KEGG   Lates calcarifer (barramundi perch): 108887715
Entry
108887715         CDS       T04895                                 
Name
(RefSeq) PH domain leucine-rich repeat-containing protein phosphatase 2 isoform X1
  KO
K16340  PH domain and leucine-rich repeat-containing protein phosphatase [EC:3.1.3.16]
Organism
lcf  Lates calcarifer (barramundi perch)
Brite
KEGG Orthology (KO) [BR:lcf00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:lcf01009]
    108887715
Enzymes [BR:lcf01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.16  protein-serine/threonine phosphatase
     108887715
Protein phosphatases and associated proteins [BR:lcf01009]
 Protein serine/threonine phosphatases
  Mg2+- or Mn2+- dependent protein phosphatases (PPMs)
   PPM1 phosphatases (PP2C)
    108887715
SSDB
Motif
Pfam: LRR_8 LRR_4 PP2C LRR_1 PH
Other DBs
NCBI-GeneID: 108887715
NCBI-ProteinID: XP_018538740
Position
LG2:266163..298567
AA seq 1454 aa
MAMEDEDNNAAGAATNTQTGIKKGGDVGDDGACIDRQPDTVVHQAGLNQTAGRGSRSGPG
APAATGIRVLKQRNMKRNGSRGCVTRKTRFGSRERDWLKGDTQRGCVCLYGETVDPQPPA
SGPQASSTPQTDLQLVLCSTSTTVEELCAQRDGRGLYVQLHGDLVRRLDPSERPLQILYD
YLAAMGYADPVRVQHEAANSDLSCLIRFYSEHPVNADQQERTLLKGVFSVRKGKTQLHKW
AERQVILCGTCLIVASVKDSLTGKMHILPLVGGKVEEVKRRQHCLMFSSAGSQAQTYFVN
FDTLADFQRWHRQASKVVSQTVSMVDLSCYSLEAVPEYLFYSQDITHLNLRHNFMSLQGP
GGLLNLPRLSKPLCTENVDHSSRFSQLKSLNLSHNRLGVFPECVCEILTLTELNLSCNNL
HTVPVQIGNLQSLQTLSLDGNHLSSLPEELGGLSQLNCLGLSFNNFSHIPAVLERLSAVD
KLAMAGNRVESLELCTLARMSHLKNIDLRLNGLRWVKSESLEAVSQVTQLDLRDNCLDSL
DLSSICNLETLQCQRNQLGTLTLSGFTLRMLHASSNRLTTVNIYPVPNQLTHMELSQNLL
EYLPDWVCDCRKIEMLDVTHNLLSELPSRLLNSLSLRKLLAGNNRLQRVPDLLDHVPLEA
LDLQHNKLTELPESLFYKALNLKYLNVSANTLESIPPSSQSEESLSTLQELYLTGNSLNE
NCGALLVGHQNLRVLHIAYNQLLSFPASKLSKLELLEELNLSGNKLKTIPSTVSSCKRLH
TLIAHSNHINVFPEILSLPEIKLVDLSCNELTEIQLPDSLPATLQELDLTGNSSLMLEHK
TLNLFSHITTLKLDQKSTTTAGDSLSASTPWNHGYSEMSGQRNKLCVSVLTVDRFGDGVE
ACYGIFDGDRNEEVPRLLQCTMGDVLCEELQHSSIDSVYMCNTFLTSHRKLGMAGQKLGA
SALLCYIHHEPSDPGGHLSLTVANVGTCQAVLCRDGRPVALSKVYSLENCTEEMERVKVS
KAIITEDNKVSGVTCCSRLLGCSYLSPWVLPKPWVHTEPLCSQDEFLILGNRALFERVSY
QEAVCTVQAVRDPRAAAKKLCSLAQSYGCKDNIGAVVVSLHIGEDSCTCEPPVSTAEPRG
PPPAPVPVSVTPGPADPATLSSSSGGVSEFNSETSASEVGSEAGSTASDEHQSSGPTSRP
ERRCSLHPATTLCGIMVPGSGGAGTHPGLFQRQPSCATFSSNQSDNGLDSDDEAPLEGVI
SNGSKLEVEVDIHCCAFQLRSGAPESPKDLDLEKRGSDYPNGKMRRQNSVVVSATNGCLL
AVCGREITDLKKSPSTSSLFGKKLSNGSVVAPEDSHNLIEVALEAPKKKSGYFTAPAQQD
PEDQLIVPPSLEQEVREQLRGQSPLVSGPSAPSTAPILKDPVWDHPHPPAFASSLVPGPG
PAPILQQEVYDTAL
NT seq 4365 nt   +upstreamnt  +downstreamnt
atggcgatggaggacgaggataataacgcggcgggtgctgcgactaacacccagacgggc
atcaagaaaggaggtgatgtcggagatgacggggcttgcatagacaggcagccggacacg
gtggtccaccaagcggggctgaatcagactgcaggtcgcggcagccgcagtggtcccgga
gctcctgctgcaaccgggatccgggtgctaaagcagcgcaacatgaagcggaacgggagt
cgaggctgtgtgaccaggaagaccagatttggatcacgagagcgggactggctgaagggg
gacacccagcggggctgtgtgtgtctgtatggggagacggtggaccctcagcctcctgcc
tccggcccacaggcctcctccacccctcagacagacctgcagctggtgctctgctccacc
agcaccacggtggaggagctttgcgctcagagggacggacggggactctacgttcagctg
catggagacctagtcaggagactggacccgtctgagcgtcccctgcagatcctgtatgac
tacctggcagctatgggctatgcagaccctgtccgggtgcagcacgaagcagccaactcc
gacctcagctgtttgattcgtttctacagcgagcatccagtgaatgcagaccagcaggag
cgcactctgctgaaaggcgtgttcagcgttaggaagggcaagacgcagctgcacaagtgg
gcagagcggcaggtcattctctgtggcacctgtctcatcgtggcctccgtcaaagacagc
ctcaccgggaagatgcacatcttacccctggttgggggaaaggtggaggaggtgaagcgg
aggcagcactgtctgatgttcagctcggccggatcacaggctcagacgtacttcgtcaac
tttgacacgctcgcggacttccagcgatggcatcggcaggcatctaaagtggtgtctcag
acggtcagcatggtggatctgtcctgctacagcctggaggcggtgcccgagtatctgttc
tacagccaggacatcacacacctcaacctgagacacaacttcatgagcctgcaggggcct
ggagggctgctcaacctgcccaggctcagcaaaccgctctgcactgagaacgtggaccac
agcagcaggttttcccagctgaagagtctgaacttgtctcacaaccgtctgggtgtgttc
cctgagtgtgtgtgtgagatcctcaccctgaccgagctcaacctctcctgtaataatctg
cacaccgtccctgtacagataggcaacctccaaagcctgcagacgctgtctttggatgga
aaccacctcagctccctgcctgaggagctgggtggcctgtcccagctcaactgcctgggg
ctctccttcaacaacttctctcacatccctgctgtgctggagagactgagcgcagtggac
aagctggccatggctgggaacagagtggagagtctggagctgtgtactctggccagaatg
agccacctgaaaaacatcgacctccgactgaacgggctgcgctgggtgaaaagtgagagt
ctagaggcggtgagccaagtgacccagctggacttgcgggacaactgcttggactctcta
gacctgagttccatctgcaacctggagactctgcagtgccagcgcaaccagctggggaca
ctcacactcagcggtttcactctgcgaatgcttcatgccagcagcaaccgcctcacaaca
gtcaacatctacccagtccctaaccagctgacacacatggaactatcacagaaccttttg
gagtaccttccagactgggtgtgtgactgcagaaaaattgagatgctggacgtcacacac
aacctcctgtctgagcttccttccagactgctcaacagcttgagtttgagaaagctgctg
gcggggaacaatcgtttgcagagagtgcctgacctacttgaccatgtccctctggaagcc
ctggacctccagcacaacaagctaactgagctccctgagagtctcttttacaaagcctta
aacctaaaatacttaaatgtgtcagccaacaccctggaaagtattcctcccagcagccaa
tcagaggagagcctcagcacgctccaggagctctacctgactgggaacagcctgaatgag
aactgtggtgctctgctggttggacaccagaacctgcgagtccttcacatcgcctacaac
cagctgctgtccttccctgccagtaagttgagtaagctggagctgctggaggagctgaat
ctgagtggcaacaagctgaagaccatcccctccactgtgtccagctgtaaacgactgcac
acactcatagcacactccaaccacattaatgtcttcccagagatcctcagcctgcctgag
atcaagcttgtagatctgagctgtaacgagctgacggagatccagctgcctgactcgctg
cctgctactctgcaagagctggacctgacaggcaacagcagcctcatgctggaacacaaa
accctcaacctcttcagtcacatcaccaccctgaaattagaccagaaatccacaacgaca
gcaggggactcactgagtgcctccactccatggaaccatggttactctgaaatgagcggc
caaaggaacaagttgtgtgtgtctgtgctgaccgtagaccggttcggagacggcgtggaa
gcgtgttatggtatctttgatggagaccgcaacgaggaagtgcctcggctgctgcagtgc
accatgggagacgtgttgtgcgaggaactgcagcactccagcatcgacagcgtgtatatg
tgcaacactttcctcacctcacacaggaaactcggcatggccggtcagaaactgggagcc
tctgcattgctgtgttatatccaccatgagccttcagatccaggaggccacctcagcctt
actgtggccaacgtgggcacctgtcaggcagtgctgtgccgggacggccgacccgtcgct
ctctctaaggtttacagcttagagaactgcactgaggagatggagagagttaaagtcagt
aaagccattatcacagaggataacaaagtgagtggagtgacgtgctgctctcgcctgctg
ggctgctcttatctgtctccctgggtgcttccaaagccctgggtgcacactgagcctctc
tgctcccaggatgagttcctgatcctggggaatcgagcgctgtttgagcgggtctcctac
caggaggccgtgtgcaccgtgcaggccgtgcgagacccgcgtgccgctgccaagaagctg
tgttcgctcgcccagagttacggctgcaaggacaacatcggggccgtagtggtgtccctg
cacatcggagaggacagctgcacctgtgagccgccggtctccactgccgaaccccgaggt
ccccctcccgcccccgtgcctgtgtccgtgaccccgggccccgccgacccagccaccctg
tcgtccagcagcggcggcgtctcggagttcaacagcgagacgtcagcctcagaggtcgga
agcgaggcggggtccaccgcttcagacgaacaccagtcctctggccctacgtcccgccca
gagaggcgctgtagcctacaccctgccacgacactgtgcgggatcatggtgcccggctca
ggtggtgcaggaacacacccgggcctgttccagcgtcagccctcctgtgctacgttctcc
agtaaccagtctgacaacggcctggacagtgacgacgaggctccgctcgagggcgtcatc
tccaacggcagcaagttagaggtggaggtggacattcactgctgtgctttccagctacgg
tcaggggcccccgagagccccaaagacctggacctggaaaagcgaggctctgactatccc
aatgggaaaatgcggcgacagaacagcgtggtggtttctgccacaaacggctgcctgctg
gccgtgtgtgggagagagatcactgacctcaagaagtctccctccacatccagcctgttt
gggaagaagctgtccaacggctccgtggtggcccccgaggacagtcacaatctgatcgag
gtggccctggaggctcctaagaagaagtctggatacttcaccgccccagcgcagcaggac
cccgaggatcagctgatcgtgcctccaagcctggagcaggaagtcagggagcagctccga
ggacagagccctctggtctcaggcccctccgctccatccacagcccccatcttaaaagac
cccgtgtgggatcatccacaccctcctgcatttgcctccagcctggttccaggtccaggc
ccggctcccatcctacagcaggaagtctacgacaccgccctctag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (21)   
   KEGG ORTHOLOGY (1)   
   RefGene (17)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (8)   
   RefSeq(nuc) (6)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (45)   

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