KEGG   Vollenhovia emeryi: 105566943
Entry
105566943         CDS       T06016                                 
Name
(RefSeq) nuclear pore complex protein Nup205-like
  KO
K14310  nuclear pore complex protein Nup205
Organism
vem  Vollenhovia emeryi
Pathway
vem03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:vem00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    105566943
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:vem03019]
    105566943
   03036 Chromosome and associated proteins [BR:vem03036]
    105566943
Messenger RNA biogenesis [BR:vem03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     105566943
Chromosome and associated proteins [BR:vem03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    105566943
SSDB
Motif
Pfam: Nup192
Other DBs
NCBI-GeneID: 105566943
NCBI-ProteinID: XP_011876782
Position
Unknown
AA seq 1937 aa
MTMSEFKRVYSFYIDRVIATEDMWTPYKELQSLVEKYVISVPDTQDPQYHELTEALRNHR
QNFLTILKNPPKNAKSREEIKKGVTDGITLPGLGHQTLSKELVDETLIISDMYDLNEFMA
LDLLCTAQLQMPHHPGLTRGLTAVLLYYDGRKALTSVLRTLVHTRIGHSWAVDAPVALTR
HITDYTNKLQEDGLLNRILSLLEEMDPTKEQDLLQQNRALGGAKHHQMVMKLYNDTRQDL
ADILYLWSAQSSLPNIILFRLLSILQTRQVESEAGEGGPDKVTLALIMAVLNAFNFSFLH
SRENGEELINSMPLIAEREALEELNQKLISTNINWESAGLRGVIQFALAIAMITIKTTTT
QFQSQNINAEDEILEAALANKAFHFMAEVLLKNSYIHQEEFYVRYFHTLISDFILLMPVK
IKELRSRADESMRLIQAFQQEGIEPPMNLDNHFEYLMLMIAELYKEDPLKLNLAMDYWCH
HTDTTHVSAPAYISRLPSRQVALFKFIRLAGEILPAGLFVPYMKMIASLASSPQAARYAF
NFFKPNGSSGSTTISWDHFFNSLNRYYYNLRQELPPSQDTVYRQRCHPKGIMPQEVKGLE
AVLLVVQVIAKNDEMSRVAICDHPSWKVLQSLIGLVSCAMPIPLKGVLVRTLAALARSPE
SSSTVWQSLEAAQFLSTIPTTSSYQPRGVQTELEEIESRNEEYPLTRAMLELLDVLTDFP
IPRLLGVGQRNPGFDPYLHFIINTVFLRFHTRSYKNPAEKWKVARACLKIFSKLIKQYEP
TVEDFVGCKVELQGGESTLVNSAPGYHLMTQLHTTSELLHVILFIMDEGCHHFDTYDYFP
GKRHLESCSLYCLEILERGLKMQNNYMTQLSAIPSVNKIMTGLSRLLLGVNPRTGKPDHM
ISIVKYVSYNSWLPKQAFVAVGVIHGVTNEPGADSELLSTFTATSTLATNVRHGFVECLD
ADSVPEDDDEIIGADEPSRQPIGNCKERILLLMMHSITRPAPNIAHYLLGFEITKDIKKT
AIQQPGILGFPRTCLHSILGILEQSLERGRDKITEACYCYLHTLAANSKTSAPVLRFLRT
TSNQDFVQRHLSKLPFQAPNRSTELGCMSWLLKIAAIELRVAGGSLQTSLIQRLVGSFNQ
DKDQIVPSQKLLMDLLHYIDFQLYLEPAKSWEFFDPSQIEMVLGKCSIPVALMGGPWLID
IRKLHSLITEELTVTQSSATATQRKLMQQEVKSILAHALKKNQTKVLSYATVKFVEGWCQ
TTEILFSVATNQQLPVAQRQNLLLNLSHDLLQKMTSCEALSEIKTLVSGTVLMLLVNLRN
SCVIQSDNELLPSSPSNTTMMKIILSHILQWIINAGASSQKVVTHLYAALLNFLSIVGLE
KSEHVSAIDSMYISQLDSSLNKLMPVQERSQRYATIQVINSFGNQLMDILCHNCTGGHDV
CKMLALSCLDKILELDYDNAWMIYLASRGYLKHMIDSLLESDGLLRCMLQPEPQTMRPLY
LYEAKMAIFCRMASTRLGAESLLENKILSCMSSMCAFDQHPDVHLGFEDGDYSFIPSVGQ
RYQQIFLPALYLCDALFTTLGTENQSCAVQVCGFLQSHRDTVEMALRNAFSHANVLFLKE
IACLTGVISRSANIDMYKLVDEELAKINIDDYNLENSTGMGELRAHLYRLQKLMLSLLHK
FQLQSIPINHNYQQADANQQYISCIQIVANVMLYTRNQMQHSRMDQKIRNVLFDPHLTPK
PGRRQDKTKDTSGGVCLGTIVEQLVSVTNLLHTELPHIDSLIKKAQVVTDMSTAELKKYM
SENEVELDIGKQRLLVEQKLNRWIKDKRQSIKYCSLIIEHALYIVWSHLDFYTMQVISRQ
TQRVHVTSGGVDESMIEWKVSLETLAELKQGLVSTFTDTFITQLLDTTHSEYATVDRSFI
EALIRRIKRLLQFITIK
NT seq 5814 nt   +upstreamnt  +downstreamnt
atgacgatgtcagagtttaaaagggtgtattctttttatatagacagagtaatcgcaacg
gaagatatgtggaccccgtacaaggaattacaaagccttgttgagaagtatgtgatatcg
gtccccgatactcaagatcctcagtatcatgagctcacggaggctttgcggaatcacaga
cagaattttctcacgatattaaagaatccaccaaagaatgccaagagccgagaagaaatt
aagaaaggagtcacggatggtatcaccctacctggcttgggtcaccaaacgttatcgaag
gagctagtggacgagacgctcattatatcggacatgtatgatttgaacgagttcatggcg
ctggatctcctctgtaccgctcagcttcaaatgccgcatcatcctggtttaacccgcggc
ttaactgctgttcttctgtattacgatggaaggaaagcgctgacatcagtattaagaacc
ttggtgcacactcgaattggtcacagctgggcggtggatgcaccggttgctcttacaagg
cacattactgactatacgaataaattgcaagaggatggtctgttaaataggattttatcc
ttgctggaggaaatggatcccactaaggaacaagacttgctgcaacaaaatagggcatta
ggcggagcgaagcatcatcagatggtcatgaaactatacaatgacacgcgacaagacctg
gctgatattttgtacttatggtccgcgcaatcgtctcttccgaatataattctgttccgt
ttgttatctatattgcaaacgcgtcaagtagaatccgaggctggcgaagggggacctgac
aaagttacacttgcgctcattatggccgttttgaatgccttcaattttagtttcttacat
agtcgcgaaaacggcgaagagctaattaattcaatgccactgatagcggaaagggaagcg
ctggaggaactgaatcaaaagttgatttccactaacataaattgggaaagtgctggtttg
cgaggagtgatacagtttgctttagcgatagctatgattaccatcaaaaccaccaccact
caatttcagtctcagaacattaacgcggaggacgagatactggaagccgctctggctaac
aaagctttccattttatggccgaagttttacttaagaatagttacatacatcaggaggag
ttttacgtccgttattttcacacgctgatttccgactttatattactgatgcccgttaag
atcaaagaattacgcagtcgcgccgacgagtccatgcgcttgattcaagcgttccagcag
gagggcatcgaacctccgatgaacctggacaatcatttcgaatatttaatgctgatgata
gcggaactgtacaaggaagatccattgaaattaaatttagccatggactactggtgtcat
cataccgacacgactcatgtgtcggctcccgcgtacatcagtcgcctgccgtctagacaa
gttgccttgtttaaatttatacggcttgccggagagatattgccggcaggtttgttcgtt
ccatacatgaagatgatagcgtctctcgcctcgtcgccacaagcggctagatacgcattt
aatttttttaaaccaaacggttcatcgggttcgacaactatttcctgggatcatttcttc
aattccttaaaccgatactattacaatttaaggcaggaattacctcctagtcaggacaca
gtgtataggcagaggtgccatccgaaaggaattatgcctcaggaagttaaaggtctcgag
gcagtgctgttggttgtccaagtgatagctaagaacgacgaaatgtcgagagtggcgata
tgcgatcacccgagttggaaagttttgcaatctttgatcggcttggtgagctgcgcgatg
ccgataccgttgaagggcgtgctggtgaggactctcgcggccctggccagatctccagag
agttcctccaccgtttggcagagcttggaggccgctcagtttctgtccaccataccgaca
acgagcagttaccagccgagaggcgtgcagacggaattagaagagatcgaatctaggaac
gaggagtacccgttaacgcgcgccatgttagagctattagacgtgctcactgatttcccg
ataccacgtctgttgggcgtaggtcaacgaaacccaggattcgatccgtacttgcacttc
atcatcaacaccgtcttcctgagattccacactcgctcttacaaaaatcccgccgagaag
tggaaggtggcgagagcctgcttgaagatattctcgaagctgataaagcagtacgagccg
accgtcgaggatttcgtgggctgcaaagtcgagttgcagggcggcgagtccaccttggtc
aattcggctccaggatatcatttgatgacgcaactgcacaccacttctgaactgttgcac
gtgatactgttcatcatggacgagggttgccatcatttcgacacctacgactatttcccg
ggcaagagacatctcgagagctgcagtctctattgcttggagatactggagcgtggattg
aagatgcagaacaattatatgacgcagttgtccgccataccgtccgtgaacaaaatcatg
accggactgtcgcgtttgctgctcggagttaatcctcgcaccggcaagccggatcacatg
atcagcatcgtaaagtacgtttcttacaactcgtggttgccgaaacaggccttcgtggcg
gtcggcgttattcacggcgtgactaacgagcccggagcggactccgaattgctgtcgacg
ttcacggcaacctccacgttagcgacgaacgtcaggcacggcttcgtcgagtgcctggac
gcggacagtgtaccggaggacgacgacgagataatcggagcggacgagccgagcaggcag
ccgatcggaaattgcaaggaaagaattctactcctgatgatgcacagtattacgcggccc
gcgcccaatatcgcacattacttgctcggcttcgagataaccaaggacatcaagaagacc
gcgatccagcagccgggaatcctcgggtttccgcgcacttgcctgcactccatcctgggc
attctggagcagtccctcgagcgcggccgcgacaagataaccgaagcctgctactgttat
ctccacacgttggcggctaacagtaaaacgtcggcgcctgttctcagatttttacgtacc
acgagtaaccaggacttcgtgcagagacacctgtccaaattaccgtttcaggcaccgaac
aggtcgaccgagctcggctgcatgtcctggctgttgaaaattgcggctatcgagctacga
gtcgccggcgggagcttgcagacctccctgattcaacgtctagtggggagtttcaatcag
gacaaggatcagatcgtgccctctcagaagcttctgatggatctcctacattacatcgac
ttccagctgtatctggagcctgcgaaatcgtgggaatttttcgatccgtcgcagatcgaa
atggtcctgggtaaatgtagcattcccgtcgcgttgatgggcggcccgtggctcatcgac
atcagaaagctgcactctctcatcaccgaggaactgacggtcacgcaaagcagcgcgacc
gctacccagcgcaagctcatgcagcaggaggtgaagtccatacttgcgcacgcgttgaag
aagaatcagaccaaggtcctgtcttacgcgactgttaaatttgtggagggctggtgccaa
acgacggagatactcttctccgtcgcgacgaatcagcaactgccggtggctcaacggcag
aatctcctgttgaatctgtcgcacgatctgctgcagaagatgacgtcctgcgaggctctg
agcgagatcaagactctcgtatccggaacggtcctgatgctgctggtgaacctgcgaaac
agctgcgtgattcagtcggacaacgagttactgccgtcgtcgccgtcgaacacgacgatg
atgaagattatcctgagccacattttacagtggatcataaacgccggcgcgtcctcgcag
aaagtcgtgacgcatctctacgcggccctgctgaactttctgagtatcgttggcttggag
aagtccgagcacgtgagcgcaatcgactccatgtatatcagccaactggacagttcgtta
aacaagctgatgcccgtgcaggaacgttcgcaacgttacgcgacgatccaggtcatcaac
agcttcggaaatcagctgatggatatcctctgccacaattgcacgggcgggcacgacgtg
tgcaagatgctcgcgctgtcctgcctggacaagatcctggaattggattacgataacgcg
tggatgatctatttagcgagcagaggctacttgaagcatatgatagacagcctgctggag
tcggacggtctgctgcgatgcatgctgcaaccggagccgcagacgatgcggcccctgtac
ctgtacgaggcgaagatggcgatcttctgtaggatggcgtcgacgagactgggcgcggag
agcctgttggagaacaagatcttgtcctgcatgtccagtatgtgcgcgttcgaccagcac
cccgacgtgcacttaggcttcgaggacggcgattattcgttcataccttccgtcgggcag
cgctatcagcagattttcttaccggctttgtatctctgcgacgctctgttcaccactctg
ggcacggagaatcaatcgtgcgccgtgcaggtctgcgggtttctgcagagtcaccgggac
accgtagaaatggccctgagaaacgccttctcgcacgccaacgtgctcttcctgaaggag
atcgcgtgtctcaccggcgtaatatctagatctgctaatatagacatgtacaaactcgtg
gacgaggaactggcgaaaatcaacatagacgattacaatttggagaacagcaccgggatg
ggagaattgcgagcgcatctgtaccgattgcagaagttgatgctgtcgttgttacacaag
tttcagctgcagtcgatcccgataaatcacaattaccagcaagctgacgcgaaccagcag
tatatctcttgcattcagatagtcgccaacgtcatgctgtacacgcgcaaccagatgcaa
cacagtcgcatggatcagaaaatacggaatgtgttgttcgatcctcatttaacgccgaag
cctggaagacgacaggacaagacaaaggacacctctggtggagtgtgtttgggcacgatt
gtcgagcagctggtctccgtgacgaatctgctgcacactgagctaccgcacatcgactcc
ctgataaagaaagcgcaagtggtaaccgacatgagtacagcggaattgaaaaaatacatg
tccgaaaacgaggtggagctcgacatagggaaacaacgactgctcgtcgagcagaaatta
aatcgttggataaaggacaagcgacaaagtataaaatattgctctcttataatagagcat
gctttgtacattgtttggagtcacttggacttttatactatgcaggtcatatcgcggcaa
actcaacgagtgcacgttacctcgggtggcgtcgacgagagcatgatagaatggaaggtt
tcgttggaaacgctagcggagctgaagcagggactcgtttctacatttacggacaccttt
atcacacagctgctggacacaacgcacagcgaatacgcgacagtggaccgtagctttatc
gaagcccttataaggcgaattaaaagattgttacaatttataactataaaataa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (5)   

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