KEGG   Momordica charantia (bitter melon): 111024394
Entry
111024394         CDS       T05045                                 
Name
(RefSeq) nuclear pore complex protein NUP155
  KO
K14312  nuclear pore complex protein Nup155
Organism
mcha  Momordica charantia (bitter melon)
Pathway
mcha03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:mcha00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    111024394
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:mcha03019]
    111024394
Messenger RNA biogenesis [BR:mcha03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     111024394
SSDB
Motif
Pfam: Nucleoporin_N Nucleoporin_C
Other DBs
NCBI-GeneID: 111024394
NCBI-ProteinID: XP_022157766
UniProt: A0A6J1DZ63
Position
Unknown
AA seq 1484 aa
MALDEDVVLRDVTNAGVVISDRIAREAATQLDLEEALEASRYASDPYTTHPREWPPLVEV
VDTWELPQVLIERYNAAGGEGTALCGIFPEIRRAWASVDNSLFLWRFDKWDGQCPEFNVE
EQAICAVGLTKSKPGVFVEAIQYLLILATPAELILVGVCSSGGADGTDPYAEISLQPLPE
YTITSDGVTMTCITCTDKGRILLAGRDGNIYELLYTSGSGWQKRCRKICLTSGLGSVISR
WVVPNVFNFGAVDPIVEMIYDSERCILYARTEEMKVQVFVLGPNGDGPLKKVAEERNLVN
QRNGSYGGRQAKGPRAINQSAKPSIVCISLLSTLESKSLHLLAVLSDGRRMYLTTSPSNG
NLGAYSSSHQRPSCLKVVATRPSPPLGVGGGLTFGANSISGRPQNEEILPKVETGFYSAG
TLVLSDSSPPTVSSLLLVSKDPVAQSSISGTSPLNARTSFALREIVSSLPVEGRMLFVAD
VLPLPDAAATMQSLYSQIEFGGSDFPDEHSEKAVGKLWARGDLSTQHILPRRRLVVFSTM
GMMEVAFNRPVDILRRLLESNSPRSILEDFFNRFGAGEAAAMCLMLASRTVHCESLISNV
VADKAGEAFEDPRIVGMPQLEGTRSAAGGFGMGQVAQEAVPVFSGAHEGLCLCSSRLLFP
LWELPVVAVKGMSDSTDASRNGLVVCRLSAGAMQILENKLRALEKFLRSRRNQRRGLYGC
VAGLGDVTGSILYGSGSDFVVGDRNMVKSIFGTYTRNMESAGSGASNKRQRLPYSPAELA
AMEVRAMECIRQLLLRSAEALFLLQLLSQHHITRLVQGLDDSFRQAIAQLTFHQLVCSEE
GDNIATRLISALMQYYTGPDGRGTVDDISGRLREGCPSYFKESDYKFFLAVECLERAAVT
LDIMEKENLAREAFNCLSKIPESADLRTVCKRFEDLRFYEAVVRLPLQKAQALDPAGNAF
NDQIDLAVRERALSEREQCYEIIISALRSLKGDVSLKEFGSPMKPAASRSILDAASRSKY
ICQIVQLGVQSPDKIFHDYLYRSMIDLGLDNELLEYGGPDLVPFLQNAGRHPIQEVRAVS
ALTAGASPIGQSGAVNTSNEANFFDLLARYYVMKRQHLLAAHVLLRLACRRSSDPGDGPT
LEERCQYLSNAVLQAKNANSSKGLAGSTPDTFDNGLLEQLEGKLAVLRFQMKIKEELEAL
ASRIEAMPSTSNSVQNEVIPDRSLAANSSIANTARQKAKELSLELKTITQLYNEYAIPFE
QWEICLEMLYFANYSCDDDTSIVRETWARLIDQAISKGGIAEACSVLKRVGFHIYPGDGA
GIPLETLCLHLEKAALERLASGVESIGNDDVARALIAVCKGATEPVLNAYDQLLLNGAIL
PSPKLRLRLLQSVLVVLHEWAMSISSQTTGRSATGASLILVGKYSLDQIAIANQGVRDKI
ASAANRYMTEVRRLALPQDQTEAVYRGFRELEESLVSHFSFNQF
NT seq 4455 nt   +upstreamnt  +downstreamnt
atggcattggacgaggatgtcgtgctacgcgatgtcacgaatgccggtgtcgtcatcagc
gaccgcattgccagagaagctgccactcaacttgatctggaggaagcgctggaagcttcg
agatacgctagcgatccatatacaacccaccccagagagtggcctcctctggtggaagtg
gtggacacttgggagttgccccaagtgcttatagaaagatacaatgctgccggtggggaa
ggaactgccttatgtggaatatttccggaaatacgaagagcttgggcatctgttgataat
tctttatttctttggcgatttgacaagtgggatggtcaatgtcccgagtttaatgtggag
gagcaagccatatgtgctgttggcctcaccaaatccaagcctggtgtttttgttgaggca
atacagtatcttttaattctagctacgccagctgagttgattcttgtaggtgtatgctct
tctggtggtgctgatggtacagatccatatgcagagatttcactccagcctttgccggag
tatactataacatcagatggagtcactatgacatgtatcacttgcactgacaagggacga
attctgttggccggccgtgatggcaacatttatgagcttctttacacatccggttctggt
tggcaaaaacgatgtcgtaaaatttgccttacttctggtttaggaagtgtgatatcaaga
tgggttgtgccaaatgtattcaattttggagctgttgatcccattgtcgaaatgatatat
gatagcgaaagatgcattttgtatgcaagaactgaggaaatgaaagttcaagtatttgtg
ttaggacccaatggtgatggaccccttaagaaagtagcagaagaaagaaatctggtcaat
cagagaaatgggtcttatggaggtagacaagcaaaaggacctagagctataaatcaatca
gcaaagccatctattgtctgcatttcactcttatctacactcgaatcaaagtctttacac
cttctagccgttctatcagatggtagaaggatgtatttaaccacttcaccatcaaatgga
aacttgggagcatatagttccagccatcagaggccaagttgtttgaaagttgtggctaca
aggccttctcctcctctaggtgttggtggaggacttacatttggtgccaactctatttct
ggtagacctcaaaatgaagagatattgccaaaggtcgagacaggtttttactctgctgga
actctggtcctttctgattcatctccacctacagtgtcttcgcttcttcttgtgagtaag
gatccagtagcacaatcttccatatctggtacttcacccttaaatgcaaggacttctttt
gctttaagggaaattgtttcttcccttccagttgaaggtagaatgctttttgtagcagat
gttttacccttaccagatgctgcagccactatgcagtccttatattcacaaattgaattt
ggggggtcagatttcccagatgagcatagtgaaaaagcagttggaaaactatgggcaaga
ggagatctatctacccaacatatattacctaggaggagacttgttgtattcagtaccatg
ggcatgatggaggtagctttcaacaggcccgtagatattttgagaaggttgttagagtct
aattcgccaagatcaattttagaagacttcttcaataggtttggagctggtgaagcagct
gctatgtgtctaatgttggcttcaaggactgtacactgtgaaagtcttataagcaatgtt
gttgcagacaaggcaggtgaagcttttgaggatccaagaatcgttggaatgcctcaactt
gaaggcacaagaagtgctgctggtgggtttggcatgggtcaggttgctcaggaggctgtg
ccagtattttcaggtgcacatgaagggctctgcttatgctcatcaagattgctttttcca
ctctgggaacttcctgtcgtggctgttaaaggcatgtcagattctactgatgcttcacgt
aatggactagttgtatgtagactttctgctggagccatgcaaatccttgagaacaagctc
cgtgctctcgagaagtttctaaggtcgagaaggaatcagagaagaggtctttacggttgt
gtagctggcttaggagatgttacaggttctatcctttatggtagtggttcagattttgtt
gtaggcgatcggaatatggtgaaaagcattttcggtacatacacaagaaatatggagtct
gctgggagtggagcttctaataaaaggcagagattgccttacagtcctgctgaattggct
gccatggaggttagggcaatggaatgtatcaggcaactgcttcttagatctgctgaagct
ttatttttgcttcagcttctttcacaacaccacataacacgcttggttcagggtttggat
gatagctttaggcaggcaatagctcagttgacttttcatcagcttgtttgttcagaagag
ggtgataatattgctacaagacttatatctgctctcatgcagtactatactggtcctgat
ggcaggggaacggtagatgacattagtgggagattaagggaaggctgtccaagctacttt
aaagagtctgactataagtttttcttagccgttgagtgtctggagagagctgctgtgact
cttgacataatggaaaaagagaatcttgctagggaagccttcaattgtttgagtaaaatt
ccagagtctgcagatttgcgaactgtatgcaagcgttttgaggatttaagattctatgaa
gctgtggttcgtttgcctctgcagaaggctcaggctcttgaccctgctggcaatgctttt
aatgatcaaattgatttggctgttcgagaacgcgcactttctgaacgtgaacagtgctat
gagataattataagtgctttacgttcactcaaaggtgatgtctcactgaaggaatttggg
tctcccatgaagcctgccgcttcaaggtccattcttgatgcagcatcacgtagtaaatat
atatgccagattgttcaacttggagttcaatccccagacaaaatattccatgattatctg
taccggtctatgattgatttgggccttgacaatgaattgttagaatatggaggaccagat
ctggtacctttcctacaaaatgctgggcgacatcccatacaggaggttcgggctgtctca
gctttaactgctggggcttctccaattggtcagtctggtgctgtcaatacatcaaatgaa
gcaaatttttttgatcttttagctcgatattatgttatgaagcggcaacatttgcttgct
gctcatgtgctgctaagactagcttgtagacgctcatctgatcctggtgatggtcctact
ttggaggagaggtgccaatacttaagcaatgcagttctacaagcaaaaaatgcaaacagt
agcaaggggttggcaggttctactcctgatacctttgacaatggactgcttgaacagctc
gaagggaaacttgctgtccttcgtttccagatgaaaattaaggaggagctggaggcttta
gcttcaagaatagaagccatgccgagtacatctaattctgtccaaaatgaagtgatccca
gatagaagtttggctgctaattccagtattgcaaatactgctcggcaaaaggccaaagag
ctgtcattggaattaaagactataactcagctatacaatgaatatgccattccatttgag
caatgggagatatgtttggaaatgctgtactttgcaaactattcttgtgatgatgatact
agtattgtcagagagacttgggctcggctaattgaccaagctatttctaagggtggcatt
gccgaagcttgttcagtattgaaaagggttggcttccacatttatcctggcgatggagct
ggaatacctttagagactctctgtcttcaccttgagaaggctgcattggagagattggct
tcaggtgttgaatctattgggaacgatgatgttgcaagagcccttattgctgtttgcaag
ggtgcaaccgagccagtattgaatgcttatgatcaattgttgttaaatggtgcgatcctg
ccatcacccaaactcaggttacgcctccttcaatctgtgcttgtggtactccatgagtgg
gccatgtccatatcttcacagactacgggtagaagtgcaactggagcatctctaattctt
gttggaaaatactctttggatcaaatagctattgccaaccaaggtgttcgggacaagata
gccagtgctgccaacagatatatgaccgaggttcgtaggttagcacttccacaggaccaa
acagaggctgtatatcgaggctttcgggagcttgaagagtcactagttagtcatttttct
tttaatcaattttga

  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)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (15)   

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