KEGG   Seriola dumerili (greater amberjack): 111226048
Entry
111226048         CDS       T05606                                 
Symbol
aqr
Name
(RefSeq) intron-binding protein aquarius isoform X1
  KO
K12874  intron-binding protein aquarius
Organism
sdu  Seriola dumerili (greater amberjack)
Pathway
sdu03040  Spliceosome
Brite
KEGG Orthology (KO) [BR:sdu00001]
 09120 Genetic Information Processing
  09121 Transcription
   03040 Spliceosome
    111226048 (aqr)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:sdu03041]
    111226048 (aqr)
Spliceosome [BR:sdu03041]
 Complex B
  Other components
   Prp19-related factors
    111226048 (aqr)
 Complex C
    111226048 (aqr)
SSDB
Motif
Pfam: Aquarius_N_1st Aquarius_N_2nd AAA_11 AAA_12 Aquarius_N_3rd AAA_19 ResIII AAA_30 DEAD UvrD-helicase SLFN-g3_helicase UvrD_C_2 AAA_16 AAA Parvo_NS1 AAA_22 PhoH DnaB_C nSTAND3 ATPase
Other DBs
NCBI-GeneID: 111226048
NCBI-ProteinID: XP_022606852
Position
Unknown
AA seq 1470 aa
MEKETPAKKAAAPSVSQINAEYVTQLANKYWAPHAKNKLPFDPKVMEDVYEKEILKSKFA
IRKIMLLEFSQYLENYLWVNYTPEVSSNAYLMSICCIVNEKFRENVPAWEVFKKEPSHFP
FFFKCVMEAVLTGEEAGLTLKEQTVLLVFLDHCFNSLEVDLIREQVQQLISLPMWMCLLP
SRLQHELKKVPKLQKFWNLIKKKFDKMDADAAEQAKKERTFLSALIKKFLGVLMSIPPSE
TVSMDKVHYCERFIELMIDLEALLPTRRWFNTVLDDSHLVVSCHLSSLTHREKEGHLFCQ
LLDMLKFYTGFEINDQTGNALTQKEMTTLHYDRITSLQRAAFAHFPELQDFALSSVAAVD
TRESLTKHFGHLSPNTLHQVASYLCLLPELPEGKDTTYEKEVLLELLVSRHERRISQIEQ
LNQMPLYPTEKIIWDENIVPTEYYSGEGCLALPKLNLQFLTLHDYLLRNFNLFRLESTYE
IRQDIEDVVWRMKPWQSEYGGVVFGGWARMAQTITSFSIVEVAKPNIGESWPARVRADVT
VNLNVQDHIKHEWEGLRKHDVCFLITVRPNLPYGTRFDRRQPFVEQTGLVYVRGCEVQGM
LDDKGRVIEEGPEPKPKLRGDARTFRVWLDPNQYQQDMTSSIQSGTEDPYETFNIIMRRK
PKENNFKAVLETIRHLMNTECVVPDWLHDIILGYGDPGSAHYSKMPNQISALDFNDTFLS
LDHLHSCFPGKTIKVTEENPELQVPPFRIKFPISNKTDKGKKRKADEEVEDKEEDKTLVV
EPYVTLNRGPYPYNQPKRNTIQFTPTQIEAIRAGMQPGLTMVVGPPGTGKTDVAVQIISN
LYHNFPEQRTLIVTHSNQALNQLFEKIMALDIDERHLLRLGHGEEELETEKDFSRYGRVN
YVLARRLELLKEVGRLQESLDVPGDVSYTCETAGHFYLYQVISRWEEYMSKVRPKQGKKV
EVEVVAAHFPFHKYFSNAPQPVFKGRSYEEDMDIAEGCYRHIKKIFTQLEEFRAFELLRS
GLDRSKYLLVKEAKIIAMTCTHAALKRHDLVELGFKYDNILMEEAAQILEIETFIPLLLQ
NPEDGYSRLKRWIMIGDHHQLPPVIKNMAFQKYSNMEQSLFTRFVRLGVPTIDLDAQGRA
RASLCNLYNWRYKHLGNLPHVQQLPEFQVPNPGLTFDFQLINVEDFNGVGESEPNPYFYQ
NLAEAEYSVALYMYMRLLGYPADRISILTTYNGQKHLIRDVINQRCAGNPFFGQPNKVTT
VDRFQGQQNDYIILSLVRTKAVGHLRDVRRLVVAMSRARLGLYIFARVSLFQNCFELTPA
FNQLTARPLQLHIRPHEYYSQEQPRDASGQPDQILKNMPEMANLVYNMYMHMIQTSQKYR
QQQQQKLAQPPQQTKTDAVVEKEPARTGDLQEETPMEQENPEGEVSSAPNSEDTSEKEEN
QDTVGHAKMPEHPGRDSDSDGEDSGEEKAQ
NT seq 4413 nt   +upstreamnt  +downstreamnt
atggagaaagaaacgcccgctaaaaaggctgcagctccatctgtgtctcagattaatgct
gaatatgtcacacagttggctaataaatattgggctcctcatgcaaagaataaactacca
tttgaccctaaggtgatggaagatgtctatgaaaaagagattctaaagtccaaatttgcc
atcagaaaaattatgctgcttgagttcagccagtacctcgaaaactatctatgggtaaac
tacactcctgaggtgtccagcaacgcctacctcatgtccatctgttgtatcgtcaacgag
aagttcagagagaatgtcccagcttgggaggtgttcaagaaggagcccagccacttccct
ttcttcttcaaatgcgtgatggaagctgtgttgacaggcgaggaggctggcctcactctg
aaggaacaaaccgtgctgctggtcttcttggaccactgcttcaacagtctggaggtagat
ttgatcagagaacaggtgcagcagctcatctctctgcctatgtggatgtgcctcttacca
tcaagacttcaacacgagctgaaaaaagttccaaagctgcagaagttctggaatctaata
aagaagaaattcgataagatggatgctgacgcagctgagcaggccaaaaaagagaggacc
ttcctctcagctctgattaaaaaatttcttggagttctcatgtcaattccgccctcagag
actgtatccatggacaaagtacattattgtgagagattcattgaactcatgattgatttg
gaggccctgctgcccaccaggcgttggtttaatacagtgttggatgactctcacttggtg
gtcagctgccacctgtccagcctcacccacagagagaaggagggacacctcttctgccag
ttgttggacatgctgaagttctacacaggctttgagatcaatgaccagacaggaaatgct
ctgacgcagaaagagatgactactctacactatgacagaatcacctctctgcagagggca
gcctttgctcatttcccagagttgcaggactttgctctgtcgagcgttgccgcagtagac
actcgagaatccttgaccaaacactttgggcatctcagtcccaatacgctccaccaggtg
gcctcgtacctatgtctgctgccagagctgcctgaagggaaagacaccacctatgagaag
gaagttcttcttgagctgttggtatcacgtcatgagcgcagaatctctcagattgagcaa
cttaaccagatgcccctttatccaacagagaagataatctgggatgagaacattgttccg
acagagtactactcaggcgaaggctgcctggcgttgcctaagctgaacctccagttcctg
accctccatgactacctgttgaggaactttaacctctttcgtctagagtccacctatgag
atcagacaggacatagaagatgtggtgtggcgtatgaaaccatggcaatcagagtatggt
ggagtggtgtttggaggctgggccaggatggctcagacgatcacctccttttccatagta
gaggttgccaagcccaacattggggaaagctggcctgcccgtgtccgagctgatgtcact
gttaacctcaatgtacaagatcatatcaagcatgagtgggaagggctgcggaagcacgac
gtttgctttctgatcacggtgcggcccaacctgccctacggcacacgcttcgaccggcgc
cagccctttgtggagcagactggcttggtgtatgtgagaggctgtgaggtgcagggtatg
ctggatgacaagggacgtgtcattgaggaaggacctgaaccaaagcctaagctgcgagga
gatgccagaaccttccgtgtttggctggacccgaaccagtatcaacaggacatgaccagc
agtattcagagtggcactgaagacccatatgagactttcaacatcatcatgagacgcaaa
cccaaggagaataatttcaaggcggtgctagagaccatcagacacctgatgaacacagag
tgtgttgtcccagactggcttcatgacattatcctaggctatggcgacccaggcagtgcc
cactactccaaaatgcccaatcagatctccgcattggacttcaatgacacctttctgtcc
ctggaccatttacattcatgtttccctggtaaaaccataaaagtcacagaggagaatcct
gaactgcaagtcccccctttcagaatcaagtttcccatctcaaacaaaactgacaaaggg
aaaaagagaaaggcagatgaagaagtggaagacaaagaggaagacaagaccttggttgtt
gagccctatgtcaccctcaaccgtgggccctatccctacaaccagcccaaacggaataca
atccagttcactcctactcagattgaagccattcgagctgggatgcagccaggactcacc
atggttgtaggaccaccaggtaccggaaagacggatgttgccgttcagatcatctcaaac
ctctaccacaactttcctgaacagaggacccttatagtcacacattcaaaccaggctctg
aaccagctgtttgaaaagatcatggcactagacatcgatgagcgtcacctcctgcgtctg
ggccacggagaggaggagctagagactgagaaggacttcagcagatatggcagggtaaac
tacgtcctagccagaaggctggagctcctcaaagaggtgggaaggttacaggagagcttg
gatgtcccaggagatgtttcttacacctgtgagactgctggacacttctacctctaccag
gtgatatctcgttgggaagagtacatgagcaaggtcaggcctaagcagggcaagaaagtg
gaagtggaggttgtggctgcccactttcccttccacaagtacttctccaacgccccccag
cctgtgttcaagggtcggtcgtatgaagaggacatggacattgcagagggctgctaccgt
cacatcaagaaaatatttacccagctggaagagtttagggcctttgagctgctgaggagt
ggactggaccgctctaagtatctgctagtgaaggaagccaaaatcattgctatgacctgt
acacatgctgcactcaaacgtcatgacctggtggagctgggatttaagtacgacaacatc
ctgatggaagaagctgctcagattctggagatcgagaccttcatccctctattgctacag
aacccagaggacggctacagcaggctgaagcgttggatcatgattggagaccaccaccag
ttgccccctgttatcaagaacatggccttccagaagtactccaacatggagcagtctctg
ttcacccgatttgtgcgccttggagtgcccaccatcgatctggatgcgcagggccgtgcc
cgtgcaagcctgtgtaatctgtacaactggcgctacaaacacctggggaacctacctcat
gtccagcaactgcctgagttccaggtgcccaaccctggcctaacctttgacttccagtta
attaatgtggaggacttcaatggggtgggagaatccgagcccaacccttacttctaccag
aacctggcagaggcagagtactctgtggctctgtacatgtacatgcgtctactgggctac
cctgctgaccgcatcagtatccttaccacctacaatgggcagaaacacctgatcagagac
gtcatcaaccaacgctgtgctggcaatcccttctttggacagcctaacaaggtgacaaca
gtggacaggttccagggtcagcagaatgactacatcatcctctcactggtccgcaccaaa
gctgtgggacacctgagggatgtgaggcgtctggtagtggccatgtcaagagccagactg
ggtctgtacatctttgcccgggtgtcactgttccagaactgcttcgagctgactccagcc
ttcaaccagctcacagccagacctctgcagctgcatatcagaccgcacgagtactacagc
caggaacagcctagagatgcttcaggacagccagaccaaatcctcaagaacatgccagag
atggccaacctggtgtataatatgtacatgcacatgatccagacctcccagaagtacaga
cagcagcaacagcagaaactggctcagcctccacaacaaaccaagacagatgctgtggtg
gagaaagagccagctagaactggggacctgcaggaagaaacccccatggagcaggaaaac
ccagaaggagaggtaagctcagcgccaaactctgaggacaccagtgagaaggaagaaaat
caagatacagtgggccatgctaagatgccagagcatccaggaagagacagcgacagcgat
ggagaggacagcggggaagagaaagcgcaatag

  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)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (20)   
   Pfam (20)   
All databases (34)   

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