KEGG   Arachis hypogaea (peanut): 112801932
Entry
112801932         CDS       T07294                                 
Name
(RefSeq) nuclear pore complex protein GP210
  KO
K14314  nuclear pore complex protein Nup210
Organism
ahf  Arachis hypogaea (peanut)
Pathway
ahf03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:ahf00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    112801932
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:ahf03019]
    112801932
Messenger RNA biogenesis [BR:ahf03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     112801932
SSDB
Motif
Pfam: Ig_GP210_15th Ig_GP210_16th Big_2 Ig_NUP210_1st Ig_NUP210_7th Ig_NUP210_2nd Ig_NUP210_3rd Ig_NUP210_15th Ig_NUP210_9th Ig_NUP210_4th
Other DBs
NCBI-GeneID: 112801932
NCBI-ProteinID: XP_025700669
Position
5:complement(92318126..92338121)
AA seq 1947 aa
MWEMMANFASFLLLSCVVVLIAFVHETLPYGGSSGPHIADVNLLLPPKMTYPVEYRLQGS
DGCFKWSWDHHDILSVLPEYNSSSKCSTSARLRSIAPYSGRKETAVYAADVNTGVVVRCK
VFIDNISRIQIFHNSIKLDLDGLATLRIRAFDSEENVFSSLVGLQFMWNLMPEVSGLPHH
LVNVPLKDSPLSDCGGLCGDLDIQIMLEENGVFSDLYVVRGVEIGHELVSVLLLEPQLKN
LSDEIVLTVAEAMSLDPPSPVFVLVGAVIPYTLKVTRGNVPQVVALPSPHHHWSVSNGSV
AQVDSKTGLAYAWNLGMTAIIVEDIRVAGHVQVSSLNVVLPASLSLFLAPLSSTGDRVEE
IDSIPQTARWYVVSGHQYLIQIKVFAHAHDAQEIYITENDDIKVYDDHKYFKTFLVSNDI
AVKHGWRNSKILKAYSPGLGKFTASLTYPAGTDNKKEIITVVQEIMICDQVMFTLENENR
TILLPWAPGVYQDVELKAIGGCAKAVSDYKWLSSDTSTVSVSAFGIVQAKKPGKATIKVF
SIYDSLNYDEVLVEVSIPSSMVVLHNFPVETVVGSHLQAAVTMKAANGAFFYRCNVFNSL
IKWKAGSESFVIVNSTRDLSYLETATNTQFHSSADGFPCSWTHLYALNPGHAVIHAILSK
EYNEYSHGPVVLKASFRVAAYVPLIVQQASDGNKFGGYWLDLAQTKSNKQSHTLEELYLV
PGTSLDILLVGGPEQWDKGVDFIETVNVIRQDNALVENGVLVHRLSGSYNSLYGVSCQTL
GTFKLLFKRGNLVGDDHPLPSVAEVWLSVTCSIPSHIVVIADEPVNERVIIRAAAQADRS
SGQLRNSPVTVANGRTIRVSAAGISDSGEPFANSSSLSLRWELSSCEGLAYWDYAFDIVK
SNNWERFLVLQNESGLCIVRATVTGFIGSLEYNTSHLFRERENLLTDAIRLQLVSTLRVD
PEFNLIYFNPKSKVNLSITGGSCFLEAVTNDSQVVEVTQPPSGLECFQLILSPKGLGIAN
LTLYDIGLTPPPRASALVQVADIEWIKIASGEEISLMEGGLQTIDLLAGTNDGRSFLASQ
FVYMTLHVHVEDGILELLDSDNFSSLVGGHVNAPSFKIRGRNLGITTLHVSAVQHSGHII
QSQAIKVEVYAPPVIHPRDIFLLPGASYVLAMKGGPTLGVNVEYLIENDKIASIDRYSGR
LLAISVGNTTIIASVLVNGNNVICEAQSSLRVGVPSTVKLHVQSEQLGVGRKLPIYPLFP
EGNLFSFYELCKNYHWTIEDEKILSFKMAESLLSASEESQVSGSGDENDLGFINVLYGRS
AGKTSVAVSFSCELSTSRSKPQSRFYSSSLSVTVVPDLPLALGVPITWILPPHYETTSLL
PSSSESYSQFDSHNRKGAIIYSLLKSLEKSSLQKDDISIDGDRIKTTASNNLVCIQAKDR
NTGRTEIASCVKVAEVSQIRIATKEVLLSVVNLAVGAEFDLPTSFYDYLGNPFYEAYNAV
PFYVESNYPDILHTNRTADGKGTVHVKAIRQGKALVRVSIGEAPQKSDYVLIKVGAHIHP
QNPVIHIGSPLNFSVKGLSDTVSGQWFTTNGSVVSVDPISGMVKAIGEGSAQVSFQYARS
KLQTTITVLKGDTISVDAPKEMLTNVPYPTKGYNFPVKLSISAGSPGGNNGVSFDCRVDP
PYVGYVKPWLDLDSGNTYCLFFPYSPEHLVHSVPKLEGSRRDISLSIYASLRQHNGISGS
ASALFIGGFSVKEMGKNSMQLNLSPVSNRSSITILGNTDVEIQWHHQDLVMVSPIHKEDF
GIRGLAQYEVKVLKNKRFQDKIIVTLPATGQRVEIGVNYEPEETAPSNGTFDKALIAIIL
GTLLLSTLIFWIFGFLDGRVRSQRTSALATTSSATAAPTTPERSSPAIVKEMSPRTPQPF
VEYVRRTIDETPYYKRERRRVNPQNTF
NT seq 5844 nt   +upstreamnt  +downstreamnt
atgtgggagatgatggcaaacttcgcttcttttttgttgctgagctgtgttgtggtgctg
atcgcatttgtgcatgaaacgttgccgtatggtggttcttctggaccgcacattgcagat
gttaaccttcttttgcctcccaaaatgacttaccctgtcgagtacaggcttcaaggaagt
gatggttgcttcaaatggtcatgggatcatcatgatatactatctgtactgccggagtac
aactctagcagcaagtgctcaactagtgcaaggctgcgatcaattgccccttatagtggt
cggaaggagactgccgtttatgctgctgatgtaaatactggggttgtagttcgatgcaaa
gtcttcattgataatatatccaggatccagatattccataattctattaagcttgatttg
gatggacttgctacactacgcatccgtgcctttgacagtgaagaaaatgtgttttcctca
ttagttggcttacagtttatgtggaaccttatgcctgaagtcagtggattgcctcaccac
cttgttaatgttcctctaaaggattctccccttagtgattgtggaggactctgtggtgac
ttggatatacaaataatgcttgaagaaaatggtgtattttcagatctatatgtagtaagg
ggagttgagattggccatgagcttgtctctgtgcttttgcttgagccacagttgaagaat
ttgtctgatgagattgttctcactgtagctgaagctatgtcacttgatcctccctcacca
gtttttgtccttgttggtgcagtcattccctatacacttaaagtcactcggggaaatgtt
cctcaagtggttgctttaccgtcaccacatcatcactggtctgtctcaaatggttcggtt
gctcaggttgactcaaagacaggattagcatatgcatggaacttgggaatgacagctatc
attgttgaagacataagggttgctggtcatgtacaagtttcttcactaaacgtcgtccta
ccagcttcgttaagtttatttctagcacctttatctagtactggtgatcgtgtggaagaa
atcgactccatacctcaaacggctcgttggtatgtagtgtctggccatcagtatcttatc
cagataaaggtttttgcacatgctcatgatgcacaagagatttatatcaccgagaatgat
gatattaaggtttatgatgaccacaaatactttaaaacatttttggtttcaaatgatatt
gctgtcaaacatggctggcggaattctaaaatccttaaagcttattcccctggacttgga
aaatttacagcttctttgacctatcctgctgggaccgacaacaaaaaggagattataaca
gttgtgcaagagattatgatttgtgatcaagtgatgttcactttggaaaatgaaaataga
accatcttattgccttgggcccctggtgtttatcaagatgtggagttgaaggccatagga
ggttgtgcaaaagcagtgagtgactacaaatggttgtcttcagacacatctactgtatct
gtatcagcatttggtattgttcaggcaaaaaagcctggtaaagctaccattaaagtgttt
tctatatatgattcactaaattatgatgaggtcctcgttgaagtctccatcccatcttct
atggttgtgcttcacaattttccagtagaaactgttgttggatcacaccttcaagctgct
gtgacaatgaaagcagcaaacggtgccttcttttatagatgcaatgtctttaattctttg
attaaatggaaagctggaagcgagtcttttgtaattgtcaattcaactcgggacttatca
tatttggaaacagcgacaaatactcagttccattcatcagctgatggttttccttgctct
tggacacatttatatgctttgaatcctggtcatgctgtgatccatgccatactttctaaa
gaatataatgaatatagtcatggtcctgttgtcttaaaagcatcatttcgtgttgcggca
tatgtaccccttattgtgcaacaggctagtgatggaaacaaatttggtggttactggctt
gacttggctcaaacaaaaagtaataagcaatctcatacgttagaggagttataccttgtc
cctgggacaagtttagacatattacttgttggtgggcctgaacagtgggacaaaggtgtt
gattttattgaaactgtgaatgttatacgtcaggataatgctctggttgaaaatggagtt
cttgtgcataggttatctggtagctataacagtttgtatggagtttcatgtcaaacactg
ggaacctttaaacttcttttcaaacgtgggaacttggtgggagatgaccatcctcttcct
tcagtagctgaagtttggctgtcggttacttgtagcattccttctcatattgtagtcatt
gctgacgaaccagtgaatgaacgcgtaattattagagccgcagctcaagctgaccgtagt
tcggggcaacttcgaaattcccctgttactgtggcaaatggacgcactattcgggtatct
gctgctggtattagtgattctggagaaccttttgcaaactcatcttctctcagtttgagg
tgggagcttagcagttgtgagggactagcatattgggattatgcttttgatattgtgaag
tccaacaactgggagagattcttggtcttgcaaaatgaatcaggattgtgcattgttcgt
gctactgttactggcttcattggcagcttggaatacaatacatctcacctctttcgtgaa
agagaaaatttgctaacagatgcaattcggttacagctagtttctaccctaagagttgat
ccagagttcaacttgatatatttcaatcctaagtcaaaggtaaatttgtcaattactggt
gggagctgtttcttggaagctgttacaaatgattctcaagttgtggaagtcacccagcca
ccatcaggactagaatgctttcaactaattctctctccaaaaggattagggatagctaat
ctgactttgtatgacattgggctaactcctccaccaagagcatctgcccttgtccaagta
gcagatatagaatggattaagatcgcatcaggagaggagattagcttgatggagggaggt
ttgcaaactattgacttattggctggtactaatgatggaaggagttttcttgcttctcag
tttgtttacatgactcttcatgtacatgttgaggatggtatacttgagctgctggattcc
gacaatttctcaagtcttgtaggtggacatgttaatgcaccaagttttaaaataaggggg
agaaatcttggaattacaacccttcatgtcagtgctgttcaacattctggacatataata
cagagtcaagctattaaggtggaagtatatgcaccaccagtaatacaccctcgtgatatc
ttcctgcttcctggtgcgtcatatgtgctggctatgaaaggaggcccaactcttggtgtt
aacgttgagtatttgattgaaaatgataaaattgcaagtattgatagatattctggaagg
ctcttggcaatatctgttgggaacactacaattattgccagtgtgcttgtgaacgggaac
aatgttatttgtgaagcacagagcagtttaagggtgggagttccatctactgtcaaattg
catgtgcagagtgaacaacttggggttggccgcaaattgccaatttatccattatttccc
gagggaaacttgttttcattttatgagctgtgcaaaaattaccactggactattgaagat
gaaaagatattgagtttcaaaatggcagaaagcttgcttagtgcttccgaagaaagtcaa
gttagtggttccggggatgagaatgaccttggctttattaatgtcttgtatggaaggtct
gcaggcaagaccagtgttgctgtgtcattttcgtgtgaactctcaacttctcgttcaaag
ccgcagtcaaggttttacagttcatctttatcagtgacagtggttcctgatcttcccttg
gctttgggggtcccaataacctggattcttcctccccattatgaaactacaagcctattg
ccttcatcatcagaatcttattcgcagtttgatagtcataatcgtaaaggagccattatt
tattctttattgaaaagtttggagaaaagttctttgcaaaaggatgacatatccattgat
ggggacagaattaaaacaactgcaagtaataatcttgtctgcattcaagctaaagatcgt
aacacaggaagaacagagatagcttcttgtgtaaaggttgctgaggtcagtcagataaga
atagccactaaggaggttcttctcagtgttgttaaccttgctgttggtgcagaatttgat
cttccaactagcttttatgattatttaggaaatcctttttatgaagcatacaatgcagtg
cctttttatgttgaaagtaactaccctgatattcttcacacaaacagaacagctgatgga
aaagggactgtacatgtcaaggcaattcgacaaggtaaagctcttgtgcgtgtatcaatt
ggtgaagctccacaaaaatcagattatgtgcttattaaagttggtgctcatatacatcct
caaaatccagtcattcacattggaagccctcttaacttcagcgtaaaaggtttgagcgat
actgtttctggacagtggtttaccacaaatggaagtgtcgtatcggttgacccaatatct
gggatggtcaaagctattggggaaggttcagcccaagtgtctttccagtatgcaagatca
aaactgcaaacaacaattacagtattaaaaggagataccatttctgttgatgctccgaaa
gagatgttaactaatgttccataccctacaaaaggatacaacttccccgtgaagctaagc
attagtgctggttcacctggaggaaacaatggagtttcgtttgattgtagagtagatcca
ccatacgtggggtacgtgaagccatggctggatttggactctggcaacacatactgtctt
ttcttcccttactcaccagagcatttggtgcactcggtacccaagttagaaggctcgaga
cgagacatatctctctccatatatgcttcccttagacaacataatggtatttcgggatct
gcttcagcactttttattggagggttttctgtaaaggagatgggcaagaattcaatgcaa
ctgaatctgtctccagtctctaacagaagtagtataaccatcttgggaaatactgatgtt
gaaattcaatggcatcaccaagatttggttatggttagtccaattcataaagaagatttt
ggcattcgaggcctggcacaatatgaggtgaaagtgctgaaaaacaagagattccaggac
aaaatcatcgttacacttccagctactggccagagagtagaaataggtgtaaactatgaa
cctgaggaaacagcgccgtccaatggaacctttgataaagccctcattgcaatcatactg
gggacacttctgctgtcaactctcatattttggatctttggcttcttggatggacgagtg
agatctcagcgaaccagtgccctggctaccacaagcagcgccacagcagcacctaccaca
ccggaaagaagcagccctgccattgtaaaggaaatgtctcctcggacgccgcaacctttt
gtagaatatgtgaggagaactattgatgaaactccatactacaagcgagaaaggagaagg
gttaatccacagaatacgttttag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (14)   

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