KEGG   Seriola lalandi dorsalis (Yellowtail amberjack): 111672206
Entry
111672206         CDS       T06058                                 
Symbol
nup210
Name
(RefSeq) nuclear pore membrane glycoprotein 210 isoform X1
  KO
K14314  nuclear pore complex protein Nup210
Organism
slal  Seriola lalandi dorsalis (Yellowtail amberjack)
Pathway
slal03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:slal00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    111672206 (nup210)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:slal03019]
    111672206 (nup210)
Messenger RNA biogenesis [BR:slal03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     111672206 (nup210)
SSDB
Motif
Pfam: Big_2
Other DBs
NCBI-GeneID: 111672206
NCBI-ProteinID: XP_023285316
Ensembl: ENSSLDG00000011338
Position
Unknown
AA seq 1889 aa
MISFKLSVLLLLITITQVYSSSKLNIPKVLLPLARSTRINFTLETTEGCYRWSSTRPEVA
SIQTVDEVSGKGCSRKAVLQALSTQPSRLTSIILAEDVVTGQVLRCDAIVDIISEIQIVS
TTRELHLEDSPLALKIHALDSEGNTFSTLAGLVFDWTLMKDVDVNGFSDSYNSLRVLKFS
ESTYTPPGYISEMERVGKQGDIILVSGLKTGHAKLKAKIQESLYKDVGAAEVRLLILENI
LLSPAHDVYLLAGTSIKYKVLKIRQGTITELSMPCDQYELHLQNSVVGPNANPDVAVASL
DQSISTVTGVQLGHINVVLDHKSLRMQGVSRLPNSTLYVVEPGYLGFKIYPGDSWVLETG
RVYDVFIEVFDKSGNKIYLSDNVRIGTDFPAEYFELLESSLNGSYHRVKTLKEGLTLIDA
TLKAVVDESGRVHALANPVHNEQDVEIYNPIVLSPSILTFPWQPKVGAYQYTIKAMGGSG
NFSWSSSNTAVATVTVKGVMTTVSDIGVSIVYAHDLRNPLHFGQMKVYVVEPVAMDFAPC
PVEAKVGLVLDLPLRIFGLLEEAEKERVMLSDCSHFDLQVEEESHGVFQLLDGRLAPGQD
HCSGVRAKALAPGYTTLTVSYTHGNVHLSAKITIAAYLPLRVSPKAIDPVSVAVVTLGSS
KDMLFEGGPRPWVLEPSRFFCNLSAEDEASVTLTLTSPSSHNYNQHWVRATCRALGEQVL
EVMVGNKASVTNPFPVVEPAVVKFVCAPPSRLTLVPVYTSPQLDLSCPLLQQNKQVVPVS
NYRNPILDLAAFDQQGRKFDNFSSLSVLWESTKVSLASIEPTMAMELQLFEDGNKQMKLH
GRQTVLVHHQTGIAAITVTALGYQVSHLAAAKVPSPYDPLTPVSATLELLLVEDVKISPD
TVTIYNHPDVRVNLALREGSGHYFVNTSVKGIADVVFQEAQGTTQVSPVHPGLVKVMVHD
LCLAFPAPAEATVHVSDILEVYVRVVDKVEIGKSVRAYVRVLDDNKKPFPASYFQFMNLN
LKAASALVSLKPLAESTENDTAVFLVKGVSIGQTTLSAVVVDKNGRKISSPPQQIEVFPP
FKLIPRKMTLLIGAMMQITSEGGPQPQSNILFSISDEEIASVNGMGHVRGIAIGNVTVTG
LVQAVDAETGKLVVVSQDQVEVEVVFLTAIRIRAPITRMKTGAQMPVYVMGLTNSQTPFS
FGNALPGLTFHWSTTKRDIVDVQSRHTEANVELQSEHNFGMMVTGRTRGRTGLKVVLRVT
SPETGQLLGNLQELKDEIQIQVYDKLHMLNPEVEAGELLMAPNSALKLQTNRDGVGALSY
RMLDFPDQVVIAQVDDKGFLFSGSLTGISSLLITSQETFGVNQTLILAVKVVPVSYVRYS
TSPVLHTHTRESLKAFPLGIVLTFTVHFHASTGEVLHSSNSHLTFSTNRDDLVQVGAGPG
NHTLTVRTVNVGLTLIAVWDSENMGVADYVPVPVEHAIYPHEAHRLVVGDVVCFAAHLNS
PDGAHGTWSSSANGVLQVDPKSGAAVARDSGTVTVYYEIPGVLKTYREVIVEAATRTAAM
AQAAPVRNGKETKVLLTTRDRGTNLIGTCSSAQTEAIPHLHPETSVSCQPSFTSDAIDFP
ATDVIKTHISFDASIGLYTCSVTLQPMSDQQTRVLSMSMTNLLVKAGLEGSTFSGDQVSA
RLPIEPGLYSDKTELLLSNLHPSAELTIYGPTAALTNMEVVSTSPNIAVQEKEVHHGFPS
FSKYTVGAMDPQAAVSASISISSTSSGQSLLIPVTLIHVADVSAAMQAAAAPVVNMEGDH
SLQSFANSYQMMFFTLFALLAGTAIIIIVLHTVFSPREQTYHPAFIQRTPPHITGLDSPV
GNSFNRTIHRTDPNGSPRLRLYSPDYRSD
NT seq 5670 nt   +upstreamnt  +downstreamnt
atgatttcttttaaattatcagtgttgctattattgataactattactcaggtttacagt
agctcgaaactaaatatcccaaaagtgctgctaccacttgccagaagtacaagaatcaac
ttcacattggaaactactgaaggctgctatagatggtcttccactagaccagaggtagca
agcatccagactgtagatgaagtgagcggcaaaggctgctccaggaaagctgttctccag
gccctctccacccagccctccaggctgaccagcatcattctggccgaagatgttgttacg
ggacaggtactgcgctgtgatgctattgtcgacatcatcagtgagatccagatagtgtcg
acaaccagagagctacatcttgaggactcgccactggcactcaaaattcatgcactggac
tctgaaggaaacaccttcagcacccttgcaggtctagtgtttgattggaccttaatgaaa
gacgtagatgtgaacggattctctgactcttacaattcattacgggtgcttaaattctct
gagtccacatacacgccccctgggtacatatctgaaatggagcgtgttgggaaacagggt
gatattattttggtgtcaggactgaaaacagggcatgctaagctgaaggccaaaatacaa
gagtcattatataaggatgtgggtgctgcggaggtgagactgctgattttagagaacatc
ctgctgagtcctgcacatgatgtctacttgttggcgggaacttccatcaaatacaaagtc
ctgaagataagacagggcacgatcacagagctgtctatgccgtgtgatcagtatgagctg
caccttcagaacagtgtggttggccctaatgcaaacccagatgttgctgtggccagtctg
gatcaaagcatctcaacagttacaggagttcagcttggacatatcaacgtggtgctggat
cataagagccttcgaatgcaaggagtgtctcgtctacccaacagcactctatatgtggtt
gaaccaggctacctaggttttaaaatttatccaggagacagctgggtgctcgaaacaggc
agagtatatgatgtcttcatcgaagtatttgataaatccggcaacaaaatttacctctct
gataatgttcgtatcggcactgattttcctgcggagtactttgaactcctggagtcttct
ctgaatggatcatatcatcgtgtcaaaacgctcaaagaaggcctgactctcattgatgct
accctaaaggctgttgtggatgaaagtggaagggtccatgcactcgccaacccagtccac
aatgaacaggatgtggaaatctacaaccccatagttcttagtccgagtattctcacattt
ccatggcagcccaaagttggagcttatcagtacacaataaaggcaatgggagggagtgga
aattttagctggtcttcctccaatacagctgttgccacagtgacggtgaaaggagtgatg
acaactgtcagtgacattggcgtcagtatagtttatgctcatgatctacgcaacccacta
cactttggccaaatgaaggtgtatgttgttgagcccgttgccatggactttgctccttgc
ccagtagaggctaaggtgggtctggttctggatctgcctctcaggattttcggcctgctg
gaggaagcggagaaagagcgggttatgttgagcgactgctcccactttgacctgcaggtt
gaggaagagagccacggtgtattccaactgctagatgggaggttggctccaggccaggac
cactgcagtggagtgagagccaaggccctcgcgcccggttataccacgcttactgtcagc
tacacccacggcaacgttcacctcagtgccaagatcaccatcgctgcctatcttcctctt
cgtgtgagtccaaaggctattgatcctgtctctgtggctgtggtgactctgggatcatct
aaagacatgttgtttgagggcgggccacggccatgggttttagagccctcaaggttcttc
tgcaacttgagcgctgaggatgaggccagtgtgacactaactctgactagtccctcatct
cacaactacaaccagcactgggtcagagcaacctgcagggccctgggagagcaggtgctg
gaggtgatggtggggaacaaggccagtgtaaccaatccttttcctgttgtggagcctgca
gtggtcaagtttgtatgtgctcctccgtctcgcctcaccctagtcccagtatatacgagc
ccacaactggacctgagttgcccgctgctgcagcagaacaaacaagtggtacctgtttca
aattaccgcaaccccattttggacttggctgcttttgatcaacaaggaagaaagtttgac
aacttcagctctctgagcgtgttgtgggaatcgacgaaggtgtcactggccagtattgaa
cccactatggctatggagctgcaactgttcgaggacggcaacaaacagatgaaacttcac
ggacgtcagacagttcttgtgcaccatcagacaggcattgctgccattacagtgactgct
ctcggttaccaggtttcacatctagcagcagccaaggttcccagtccatatgaccccttg
acccctgtttcagctactctggagctcctgttggttgaagatgtgaaaatctctcctgac
acagtgaccatatacaaccacccagatgtgcgggtgaacctggccctacgagagggttca
ggacactattttgtcaataccagtgtgaaagggatagcagacgtggttttccaggaggcc
caaggaacaacacaggtctctcctgtccacccagggctggtgaaggtgatggttcatgac
ctgtgtctggcatttccagcccctgccgaagccacagtacatgtttctgacatcctggag
gtttatgtgagagtggttgacaaggtggagattggcaaatctgtgagagcttatgtcaga
gtcttggatgataacaagaagcccttcccagccagctatttccaattcatgaatctaaat
ctcaaggcagcttctgcactagtctctctaaaaccattagcagagtccacagaaaatgac
acagctgttttcctggtgaaaggtgtttcaattggtcagaccactctgtccgctgttgtt
gtggataaaaatgggagaaaaatttcatccccacctcagcaaattgaggtatttcctcca
ttcaaactcatcccaagaaaaatgactcttttaattggagcaatgatgcagatcacatct
gagggaggccctcagccgcagtccaatatccttttctctatttccgatgaggagatagcg
tctgttaacggcatgggccacgtcaggggtattgccattggtaatgttactgtgactgga
ctggtccaagcagttgatgctgaaaccgggaagctagttgttgtttctcaggatcaagta
gaagttgaggttgtgtttttgacagccattcgaatcagagcacctattacaagaatgaag
acaggagcacagatgcctgtatatgtgatgggtctgactaatagtcaaacacccttctcc
ttcggcaatgctttacctgggctaaccttccactggtcaaccaccaagagagacatcgtg
gatgtccagtcaagacacactgaggcgaacgtggagctccagtcagagcacaactttggc
atgatggtgactggaagaacaagagggcggacagggctgaaggtggtgttgagagttact
agccctgagactggacagctattggggaaccttcaggagctcaaagatgagatccagatc
caggtctatgacaagctgcacatgcttaaccctgaagtagaggcgggggagttactgatg
gctccaaactcagccctcaaactccaaactaacagggatggtgtgggcgcactctcttat
cggatgctggattttcccgaccaggttgttatcgctcaagtggatgataagggctttctc
ttctctggctctctcactggcatctcctctctgctgatcacctcacaagagacctttggt
gtcaatcaaactctcatccttgctgtgaaggtggtgcctgtgtcctatgtgcgctacagt
accagtccagttctccacacacacaccagagagagtctgaaagccttccccttgggcata
gtcctcaccttcactgtccactttcatgccagcactggagaggtcctacacagctccaac
tctcacctaacgttttccacaaacagagatgacctggtgcaggtgggggctggtcctggt
aaccacactctgacggtgcggacggtcaatgtaggcctcacccttattgcagtgtgggac
agtgaaaacatgggagtcgcagactacgtcccagttcctgttgagcatgctatctatcca
catgaggcccacagactggtggtgggagatgtagtttgcttcgctgcccatttaaacagc
ccagacggtgctcatggtacttggagttcctcagctaatggtgttcttcaggtggatcct
aaaagtggtgcagctgtagccagagactctgggacagttactgtgtactacgaaatacct
ggtgttttgaaaacgtacagagaggtaatagtggaagcagctacaagaacggcagctatg
gcacaggctgcaccagtcaggaacggcaaggagacaaaggtcctactcacaaccagagat
agaggaacaaacctcattggaacctgctcctctgcccagactgaagctattcctcatctg
catccagaaacctcggtcagctgccagcccagcttcaccagtgatgctattgacttccct
gctactgatgtcatcaaaacacacatcagcttcgacgccagcattggcctctacacatgt
tccgtgaccttgcagccaatgtctgaccaacagacccgtgtgctcagcatgtccatgacc
aacctgcttgtgaaagcaggcctggagggcagtacattctctggggatcaggtcagtgcc
aggctgcccatagagccaggcctctactccgacaagactgaactgctgctctcaaacctg
catccatcagctgagctcacaatctacggccccactgccgccctgaccaacatggaggtg
gtgtctacttctcccaacattgctgtccaagagaaggaggtacatcatggctttcccagt
ttctcaaagtataccgtcggtgccatggaccctcaggcagcagtttctgcttctatttct
ataagcagcacttcctccggccagagtctcctcatcccagtcactttgattcatgtagct
gatgtcagcgctgcaatgcaagcagctgctgctccagttgttaacatggagggggaccac
tccctgcagagcttcgcaaacagctaccagatgatgttcttcaccctgtttgccctgctg
gccggtacagccatcatcatcatcgtcctccacacagtgttctctccaagggagcaaact
tatcaccctgctttcatccagaggacaccaccgcacatcacgggtttagactctccagtg
gggaattccttcaaccgcacaatacacagaaccgacccaaacggcagccccaggttgcgt
ctctattctccagactacaggtcagactga

  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)   
   Ensembl (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (1)   
   Pfam (1)   
All databases (19)   

Download RDF
DBGET integrated database retrieval system