KEGG   Pomacea canaliculata (golden apple snail): 112573796
Entry
112573796         CDS       T05881                                 
Name
(RefSeq) LOW QUALITY PROTEIN: peroxidasin-like
  KO
K19511  peroxidase [EC:1.11.1.7]
Organism
pcan  Pomacea canaliculata (golden apple snail)
Brite
KEGG Orthology (KO) [BR:pcan00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    112573796
Enzymes [BR:pcan01000]
 1. Oxidoreductases
  1.11  Acting on a peroxide as acceptor
   1.11.1  Peroxidases
    1.11.1.7  peroxidase
     112573796
SSDB
Motif
Pfam: An_peroxidase I-set Ig_3 Ig_2 ig LRR_8 V-set LRR_4 C2-set_2 LRR_5 LRR_9 LRRCT
Other DBs
NCBI-GeneID: 112573796
NCBI-ProteinID: XP_025110182
Position
LG10:complement(22610419..22641921)
AA seq 1350 aa
MGTASICLTGIVLMVWIVPQTEGNLACPPRCLCFRSNVRCMFLQLETIPTVPQDTTVLDL
RFNKIRTIPRGAFEGLPNLNTLLLNNNEIETLEAGAFDGIPELRYLYLYKNKLVTLDSDV
FKDLPKLEQLFLHSNQITRLPKGIFAHTPHLRRLRLDSNALICDCDIMWLADMLKEKHAH
TQAAATCEYPQNLQGRSLMSINKEDLRCEKPTITMEPRDVDVTFGNTVYFTCRAEGSPNP
EIVWMHNNNQVDISEGRFSLLHDGTLMIEDAQDADQGSYECIARNVAGEVHSNQVTLRYF
GEAVVPTFVQKPQNISAVEGETVQFVCHASGHPRPTMSWTKNMRQMGPDPRITEQEDGTL
TITNVQESDKGEYQCYAQTLCKLSLLQVTLHPIIDLPPADTSVVEGNPANFTCNARGDPT
PRLSWLKDSTEIPRSTEDFELLSNNHILLVRRATRTLQGIYTCRADNAAGFITASARLFI
VESTLPSFSQASDTVTAIAGTDITLRCQATGQPDPLYEWMHDGRIVESRNSITVSAGALS
ITGVSLQDAGRYDCIAENALGRATKSIFLQVQGTSGARPGDRFVTNAIVEATNRVNTAVN
NTLAELSDRNRRLTISDLIRTFRYPGPEALEPARAEEIFEQTLEIIQQRVQDGQNFDLQG
FENSYRELVSPAHLHMIANMSGCLRHVHSVDCSDSCFHRKYRTMDGTCNNLHNPTWGAAN
TALQRLLDPIYENGFNTPVGWNKGKLYKGLHLPSPRLVSSXLMSAPHITDDDKHTHMLMQ
WGQFLDHDLDLAPQAISFAQFADGTRCNETCENKNPCXPIPVPTSDLRIQRHACLGVTRS
AATCNSGMTSLFYNTVAPRQQLNVITAFIDASNVYGSSLDEAENLRERTRDRGLLRVGPL
TNGGNRLLPFDDSTLAPSDCQIEPGKRHVPCFRAGDHRVNEQLALTAMHTVWMRQHNQIA
TALLQINNHWDGNKVYHESRKIVGAIMQHITYAHWLPMILGPKGMMMMGQYEGYDPTVNP
TIVNEFATAAMRFGHSLIQPILFRLNETFQPIPEGNLPLHRAFFAPYRLLEEGGIDPFLR
GLFAAPAKKRMPGEFLNTELTEKLFVMANAIGQDLASLNVQRSRDHGLQFYNDYRPLCGL
PRANTFEDLRNEIHHRDTRSKLEALYGHPDNIDLFIGGMSETPLEGAKVGPLFTCILSGQ
FQRVRDGDRFFYENPGVFTPEQLTEIKRTSLAQVICQSGDNIRRIQRDVFIRVKSDDEYV
NCDSIPRLDLRMWSDCCEDCRRRGSFNSFASHFRGRRSVDHSYPEDHPTGNTTEKNELHS
EEETDEMVHENRNATEQLRPAEKDTCSGKT
NT seq 4053 nt   +upstreamnt  +downstreamnt
atggggactgcttcgatctgtctgaccggcattgtgctgatggtgtggattgtaccgcag
actgagggcaacctggcctgtccgccccggtgcttgtgtttcaggagcaatgttcggtgc
atgttcctgcaactggagactattcctaccgtgccacaagacaccacagttctggatttg
agatttaacaaaatcagaactatcccaaggggagcatttgagggactacccaatctaaac
acgttattgctcaacaacaatgagatagagaccttagaagctggtgcatttgatggaata
ccagagctgagatacttatatttatacaagaataaactagttactctagacagtgatgtt
tttaaagaccttccaaagctggaacagttatttctacacagtaaccaaattaccagactt
ccaaaaggaatatttgcacatactccccatctacggcgattacgcctagactccaatgcc
ttgatatgtgactgtgatataatgtggctagcagatatgctgaaagagaagcatgcccac
acccaggctgcagccacctgtgaatacccacaaaatctgcagggacgttctcttatgagc
attaacaaggaggatttgcgatgtgagaaaccaaccatcaccatggaacctcgagatgtg
gatgttacttttggcaatactgtatatttcacatgtcgtgctgagggatcacccaatcca
gaaattgtgtggatgcataataataaccaggtggacatatcagaaggtcgcttcagcctg
ctgcatgatggcaccctcatgatcgaggatgcacaggatgctgatcaaggatcatacgaa
tgtattgcccgcaatgttgcaggcgaggtgcactccaaccaagtcacactgaggtacttt
ggcgaggcagttgtaccaacatttgtgcaaaaaccgcagaacatatctgctgtggaggga
gagactgtacagtttgtctgccatgctagtggacacccacgtccaaccatgagttggact
aaaaatatgcgtcagatggggccggatcccagaatcactgaacaggaagatggaacactg
accatcaccaatgtgcaggaaagtgacaaaggggaatatcagtgctatgctcaaacactg
tgcaaactatctctgcttcaggtcactttgcacccaatcattgacttgccgccagcagac
acaagtgttgttgaaggcaatcctgcaaatttcacctgcaatgctcgtggagatcccaca
cctagacttagctggcttaaagacagtactgagattccaaggagtactgaagactttgag
ttgctgtctaacaaccacattctgctggtaagacgggcaactagaaccctccaaggaatc
tatacatgccgagcagacaatgcagctggatttatcacagcctcagccaggcttttcatc
gttgagagcaccttgccatctttcagccaagcaagtgatacagtgacagctattgccggc
acagacatcactctgcgatgccaagccacaggccagcctgaccctctttatgagtggatg
catgatggaagaatagtggagagtcgtaacagcatcactgtcagtgctggtgccctgtcc
atcactggtgtcagtcttcaggatgctggacggtatgactgcattgcagagaatgctctt
ggacgtgctaccaagtccatcttcttgcaggtgcaaggtaccagtggagctcgtccagga
gatcgctttgtcaccaatgcaattgtggaagcaacaaaccgtgtcaacactgcggtgaac
aatactttagcagaactgtctgatcgcaatcgccgcctcactatttctgatctgattcgc
acatttagatacccaggtcctgaggccctggaaccagcacgtgcagaagagatttttgag
cagactctggagataatccagcagcgggtccaagatggccaaaactttgatctacaaggc
tttgagaattcctaccgtgagttggtctcccctgcccacctgcacatgattgccaacatg
tcaggttgtctgcggcatgtacattccgttgactgctcagacagctgcttccaccgcaaa
taccgcaccatggatggcacctgcaacaacctacacaatccaacatggggtgccgcaaac
acagcactccagcgcctgttggatcctatctatgaaaacgggttcaacacaccagtagga
tggaacaaggggaagctgtacaaaggccttcatctgcctagtccccgacttgtatcatcc
ntgcttatgtctgctcctcacatcactgatgacgacaagcacacccacatgctaatgcag
tgggggcaatttctggaccatgatcttgaccttgcaccccaagccatcagctttgcccag
tttgctgatggcactcgttgcaatgagacctgtgaaaacaagaacccctgcnttcctatc
ccagtccccacaagtgacttgcgtattcagagacatgcctgtctgggtgttacgcgctct
gcagccacttgcaattccggaatgacctccttgttttacaacacagtggcaccacggcag
caactaaatgtcattacagccttcatagatgcatccaatgtttatggaagtagtcttgat
gaagctgagaatctgcgagaacggacaagggatcgtggcttgttgcgagttggtcctctc
accaacggtggtaaccgtttgctaccttttgacgattccactttagccccttctgattgc
cagatagagcctggcaagaggcacgtcccttgtttccgagctggtgatcatcgtgttaat
gagcagctagccctgacagccatgcatacagtttggatgaggcagcacaaccagattgca
accgctctgctgcagattaataaccactgggatggaaataaggtgtatcatgaatcccgg
aaaattgtaggtgccataatgcagcatataacctatgcccactggctgcctatgattctt
ggtccaaaggggatgatgatgatggggcaatatgagggctatgatcccacagtgaatcct
acaattgtgaatgaatttgcaactgctgcaatgcgttttgggcactcattgatacagcct
attttgtttcggctgaatgagacattccagcctattcctgaaggaaatcttccactgcat
agggcattctttgcaccatacagacttcttgaggagggcggaattgatccttttcttcga
gggttatttgctgctccagccaaaaagcgaatgcctggagagttcctcaacactgagctg
acagagaaactttttgtgatggctaatgctatagggcaggatcttgcatcacttaacgtt
cagcgtagccgcgaccatggcctgcagttttacaatgactatcgtccattgtgtggattg
ccaagggctaacacatttgaagatcttcgaaacgagattcatcatcgtgatacgaggagc
aaacttgaagccctatatggtcatccagataacattgatttgtttattggaggcatgagt
gaaacaccattagaaggagccaaagttggcccacttttcacctgcattctctctggccag
tttcagcgtgtccgtgatggtgacaggttcttttatgaaaacccaggagtctttactcct
gaacagttaacggagatcaagagaacttccctcgctcaggtgatatgccagagtggtgac
aacattcgacgtatacagcgtgatgtctttattcgagttaaaagcgatgatgagtatgtt
aactgtgacagtattccacgtcttgatcttcgcatgtggagcgactgctgtgaagattgt
cgtcgccgaggaagtttcaactcttttgccagtcacttccgtggacgaagatctgtagat
catagctatcctgaagatcaccccacaggcaacacaacagagaagaatgagctacactca
gaagaagaaacagatgagatggtacatgaaaacagaaatgccacagagcagctgagacct
gctgaaaaggatacttgttcagggaagacgtag

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Ontology (2)   
   KEGG BRITE (2)   
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 (21)   

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