KEGG   Pomacea canaliculata (golden apple snail): 112561906
Entry
112561906         CDS       T05881                                 
Name
(RefSeq) LOW QUALITY PROTEIN: ATP-dependent RNA helicase DEAH12, chloroplastic-like
  KO
K12818  ATP-dependent RNA helicase DHX8/PRP22 [EC:3.6.4.13]
Organism
pcan  Pomacea canaliculata (golden apple snail)
Pathway
pcan03040  Spliceosome
Brite
KEGG Orthology (KO) [BR:pcan00001]
 09120 Genetic Information Processing
  09121 Transcription
   03040 Spliceosome
    112561906
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:pcan03041]
    112561906
Spliceosome [BR:pcan03041]
 Complex C
  Other components
   Step II factors
    112561906
SSDB
Motif
Pfam: Helicase_C OB_NTP_bind IBR DEAD AAA_19 AAA_22 RRM_1 RRM_3 HA2_N nSTAND3 RsgA_GTPase AAA_30
Other DBs
NCBI-GeneID: 112561906
NCBI-ProteinID: XP_025090540
Position
LG4:9184336..9195306
AA seq 2025 aa
MMKETDYCNHVFENHNHLSSSENENCSSDWREHLKHVEDLLLKPEVVNTRKKRESFQVPR
CDNQSSDFRGTRANNFEYNKKTRHQNNFTPSEIKFVGRHQKRHVMEMSSQPDAKACGKTL
DVASGKAEILQDFYGQPQLSNKENGRARHRGKEKKIRNEEKEIGREASQDLSGHPEVNYR
YQKTVVTGTRGGFVHVSGSDGEFRGTKKHSSPTPDDQTQKTTCSEPTSKDPQKTKSKKPR
RKHKKVSIDGKETEQGMSQTLSGPDEDFKRPTVKTGGREGFVPIPDSGREFRSTDSFHST
DDQSPSPESAIPKSTTKNSEKTDRKNSSKRKIENLKRSKFYQEKISGDRTKLLQENESLR
VDIPLYVKIHALFDGIGKVEEVLNKKLKPEGVSVRPDETNVKKFNSCTYCTIYCLNKYLA
KKLEEFLLKDKDKFTPAIDCSFVEYEETSCRQRRLETGKTERNFLIAQTRCELNAKADAV
LAKHDQNMTAMKESLNSAKKKLSKDVNCKQKESEVAVLEERIVEMERQKAEFMNSRTAFA
KNLESLLEGDTFEKERRDLLKQYGVECCRLEKPLPMYARRRDIVDLVANNQVSVILGETG
SGKSTQMVQYLMEAGFAKTGFIASTQPRKIAAISLAIRVAEELASQTGKVVGYKVGSKSR
HCSDTKIIFMTDLTLLNECLKDPEFSQYSCILVDEAHERSLYTDLLLTMIKRCLPRRPDL
RVVITSATIDPEVFVAFFGNCPVLTVSGRTYPVEVIWQDDVVEEYAFDNYVEEAAKKAVD
IHLGKEPGDILVFLTSMVETEKCCRFFQQKMGQRNDYKCFQLHGKLPPDEQRVVFQPLGK
DQRKIIFATNFAETSITIDGIRFVVDTGVAKEMSFDPKKNMNCLVVSPVSKSSAEQRKGR
AGRTAPGKCYRLYSKRSFRAMKPASLPEILRTHVGQAILKLADFGIGPDMYDFVESPSED
AITQAQTSLVRLGALAKDGTITEEGKWIARLPFDPKLGLLTSLGKKSNLLFDSVVLSAVM
NADGNVFYRGTTAEKQAKHDKAKVKFSESGGDCLTALSVLKKWWSIPKNQKSKWCMDNSL
NSKVLNGVSETVAEILHTLKKEVNIEVRQTFSNSENAEDLLRRMLFKCYSSNLCHYLGLE
RAGYFAAELSRQVHVHPSSCMNVLAMSPEWVVYNQVLKTSRDFITGLTVVEESWLYDDDN
SLGFEVEEIRKKKVTNIFTQAAGSHVFFSLIGPHYCKLAEYEEMASSEASTVVVVEASRE
KGEVKVYSTGGDVCTLVNRLKETAEKSAQELVDEDMELTVGKETSGLRVILGRGGEVKDL
MMPEESRKVFISKPSDTTSEDSLRAKFSEVGEIKFCKKFDRGKNWGLLIFRTREEAKMAE
EMSKNDKYDVARVEWRPAVKYQANLKARLKWCRRPLSGTGCISVSPAYLADVCRLKSFYV
ENDLVKIRLDKKKDDSFYISDLKPSATKELVEGCLLHALGLPPDKKGIVEDTFLHRRNVE
KTSERERNRLRTEIKNAFQDHLKFSDVEVKVKPPNDKDXFFFAEAFFTDPIEGVSACTSL
GRHFELIGSRVEIVPDISANLIVQKRIVDVCGSEIDKVVEMLSTDEINVKLSPLGSSNMV
KVAVTAFDVEGVVRARTCLNQVFKGDVLQCSATPVLMHLLAPAGRAFLRRAEKEVEAFVS
VDNRLRTVSVYGSESACTRMRTKMNEYIEQLLTGTSAEVCLKGADKPPGLLKTLIMRHGE
DAEGFRIVAGLRSVVLDYRRHEVKMIGSVESVETAQTMIDELAEEVRQKMRLPKPEASCP
ECVACFCPIEKGDLYRLEYCAHPYCRDCIKRQVKVAIADHSFPVLCSQEGCERPLVWRDF
KSLVHRGAFSFSTLTSAALSSFTMIQRNAVRFCTTPDCPMVYRVTPEEGAVVFQCPECSV
RICSACHSQAHDGVTCAMLRSAKNQEEDIEKWASLDPHRRKACPTCKMPIEKIEGCNKMV
CQACKTIFCWLCRKVYPSYETCYAHLKRRHGGFWNNEADLLYNDN
NT seq 6078 nt   +upstreamnt  +downstreamnt
atgatgaaagaaacagattactgcaatcatgtttttgaaaatcacaatcatttgagctcc
agtgagaatgaaaattgttcatcagactggcgagaacatttaaaacatgttgaggattta
ctactgaagccagaagtagtaaacaccaggaagaaaagagaatcattccaggtaccacga
tgtgataaccagtcctcagattttagaggaacccgggccaacaattttgaatataacaag
aagacacgtcatcaaaacaattttactccaagtgagataaaatttgtcggacgtcatcag
aaacgtcatgtgatggaaatgtcgtcacaacctgatgcaaaagcttgtggtaagaccctt
gacgtagcttccggtaaagctgagattttacaagatttctatgggcagcctcaattgagt
aataaggaaaatggtcgagcccgccatagaggaaaggagaaaaaaataaggaatgaagag
aaagaaatagggcgtgaggcgtctcaagatctctcaggtcaccctgaggtaaattataga
tatcagaaaacagtcgtcacaggaaccagaggcggctttgtgcatgtgtcagggagtgac
ggagagtttagaggtacaaagaaacacagttcacctactccagatgatcagacccagaag
actacatgctcagaaccaacaagtaaggacccccagaaaaccaagagcaagaagccacgt
agaaaacacaaaaaagttagcattgatggaaaagaaacagagcaaggcatgtctcaaact
ctaagtggccctgatgaggacttcaaacgtccaacagtcaaaacaggaggtagagaaggt
tttgttccaataccagatagtggtagagagttcagaagcacagacagtttccactctaca
gacgatcagagtccctctcctgagtctgcaataccaaaatcaactaccaagaactcagag
aaaaccgatcgtaaaaactcttccaagcggaaaatagaaaatctgaaacgttctaaattt
taccaagaaaaaatatcaggagacagaactaaattattacaagaaaacgagtcccttcgt
gtggacattcctttgtacgttaagatccatgcactatttgatggtatcggcaaagttgag
gaggttctgaacaagaaattaaaacctgaaggagtcagtgttcgaccagatgaaacaaac
gtgaagaaatttaattcgtgcacttactgcacaatatactgtctaaacaaatatcttgcc
aaaaagctggaagagttcctgttaaaggacaaggataaatttacgcccgccattgattgc
agttttgtggaatatgaagaaacaagctgtagacaaagacgactggaaacaggaaaaaca
gaaaggaactttctaatagcgcaaacacgatgcgagttgaatgcaaaagccgatgcagtt
cttgccaaacatgaccagaacatgacagcaatgaaagagagcctgaatagtgcaaagaaa
aaactttcaaaagatgttaactgcaagcaaaaagaaagcgaagtagctgtcttggaggaa
agaatagtagaaatggaaagacagaaggctgagtttatgaattctcggactgctttcgcc
aaaaatttggaaagtcttcttgaaggagatacatttgagaaagagaggcgagacctactg
aaacagtatggcgtggaatgctgccgactggagaagcctcttcccatgtatgcaaggcgg
agagacattgtggatctagttgccaataaccaggtatccgttatcctgggggagactgga
tcaggcaaaagtacgcagatggtccaatacctcatggaagcagggttcgcaaagacaggc
ttcatagcttccacgcagcctcgcaagattgccgccatctcgctcgccatccgcgtggca
gaagaacttgcctcccaaactggaaaagtggtcggctacaaagtaggcagcaagtctcga
cattgcagcgataccaaaattatcttcatgacggacctgaccttgcttaacgagtgtctt
aaagatccagaattttcgcagtattcttgcatattagtggacgaggctcacgagagaagc
ctgtacactgacctcttgctgaccatgattaagagatgcctaccccggagacctgattta
cgggttgttattacttcggcaaccattgacccggaggtgtttgtcgctttttttggaaac
tgcccagttctgacagtctctgggcgcacataccctgtggaggtcatctggcaagatgac
gtcgtagaggagtacgcgtttgacaattatgttgaagaagctgccaagaaagccgtagac
attcatctgggaaaggaacccggcgacattctggtgtttctcacgtcaatggtggagacg
gagaagtgctgtaggttctttcagcagaaaatgggtcaaagaaatgattataagtgcttt
cagctacacggaaaattgccaccagacgagcagcgggtagtgtttcaacctcttggcaag
gaccagagaaaaattatctttgccactaactttgcagaaacatccatcaccattgatggt
ataaggtttgtagttgataccggggttgccaaagagatgtcttttgatccaaaaaagaac
atgaactgtcttgttgtcagtccagtcagcaaaagttccgcagagcaacggaaaggtcgc
gctggtcgaacggctcctggtaagtgctacaggctatattctaaacgcagcttcagggcc
atgaagccagctagcttgccagaaatcctaagaactcatgtaggccaggccattttgaag
ctggcagactttggcataggtccagatatgtacgactttgtggagtcgccaagcgaagat
gcaatcactcaggcccagacttctctcgtgcgcctaggtgccttggcaaaagatggcacg
atcacggaagaaggcaagtggattgctaggttaccgtttgatccaaaactgggactgctg
acgtcactgggcaaaaaatccaaccttctgttcgactctgttgttttgtctgcagtcatg
aacgctgatggcaacgtcttctatcgaggaacgactgccgagaaacaggcaaagcatgac
aaagcaaaggtcaagttcagtgaaagtggtggtgattgtttaaccgctttaagcgtgctt
aagaaatggtggagcatccccaagaatcagaagagtaaatggtgcatggacaacagcctc
aacagcaaagtcctgaatggcgtcagcgaaaccgttgctgaaatcttgcatactttaaag
aaggaggtaaacattgaggttaggcagacattttcaaattcagagaacgcagaagatttg
ctaaggagaatgcttttcaaatgttactcttcaaacctttgccattaccttggactagag
agagcaggctactttgcagcagagctttcaagacaagttcatgtacatccatcatcatgc
atgaatgttctggctatgtctccagaatgggttgtctacaatcaggttttaaaaacatcg
agggacttcatcacaggtttgacagtagtcgaggaatcatggctttatgacgacgacaac
agcctcggctttgaagtggaggaaatccgcaagaagaaagtgacgaacattttcacacag
gcggcgggatctcatgttttcttctccctgataggtcctcactattgcaagcttgcagaa
tacgaagaaatggcttcttcagaagcctctaccgttgtcgttgtggaagcatccagggag
aaaggagaggtcaaagtgtattcaacaggaggcgatgtttgcactctcgtcaataggctg
aaagagactgctgaaaagtccgcgcaagaactggtcgacgaagacatggaacttactgtt
ggaaaagagacatccggtctacgtgtgatacttgggcgtggcggagaagtcaaggacctg
atgatgccagaagagagcaggaaagttttcatcagcaagccctcagatacaacatcagag
gatagtcttagagccaaatttagcgaagttggagaaattaaattttgcaaaaagttcgac
agaggaaaaaattggggattgttgattttccgaacgagagaagaggccaagatggcggaa
gagatgtcaaagaacgacaagtacgatgtcgctagagtcgaatggcgacctgcagtgaaa
tatcaagccaacctgaaagctcgtctaaaatggtgtcgcagaccacttagtggcacagga
tgtatcagcgtgtcgccggcatacctggccgatgtttgtcgcctgaagtcattttatgta
gaaaatgatcttgtgaagatcagactagacaaaaaaaaggatgactctttttatatttct
gaccttaagccaagcgcaaccaaggaactggtagaaggctgcttgctgcatgcattgggt
ttaccgcctgacaagaaaggcatcgtggaggacacgtttttacatcgaaggaatgttgaa
aagactagcgagagggaacgaaacaggcttcggacagaaataaagaacgcgtttcaagac
cacttgaaattttcagacgtcgaggttaaagttaagccaccaaatgacaaagactaattt
ttctttgctgaagcattttttacggatcccatcgaaggagtcagtgcgtgcacatcttta
ggcagacattttgaattgattggttcccgtgtggagattgttccggacatctctgccaat
cttatcgtacagaagcgcatcgtagatgtctgtggatcggaaatagataaagtggtagaa
atgctgtcaaccgatgagatcaacgttaaactgagtccactgggcagcagcaacatggtg
aaagtggcagtgacagctttcgacgtggagggtgtggtccgagccaggacctgtctgaac
caagtcttcaaaggagacgtgctgcagtgctcggccacccccgtgctgatgcaccttctg
gctccagcaggccgggcgttcctgaggcgggccgagaaagaagtcgaggcttttgtcagc
gtagacaacagacttcgcaccgtctccgtgtatggcagcgagtctgcgtgcacgcgcatg
aggacaaagatgaacgagtacattgaacagctgctgaccggaacttccgccgaggtgtgc
ctgaaaggcgcggacaagcctccaggtctcctgaagaccctcatcatgcggcacggcgag
gacgcggaaggatttcgcattgttgctggcttgcgatctgtcgtattggattacaggcgt
cacgaggtcaagatgatcgggtcagtggagagtgtggagacggcccagaccatgatcgac
gaactagcagaagaagtgcgtcaaaagatgcggcttcccaaaccagaagcaagctgccca
gagtgcgtagcttgcttttgcccgatcgagaaaggcgatctctaccggttggagtactgt
gcacatccctactgccgcgactgcatcaagcgccaggtcaaagtcgctattgccgaccac
agcttccccgtgctgtgcagccaggagggttgtgagcggccgctggtctggcgagacttc
aagagcctggttcaccgcggagccttcagcttctccacgctcacttccgccgctctctcc
tctttcacgatgattcagaggaacgctgtgcggttctgcacgacccccgactgccccatg
gtgtaccgcgtgacccccgaggaaggagccgtggtgttccagtgtccggagtgcagtgtc
cggatctgtagcgcgtgccacagccaggctcacgatggcgtgacgtgcgcgatgctgcgc
agcgccaagaaccaggaggaggacatagagaagtgggccagcctcgacccacacagacgc
aaggcatgtcccacttgcaagatgccaattgagaagattgaaggctgcaacaagatggtg
tgtcaagcatgcaaaacgatattttgctggctctgcaggaaagtttatccgtcttatgaa
acctgctacgctcatctcaaacgtaggcatggaggcttttggaacaacgaggcggacctc
ctgtacaatgacaattag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (22)   

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