KEGG   Nanorana parkeri (Xizang Plateau frog): 108799326
Entry
108799326         CDS       T04897                                 
Symbol
AQR
Name
(RefSeq) intron-binding protein aquarius
  KO
K12874  intron-binding protein aquarius
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr03040  Spliceosome
Brite
KEGG Orthology (KO) [BR:npr00001]
 09120 Genetic Information Processing
  09121 Transcription
   03040 Spliceosome
    108799326 (AQR)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:npr03041]
    108799326 (AQR)
Spliceosome [BR:npr03041]
 Complex B
  Other components
   Prp19-related factors
    108799326 (AQR)
 Complex C
    108799326 (AQR)
SSDB
Motif
Pfam: Aquarius_N_1st Aquarius_N_2nd AAA_12 Aquarius_N_3rd AAA_11 UvrD_C_2 Lipoprotein_6
Other DBs
NCBI-GeneID: 108799326
NCBI-ProteinID: XP_018426684
Position
Unknown
AA seq 1629 aa
METKPGGQPAGRKMATPTVTQMNAEFVTQLAKSHWAPHSKNKLPFDPKVIEDIYSKEIVK
SRFAIRKIMLLEFSQYLENYLWVNYSAEVSSKAYLMSICCMVNEKFRENVPAWETFKKKP
EHFPHFFKSIMEASVPEESKSDCTLHERTILLLFLDHCFNSLEVDLIRGQIQQLISLPMW
SCLQPARLEQELKKTQKLRRFWNLIKKTDEKMDQKAGEMAREERIFLRKLIQKFLSVLRS
IEATGPVSLEKIHYCERFIELMIDLEALLPTRRWFNTVLDDSHLVVHCYLSNLCKREEEG
HLFSQLLDMLKFYTGFEINDQTGNALTENEMTTIHYDRITSLQRAAFAHFPELYNFALSN
VAAVDTRESLVKLFGPLGPNALHRVASYLCLLPALSEGEETKYDKGFLLELLVSRHERRI
SQIQQLNQMPLYPTEKIIWDENIVPTEYYSGEGCLALPKLNLQFLTLHDYLLRNFNLFRL
ESTYEIRQDIEDVVCRMKPWQSEYGGVVFGGWARMAQPIAAFSVVEVAKPNIGENWPTQV
RADVTINLNVRDQIKDEWEGLRKHDVCFLVTLRPMLPYGTKIDRRQSIAEQTGLMYVRGC
EIQGMLDEKGRVIEEGPEPKPKLKGDARTFRVFLDPNQYQQDMTNTIQNAAEDVYETFNL
IMRRKPKENNFKAVLETIRKLMNTDCVVPDWLHDIILGYGDPGSAHYSKMPNQIPTLDFN
DTFLSLDHLKACFPEHQVKVTVEDPSLHKAPFRITFPVYGGKGKKRKEGSDEETVQEEPL
TLIVEPHVIPNRGPYPYNQPKRNTIQFTATQTEAIRAGMQPGLTMVHMRKIHISASCPSK
IKCLTGCSYTSSPVEGVLPDLLAAASYLWHPIVSTIISSVSTSAPATGTRAPLCLYNCCL
VASSGDQTRAANNLYHNFPEQRTLIVTHSNQALNQLFEKIMALDIDERHLLRLGHGEEAL
ETEKDFSRYGRVNYVLARRLELLKEVGRLQESLGVPGDVSYTCETAGHFFLYQIMSRWEA
YLSKVKAKPAQTPDVSDIAKLFPFQQYFSNAPQPIFKGQTYEEDMEIAEGCFRHIRKIFT
QLEEFRAFELLRSGLDRSKYLLVKEAKIIAMTCTHAALKRHDLVELGFKYDNILMEEAAQ
ILEIETFIPLLLQNPEDGFSRLKRWIMIGDHHQLPPVIKNMAFQKYSNMEQSLFTRFVRL
GVPTVDLDAQGRARASLCNLYNWRYKSLGNLPHVQLLPEFRAANSGLLYDFQLINVEDFN
GVGESEPNPYFYQNLAEAEYAVALFMYMRLLGYPANRISILTTYNGQKHLIRDIINQRCG
HNHVIGQPSKVTTVDRFQGQQNDYIILSLVRTKAVGHLRDVRRLVVAMSRARLGLYIFAR
VSLFQNCFELTPAFSQLTARPLRLHILPGESFPTQRMNGEMPHYPAQVIKNMPEMAMFVY
DMYMHMMRSSQQYQYRQSLLPPPTSTKGINFVPSHDEEMEVEEQMSQGTDGGEMVTQEKE
TELPTDTVKRAEAGLGRSSAEADKDVKEATEKTSADDTKKAQEVQKAEVQPKHDMGEKQS
DLQDKVPEPGSVEPVPQTELDSMETEGATGQVDNDNSLPTEEDVEHQKMPDHPGRDSDSE
YSENEGAED
NT seq 4890 nt   +upstreamnt  +downstreamnt
atggagaccaaaccggggggacagccggcgggcagaaaaatggcgacccccacagtgaca
cagatgaatgccgagtttgtcactcagttggcaaaatcacactgggctccacattcaaag
aacaaactgccgttcgaccctaaggtgatagaagatatttactccaaggagattgtcaag
tcaaggtttgcaatccggaagataatgctattagagttcagccagtaccttgagaactac
ttgtgggtaaattactcggcagaggtgtctagtaaagcctacttaatgtctatttgctgt
atggtgaatgagaagttccgtgaaaacgtccctgcttgggagacttttaagaagaagcca
gaacatttcccccatttcttcaagagtataatggaagcgtccgtgccagaagaatcaaaa
agtgattgcacattacatgagcgcacaattctcctccttttcctggatcactgcttcaac
agcctagaggttgatttaattcgtggacaaattcagcagctcatatcactgcccatgtgg
tcctgtctgcagccggcccgtctggagcaggaactaaaaaagacccaaaaactacggagg
ttctggaacctcattaagaagactgatgagaagatggaccagaaggcaggagagatggcc
agagaggaaaggatatttctgcggaagcttatacagaagttcttgtctgtgctcagatca
attgaagccacaggtcctgtctccctggaaaaaatccactattgtgagcgctttatagaa
ctcatgattgatttagaggctttactccccacccgccgctggttcaacacggttctggat
gattctcacctggttgtacactgctatttatccaacctctgcaaaagagaggaggaagga
catttgttttctcagcttctagacatgttaaagttctacactggctttgaaattaatgac
cagactggcaatgcgctcacagaaaatgaaatgaccaccattcactatgatcgcataaca
tctctacagagagcagcatttgcacacttcccagaactctacaactttgcgctctccaat
gtcgcagctgtggacacaagggaatctcttgtcaagttatttggaccactgggtcccaat
gcactccaccgggtggcatcatatctctgtttactgccagcactctctgaaggcgaggag
accaaatatgacaaagggtttctcttggagctcctggtgtcccgacatgagcgtcgtatt
tctcagatccagcagctgaaccagatgcccttgtatcccacagagaagatcatatgggat
gagaacattgtgcccacagagtactattctggggaagggtgcctggcactgccaaagctt
aacctgcagtttctaaccctccatgactatcttcttcgcaacttcaaccttttccgcctg
gagtcaacgtacgagatccgccaggatattgaggatgttgtatgccgcatgaagccatgg
cagtctgaatatggtggtgttgtttttggtggctgggctcgcatggctcaacctatagcg
gctttctctgttgtggaagttgccaaaccaaacattggtgaaaactggccaacacaagta
agagccgatgttaccatcaacctgaatgtcagagaccagattaaagatgaatgggaaggt
ctccgcaaacatgatgtttgctttttggtcaccctgcggcccatgttaccatatggaacc
aagattgatcgtaggcagtctattgcggaacagactgggctcatgtatgtacgaggatgt
gaaattcaaggcatgctggatgagaagggacgagttattgaggaaggacccgagcctaaa
cccaaactcaaaggagatgcaagaactttccgagtgtttctagatccaaatcagtatcaa
caagacatgacaaacaccattcagaatgcagctgaagatgtgtatgaaaccttcaacctg
attatgaggaggaaacccaaagagaacaactttaaggcagtactagagacaatccggaaa
ctgatgaatacagactgtgtagtgcccgactggctgcatgacattattttaggatatgga
gatccaggaagtgcacattactcaaagatgcccaatcagattccaactctggattttaat
gacacttttttgagtctggaccatctgaaggcttgtttccccgagcaccaggtgaaggtg
acagtggaagatccatctctgcacaaagccccattcaggattacttttcctgtatatggt
ggaaaaggaaagaagagaaaagaaggcagtgatgaagaaactgtacaagaggaaccactt
acattaattgtggagcctcatgtcatccctaaccgtggtccatacccatacaaccagcct
aaacgaaacactattcagtttactgcaacacaaaccgaagctattcgtgcgggaatgcag
cctggcctgaccatggtgcatatgcgtaaaatccacatctctgcttcctgccccagcaaa
ataaagtgtctgacaggatgcagttacacatcgtcccccgtagagggagtgctgcctgat
ctgctagcagccgccagctacctctggcacccaatcgtcagcaccatcatctccagtgtg
tcaacttccgcaccagccacaggcactcgtgcccctctctgtctgtacaactgctgtctg
gttgcctccagtggggatcagacgagagctgcaaacaatctctaccacaattttccagag
cagaggactcttatagtcacccattccaaccaggccctcaaccagctgtttgagaagatt
atggctctagatattgacgagaggcacctcctgcgtctgggccatggtgaggaggcgctg
gagactgagaaggattttagcaggtatggaagagtaaattatgtgttagcacggcgcctg
gagctgctgaaggaagtggggcgtctgcaggagagcctgggagtccctggagatgtgtcc
tatacctgtgagactgccggccatttctttttgtaccagataatgtcacggtgggaggcc
tacctgagcaaagtaaaagccaaacctgctcaaactcctgacgtgagtgatattgccaag
ctattcccgttccagcagtacttctccaatgctcctcaacctatattcaaaggccaaacc
tatgaggaagacatggaaattgcagaaggatgtttccggcacattaggaagatatttact
cagctcgaggaattccgagccttcgagttgttgcgtagtggactggatcggtcaaaatac
cttcttgtgaaggaagccaagatcatcgccatgacttgcacccatgcagctctgaaacgc
catgacctagtagagctagggtttaagtacgataatatcctgatggaagaagctgctcag
attcttgaaatcgagaccttcatccccctcctactgcagaatccagaggatggcttcagc
cggttgaaacgttggatcatgattggagaccatcaccagctgccacctgtcatcaagaat
atggcctttcagaaatactccaacatggagcagtcactcttcactagatttgtgcgactg
ggagtgccaactgttgaccttgatgcccaaggaagagccagagccagcttgtgcaatctg
tataattggcgctataagagtctagggaatctacctcatgtgcagttgctaccagagttt
agagctgccaactctggcttgctctatgacttccagcttataaatgtagaagattttaat
ggagtcggagaatctgaacccaacccatacttctaccagaatctggctgaagcagagtat
gcggtagctctgtttatgtatatgcgtctgcttggatatcctgccaatcggatcagcatc
ctaaccacatacaatggacagaagcacctgatccgtgacatcatcaaccagcgctgcggc
cacaaccatgttataggacagccgagtaaggtcacaactgtggatcggttccagggacaa
cagaatgactatatcatcctgtcacttgtcagaaccaaagctgtgggtcacctgagggat
gtcagacggttagtggtagcaatgtccagagcccggctcggactgtacatatttgctcga
gtctccctcttccagaactgctttgaattgacccctgcattcagtcagcttactgctcgt
ccactgcgactgcacattttacctggtgaatctttcccgacacagaggatgaatggtgag
atgccacattacccagcccaggttattaagaacatgccagagatggccatgtttgtgtat
gatatgtatatgcacatgatgcgctccagtcagcagtaccagtaccgccaaagtcttttg
ccaccacctacttccacaaagggaatcaactttgtcccatctcatgatgaggagatggaa
gtggaagagcagatgtcacaagggactgatggaggggagatggtgacacaagaaaaagaa
accgaattgcccacagacactgtgaagagagcagaggctggattaggcagaagctctgct
gaggctgacaaggatgtgaaagaagccactgagaagacatcagctgatgataccaagaaa
gcacaagaagtgcagaaagcagaggtgcagcccaaacacgacatgggagagaaacagtca
gatttacaagacaaagtacctgagccaggatctgtggagccagtgccccaaacagagctg
gattcaatggaaactgaaggagcaactggccaagtggacaatgataatagtctacccaca
gaggaggatgtggaacatcagaagatgccggatcatcctggaagagacagtgacagtgaa
tacagtgagaatgagggggcagaggactag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (37)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (54)   

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