaaccgatcccgtgtactccaacttgaccgatgtccaaatcaataatgatgaagattat
tttcatttcatgtccatagtattcctttacatctgtcagagcgagctgtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   KEGG ORTHOLOGY (1)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (62)   

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