KEGG   Sinocyclocheilus grahami (golden-line barbel): 107555929
Entry
107555929         CDS       T04918                                 
Name
(RefSeq) germinal-center associated nuclear protein-like
  KO
K24317  germinal-center associated nuclear protein [EC:2.3.1.48]
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:sgh03019]
    107555929
   03036 Chromosome and associated proteins [BR:sgh03036]
    107555929
Enzymes [BR:sgh01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     107555929
Messenger RNA biogenesis [BR:sgh03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    TREX-2 complex
     107555929
Chromosome and associated proteins [BR:sgh03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    107555929
SSDB
Motif
Pfam: MCM3AP_GANP SAC3_GANP CID_GANP Nup35_RRM_2 RRM_1 NupH_GANP RRM_occluded Nup35_RRM eIF3_p135
Other DBs
NCBI-GeneID: 107555929
NCBI-ProteinID: XP_016094370
Position
Unknown
AA seq 2144 aa
MNPSDIFGRPPNNTNQPGNPFQSFAQQNPAQGVGFGQPSVFSQPAFGQPTPQPSVFGQTP
TFGQTSGLSQGLGQTSSFTFLGTAPAFGQSSLGQGTLGFGLPPPSYSQATGQNQMSAFDQ
TSAFVQSSAFGLSSSASQSLTSFSSTVTNQPSFGQLSAFSVPTATSSSSTGGRTDNPAGG
NQFSFKPPNDAVFKPIFSVSPEPPSSHLSSASEPVGSSKPVTSTTENSSSGSLFSCVKPS
ALGFSFSQPAAAPSVSFSNANFSQKEMLGGGSNIQFTFSQPANPSSSNMPASQPTTPSTF
SFTAQSLQSQSDNKIPAFGTGIGSFGFGDPKTEAPQRTEDRAGDGQSSGGETAFVGFGIK
RKEEPVDPNAAKSDSSEAGADGPRQPAKRPLLRSRGPAGGLFRNALSELMKSKVSPVKRE
DHLPDRPDPPGPGSDVATTPPRSQAPTVLKKAEEVSLKPEAQTLTPGRRASRKESTDSLG
GLSPTDATVIQCKGVPPNLNKKDLIIQHFRHFGKVLKVYCRHQKNLAIVHFQDHTAAAKA
KKKGKQFQRTEIQIFWQRKKQSPSEKAAKPSEVKDVTGDSESGAAFLQSSPSRKPLPRAV
PISTTSSLIKSSLIQKSSVAKTLQFESEALLESVSEERSVERPIINLPSVLQPLIGQVAE
TAEERYRLLEQRDKILRQARPKRTDLDMSKVFVGTCPDMCPEKERYMRETRNQLSVFEVI
PDTEKVDHFAAIKEYSRSSADQEEPLPHELRPLPVLSMTMDYLVTQIMDQGEGNYRDWYD
FVWNRTRGIRKDITQQHLCDPETVSLIEKCTRFHIHCAHHLCQEPMMSFDAKINNENMTK
CLQSLKEMYQDLATKEVYCPNEAEFRQYNVLLKLNDGDILREVQQFRKGVRESREVDFAV
QACAALNSNNFVRFFKLVSAASYLSSCILHRYFNQVRSKALKILNVAFTVGSQRSTIFPL
EDFVRMLMFRNATEAADFIQQYGLTINDGMVELSRTAYQEPDFSLPQRKSVVIERKRTVL
IGEVVNGGPLPNPPQHNPVCSFDSNKYTGDGLSSEPPPATLKAHPQRQELKPLMELDFRP
QVTTRLLAEPRLFVDHPGTTEPVKPDDTEETGEKNPAESSLPQLVFQPMLAPQPVRPPPP
PPKPEPAYTDQDIMAEVDAVLNEVVEAEVSDITRAAAEYVSAALSASDSELETVVSEVLN
QLLRELSTSEIIAEKERIAEEKRKQEEARRKEAFLEQFSGELCAKISDEVLTESIRATAE
AEIRLALEEKAACIARCSAEECNSIVEETLAEEVAAMAQDILDNELRRICKFIKRWRDVV
AVRRQLKRQMRGFPAAPGCVDPRFKLKALVPSAPTSPSLDLLAQGMVNLGNSGNMAVSCT
RLLKMREEAVHKMKVSFYYNLLLSERVWMPLDLPTLVAESTPNSPDRIFWKATLLLPSSC
DSDISYASRILTDWLEVKLGGENQSEESEKELKGQLKTLCISHSLTNIRGQTHEVHIAIK
ACHGPLSAEDQCLLEEQKELHGTNALLMLLPPLNSAGQSDEDVSLLSALLQLRQVQQASC
WHSPVPLVVVVIGNQEGDTNDHGLEEALMLNMLVKDGLISEYIFVHIPATLTDLQGSEQM
SHVIRWLAARSPAGPALSSQTLLQVVELGLCREFYSRLHRDKQDRKHAGLPSQHPEPIVQ
LCNSVLSFLAGVVSSEHLSSLCWPPPEFSLPENRELIPHQAWNSPEHLEWLKRTILSRQL
PEWDLPPISASWPHLCASIFQYVSQIPTSPLSQPILMSRLENLLRRVNYQYFHVSDADWE
DYETTGPSFHEIPWDDIISLCVEHRMKDWSLETLVSKDALTDDGEILVYFNKDSLKCFQP
PDSWIEAVKQTYQEKQLALEVSKVRPPTTPRHFPKQKLFQSHLNTEEWPSVRDAAQIPIS
QHFEWILSSIRDMNAEGQRIGEQVQRRIEADPLHTSSFPLTLTSTVLSMPVTMTPSRKRP
AAGTVHIQETETADLVEKISSPCKINRLFDADSTQSPIMERLQRTLLTVQEMNAEGQRIG
EQIQRRIEADHLSSASFPLFLPSTLLSAPPLVRTSSSKRPAATFHIQEVETKDSVEKTTA
SCDKNRPLSLFQRLQDLKRELSSQKEEERVCDLKLKCLLDIVEN
NT seq 6435 nt   +upstreamnt  +downstreamnt
atgaatccttcagacatctttggtagaccaccaaacaacactaatcagcctggaaaccca
tttcagtcctttgcccagcagaacccagcacagggtgttggttttggacaaccctctgtt
tttagtcagccagcttttggccaaccaacaccccagccttctgtcttcggccaaacgcct
acctttggccagaccagtgggttatcacaaggattggggcagacatcttcattcactttt
ctgggaacagcaccggcctttgggcagtcaagtttgggtcaaggcacacttggatttgga
ctaccaccaccttcatattctcaagctacaggacagaatcagatgtctgcttttgatcag
acctctgctttcgttcagtcttctgcatttggtctttcctccagtgcctcgcaatctctg
accagcttcagcagcactgttaccaaccagcccagttttggtcagctttctgccttttct
gtacccactgccacatccagctcctcaacagggggtaggactgataatccagctggtggg
aaccagtttagtttcaagccacccaacgatgcagttttcaaacctattttcagtgtcagc
cccgaacctcccagctcacatctgtcttcagcctctgaacctgttggatcatccaagccc
gtaactagtactacggagaattcctccagtggttcgctgttctcatgcgtaaagccgagc
gctctgggcttcagcttctcacagccagcagcagctccatcggtctcattttccaatgct
aatttttcacaaaaggagatgctcggtggtggcagcaacattcagttcaccttctctcag
ccagccaacccttccagcagcaatatgcctgcttcccagcctacgactccatccaccttc
agcttcacagcacagagccttcagtctcaatcagataacaaaatacctgcatttggtact
ggcattggatcctttggatttggggacccaaagactgaagccccacaaagaacggaagat
agagcaggggatggacagagcagtggaggagaaaccgcttttgtgggttttggcataaaa
cgtaaagaggagccggttgatccaaatgcagctaaaagcgatagtagtgaggctggggca
gatggaccaagacaacccgccaaacgccccctgctgagaagccgtggcccggctggaggg
ctttttcgcaatgcattgtctgagctaatgaaatccaaagtcagtccagtgaagagagaa
gatcatcttccagatagaccagatccacccggtccaggcagtgatgtggccactacacct
ccaagatctcaggctcccacagtgctgaaaaaagcagaggaagtttcactcaagcctgaa
gcacagacactcactccaggtagacgtgcttctcgaaaagagagcacagacagtttgggt
ggtctctctcctactgatgccactgttatacagtgcaaaggcgtcccacccaaccttaat
aagaaagacctcatcatacagcattttaggcactttgggaaagtgcttaaggtgtattgc
aggcatcagaagaatctggccatcgtgcatttccaagatcatacagctgcagccaaagcc
aaaaagaaaggaaagcaattccagaggactgaaattcagatattttggcaaaggaaaaag
caaagtccaagtgaaaaagctgctaaaccttcagaagtcaaagatgtgacaggggactca
gagtctggggctgcatttttgcagtcctcccctagtcgcaagcctcttcccagagcagtg
cccatcagcaccactagctcccttattaaaagctctctgatccaaaaatcttctgttgct
aaaacactccagtttgagagtgaggcactattggagtcagtctcagaggaacggagtgta
gaacgacctattattaacctgccctcagtactgcagcctctgattggtcaggtggcagaa
acagcagaggagagataccgcctcctagagcagagagacaagattttacgacaagctcga
cccaaaagaacagacctggatatgtccaaagtgtttgtgggaacatgccctgatatgtgc
ccggagaaggagcggtatatgagagaaacccgcaaccagctgagtgtctttgaagttatt
ccagatacagagaaggtggatcattttgctgctatcaaagagtatagcaggtcttcggct
gatcaggaagaaccactccctcatgagcttagaccacttcctgtgctaagcatgactatg
gactaccttgtaacccagattatggaccagggtgagggcaattaccgtgactggtatgac
tttgtctggaacagaaccagaggaattcggaaggacattacccagcagcatctatgtgat
ccagaaacagtatcgctcattgagaaatgtacccgtttccacattcactgtgcccatcac
ctctgccaggaacccatgatgtcttttgacgcaaaaatcaacaatgagaatatgacaaaa
tgcctgcagagtctaaaggagatgtatcaagacctagccactaaagaggtgtactgcccc
aatgaagcagagttccgccaatacaatgtgttgcttaagctcaatgacggagatattctt
cgtgaggtgcagcagttccgtaaaggggtacgggagtctcgagaggtggattttgctgtg
caggcctgtgcagcacttaacagcaataactttgtccggttctttaaacttgtgagtgca
gcttcctatttgagcagctgcatacttcacagatacttcaatcaggtgagaagcaaggca
ctgaaaatcctcaatgtggcctttactgttggatcccaaagatccaccatttttccactt
gaggacttcgtcagaatgctcatgttccgcaatgccactgaagccgcagactttattcaa
cagtatggccttactatcaatgatggcatggtagaactcagtcgcacagcctatcaggag
cctgatttctccttaccacagaggaagtctgtggtcattgagaggaagagaactgttctg
attggtgaggtggtgaacggtggaccactgcccaacccaccccagcacaatcccgtttgc
agctttgactccaacaagtacacaggagacggcctgtcttctgagcctccaccagctacc
ctgaaggctcatccacagaggcaggagttgaagcccttgatggagcttgacttcaggcct
caggtgacaacaaggcttctggctgaaccacggctgtttgtggaccaccctggcacgaca
gagcctgtaaaacctgacgacacggaggaaaccggagagaagaacccagcagaatcctct
cttccacagctggttttccaacccatgttagccccacaaccagtccgacctcctcctcct
ccacccaaaccagaaccagcctacacagatcaggatataatggcagaggtggatgcggtg
cttaatgaggtagtggaagccgaggtctctgatataacccgtgcagctgctgaatatgtg
tctgcagccctcagtgcgagtgacagtgagttagaaacggttgtgagtgaagtcttaaat
cagctgctgagggaactatccacgtcagagatcatcgctgagaaggagagaatcgcagag
gagaaacgcaagcaggaagaagccaggcggaaggaagcctttcttgagcagttcagcggt
gaactgtgtgctaaaatcagtgacgaggtgctaacagagagcattagagcgaccgcagag
gctgaaataaggcttgctttagaagaaaaggcggcttgtatcgcccgctgctcagcggag
gaatgcaacagcatagtagaggagacgctggctgaggaggtggccgcaatggcacaagat
atcctggacaatgagttgaggcgcatctgcaagttcatcaagaggtggcgtgacgtggta
gctgtgcgtcgtcagctaaagagacagatgcgtggtttccctgcagcccctggctgtgta
gatccgcggttcaaactgaaggctctcgtacccagtgcccctacgagcccctctctggac
ctcctggcccaggggatggtcaacctgggtaactctgggaacatggcggtttcctgcaca
agattgctgaaaatgagagaggaagcagttcataaaatgaaagtgtccttctactacaat
ctcttactgagtgagcgtgtatggatgcctcttgacctgcccactcttgtggcagaaagc
acccctaattcacctgacagaatcttctggaaagccacgcttctgttgccgagcagctgt
gatagtgacataagctatgccagcaggattctgacagactggcttgaggttaaattgggt
ggagaaaaccaatccgaagagagtgagaaagaactcaaagggcaactgaaaacactgtgc
attagtcacagcttgacaaatattaggggacagactcatgaagttcacattgctataaaa
gcatgtcatggccctctgagtgcagaagaccagtgtttgctggaggaacagaaggagctc
catggcaccaacgctctcctgatgctacttccccctcttaacagtgctggacagagtgat
gaggatgtgtccctgctctctgctctccttcagctgaggcaggtgcagcaggccagctgc
tggcactctcctgtaccactggttgtggttgttattggcaaccaagagggcgataccaat
gatcatggtttagaagaagcactcatgttgaatatgttagtcaaagatggtctcatctct
gaatacatcttcgtccacataccagcaacactgactgacctgcaaggctcagagcagatg
agtcatgtcatcaggtggcttgcagcccgttctcccgctggcccagccctttcctctcag
accctgctgcaggttgttgagttaggcctgtgccgtgagttctactccagactacaccga
gacaagcaggacaggaaacatgcaggtcttccatctcagcacccggagcctatcgtgcag
ctctgtaacagtgtgctgagtttcctagcaggtgtggtttcatcagagcatctgtccagt
ctctgctggccacctcctgagttctctctccccgagaacagagagctgattcctcatcag
gcttggaactctccagaacacctggagtggctgaagagaaccatcctcagccggcaactt
cctgaatgggatctgcctccaattagtgcctcctggccacatttgtgtgcctcgatattc
cagtacgtatcccagatccctacatcacccttaagccaacctattctaatgtcccgtctg
gagaacctgctaagaagagtgaactaccaatactttcacgtgagtgatgcagattgggag
gactatgagacgactggaccatcctttcacgaaattccttgggacgacatcataagcctg
tgtgtagagcatcgtatgaaggactggagtttggagactctggtgtcaaaagatgccctc
acggatgatggcgagattcttgtatattttaacaaagacagcctgaagtgtttccagccc
cctgatagctggatagaggctgtgaaacagacatatcaggaaaaacagctggccttagaa
gtgtcaaaagtcaggcccccaaccacgcccagacatttccccaaacagaagctgtttcag
agtcacttaaacacagaggaatggccttctgtgcgtgatgctgcacaaattcccatatcg
cagcactttgaatggattctctcttccattcgtgatatgaacgctgagggccagaggatt
ggagagcaggtacagcgtcggattgaagcggatcctttacacacttcatcgtttcctctt
accctgacctccaccgtcctctctatgcccgtgaccatgaccccctcccgaaagcgccct
gctgctggcactgtccacatacaggaaaccgaaacagctgacctggttgagaaaatatca
tctccttgcaaaataaacagactctttgatgcagacagcacacagagtcccataatggag
cgacttcagcgtactctcttaactgttcaggagatgaatgctgagggccagagaatcgga
gagcagattcagcgtaggattgaagcggatcatttgtcctctgcctcttttccgctcttc
ctcccctccaccctcctctctgcacctccgctagttaggacttcctcttccaagcgccct
gctgctaccttccacatacaagaagtggaaacgaaagattctgttgagaagactactgca
tcttgtgacaaaaacagaccgctatctttgttccagcgtttgcaggacttgaaaagagag
ttgtcaagtcagaaggaggaggaacgtgtgtgtgacctcaagctgaagtgtcttttagac
attgtagagaactga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (21)   

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