KEGG   Salvelinus sp. IW2-2015 (Arctic char): 111969373
Entry
111969373         CDS       T05762                                 
Name
(RefSeq) LOW QUALITY PROTEIN: PH domain leucine-rich repeat-containing protein phosphatase 2-like
  KO
K16340  PH domain and leucine-rich repeat-containing protein phosphatase [EC:3.1.3.16]
Organism
salp  Salvelinus sp. IW2-2015 (Arctic char)
Brite
KEGG Orthology (KO) [BR:salp00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:salp01009]
    111969373
Enzymes [BR:salp01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.16  protein-serine/threonine phosphatase
     111969373
Protein phosphatases and associated proteins [BR:salp01009]
 Protein serine/threonine phosphatases
  Mg2+- or Mn2+- dependent protein phosphatases (PPMs)
   PPM1 phosphatases (PP2C)
    111969373
SSDB
Motif
Pfam: LRR_8 PP2C LRR_4 LRR_1 PH
Other DBs
NCBI-GeneID: 111969373
NCBI-ProteinID: XP_023851227
Position
LG10:complement(16110680..16160534)
AA seq 1435 aa
MQMKEEDNIPGTVNGTVMERKKGGVEDNRGCTDTLVYEAGSNQAAGRGDRNGTGNRVGTG
IRVLKRNMKRNGSRGCVTRKTRFGSRERDWLKGDAQRGCVCLYGGTVDPQPPASGPQASS
TLQADLRLVLCSTTTTVEELCAQREVEGLYLQLHGDLLRRLDPSERPLQMVYDYLAAIGY
QDPLRVQREAANSDLSCMIRFYSECPMNADQQERTLLTGVFSVRKGKTQLHKWAERQVLL
CGTCLIVASVKDSLTGKMHILPLVGGKVEEVKRRQHCLMFSSAGPQAQTYFVNFDTLADY
QRWHRQASKVISQNHQPVDLSCYSLEECQSXLFYSQDLTHLNLRHNFMSLQGPGGLLNLP
RFSQLKSXNLSHNRLGVFPESVCEILTLTELNXSCNGMNTVPAQIGNLQKLKNLQTLSLD
GNQLSFLPEELGGLAQLSSLGLSFNNFPHIPGVLDRLSGMDRLAMAGNRVETLELGILAR
MSHLKNIDLRLNGLRWVKSEALEAVKQVTQLDLRDNHLATLDLSSICSLETLHCQRNQLR
ALTLSGFTLRTLHASSNRLTTVNIYPVPNQLTQMDLSRNLLEYLPDWVCDSRKVEVLDVT
HNFLSELPARLLSSLSLRKLLAGNNRLQRLPDLLDHVPLEVLDLQHNKLGELPESLFYKA
LNLKYLNVSANALEIIPPSSQSEESLSTLQELYLTGNKLNENCAALLVGHQNLRVLHMAY
NQLLSFPASKLSKLELLEELNLSGNKLKTIPSTVSSCKRLHTLIAHSNHISVFPEILNLP
EIKLVDLSCNELTEILLPDSLMATLHELDLTGNSSLLLEHKTLNLFSHITTLKLDQKPAM
MAGDSLGSSTLWNHGYSEMSGQRNKLCVSVLAVDRFGDSVEAAYGVFDGDRNEEVPRLLQ
CTMGDVLSEELLHSSVDSVYMSNTFLTSHRKLGMAGQKLGASALLCYIHHEPSELGSYFS
LTVANVGSCQAVLCRDGQPLPLSKVFSLEQSTEEMDRVKLSKAIITEDNKVSGVTCCSRL
LGCSYLSPWVLPKPWVRTEPLCSQDDFLILGNRALFERVSYQEAVCTVQAVRDPRAAAKK
LCTLAQSYGCRDNVGAVVVSLHIGEDSCTCETPHGNTGTEPRGPPPTPLPVTAPPGEPAT
PSSSSGIASEFNSETSASEVGSEAGSTASDEHPSTGPTTRPERRCSLHPAAXLCAPAGPG
SAGVGGPHPVLFQRQPSCATFSSNQSDNGLDSDDEAPLEGVISNGSKLEVEVDIHCCAFQ
IRSGPAASPKDHNLDKTRSDYPNGKMRRQNSVVVSATNGCLLAVCGREISDLKKSPSTCS
LFGKKLSNGSVVAPEDSHNLIEVAVEAPKKKSGYFTAPAQQDPEDQLVVPPSLEQDAREQ
LRGQSPMVPGPPPPFTPPSIRDPVWDHPPAPMLPQRDLAPKPIPALQQEVYDTAL
NT seq 4308 nt   +upstreamnt  +downstreamnt
atgcaaatgaaggaagaagataatataccaggcacggtcaatggcaccgtcatggagcga
aaaaaaggtggtgtcgaagataacaggggttgtacggacacactggtttacgaagcggga
tctaatcaagctgcaggtcgtggcgaccgcaatggtacaggaaaccgtgtcggaacgggg
atacgcgttctaaagcggaacatgaagaggaatgggagcagaggctgtgttaccaggaag
acccgctttggatcgcgggagcgggattggctgaagggggatgcccagcgaggctgtgtg
tgtctgtacgggggaacagttgacccccagcccccagcctcgggcccacaggcctcctcc
accctccaggcagacctgcgtctggtgctatgctccaccactaccacggtggaggagctg
tgtgcccagagagaagtagagggactatacctgcagctccatggagacctgctcaggagg
ctggacccctctgagcgccctctccagatggtgtatgactacctggctgctataggctac
caggaccctctgcgggttcagagagaggcggccaactcggacctcagctgcatgatccgc
ttctacagtgagtgtccaatgaacgcagaccagcaggagcgaaccctgctgacgggcgtg
ttcagcgtcaggaaggggaagacccagctgcacaagtgggcagagcgccaggtcctcctg
tgtggcacctgtctgattgtggcctccgtcaaagacagcctgacggggaagatgcacatc
ctgcccctggtggggggaaaggtggaggaggtgaagaggagacaacactgtctgatgttc
agctcagccggacctcaggcccagacatactttgttaacttcgacacactggcagactat
cagaggtggcatcggcaggcttcaaaagtaataagccagaaccatcagccggtggatctg
tcatgctacagtctggaggagtgccagagtnnactgttctacagccaggacctcacccac
ctcaacctccgacacaacttcatgtccctgcagggccccggaggactgctcaacctcccc
aggttttcccagctgaagagcncgaacctttcacataaccgcctgggagtgtttccagag
tctgtctgtgagattctcaccctgacagagctcaacncctcctgtaacggcatgaacact
gtccccgcacagataggcaacctccagaaactgaaaaatctgcagaccctgtctctggat
gggaatcagttgagcttccttcctgaagagcttggcggcctagcccagctcagcagcctg
gggctttccttcaacaacttcccccacatccctggtgtgctggataggctgagtggcatg
gacaggctagccatggctgggaacagggtggagaccctggagctggggatccttgccaga
atgagccacctcaagaacatcgacctgcggctgaacggtctacgctgggtgaagagtgag
gccctggaggcagtgaagcaggtgacccagctagacctgagggacaaccacttggccacc
ctggacctgagctccatctgcagcctggaaaccctgcactgtcagagaaaccagctgagg
gccctaacactgagtggcttcaccctgcgcacactccacgccagcagcaaccgcctgacc
acagtcaacatctacccagtacccaaccagctgacacagatggacctatcacggaacctg
ctggagtaccttccagactgggtgtgtgacagtaggaaggtggaggtgctggatgttaca
cacaacttcctgtctgaactaccagccagactgctcagcagcctgagtctgaggaagctg
ctggctgggaacaataggctccagagactgcctgacctacttgaccacgtccccctggaa
gtactcgacctccagcacaacaagctaggcgagctcccggagagcctcttctacaaggcc
ttaaacctaaagtacttgaacgtgtcagccaatgccctggagataattccccccagcagc
caatcagaggagagcctcagcactctccaggaactgtacctgacggggaacaaactgaat
gagaactgcgctgccctgctggtgggacaccagaacctcagagtcctgcacatggcttac
aaccagctgctctctttccctgccagtaaactgagtaaactggagctgctggaggagctk
aatctgagtggcaacaagctgaagaccatcccctccactgtgtccagctgtaagaggcta
cacaccctcatagcacactccaaccacatcagtgtgttccccgagatcctcaacctgcca
gagatcaagctggtcgacttgagctgtaatgagctgactgagatcctactgccagactct
ctaatggccaccctgcacgaactggacctgactggcaacagcagtctcttgctggagcac
aaaacactcaacctgttcagtcacatcaccaccctgaagctggaccagaagccagccatg
atggccggggactccctgggctcctccaccctgtggaatcacggctactctgagatgagc
ggacagaggaacaagttgtgtgtgtctgtgctggcagtggaccgctttggggatagtgtt
gaggcggcctatggtgtcttcgacggggaccgcaatgaggaagttcctcgtctgctgcag
tgcaccatgggagatgtgctgtcggaggagctgctacattccagtgtggacagtgtgtac
atgagtaacaccttcctcacctcacacaggaaactgggcatggctggtcagaagctgggt
gcatctgccctgctctgctacatccaccacgagccgtcggagctgggcagctacttcagc
ctgacggtggccaacgtgggcagctgccaggcggtgctgtgtcgagacggccagccccts
cccctctccaaggtcttcagcctggagcagagcaccgaagagatggacagggtcaaactc
agcaaggcgatcatcactgaggataacaaggtgagtggagtgacatgctgctctcgcctg
ctgggatgctcttatctgtctccctgggtgctgcccaagccatgggtacgcaccgagccc
ctgtgttcccaagatgacttcctgatcctggggaaccgggcgctgtttgagagggtgtcc
taccaggaggccgtgtgcaccgtgcaggccgtgagggacccccgcgcagctgccaagaag
ctctgcacgctggcccagagctacggctgccgggacaatgtgggggcggtggtggtgtcc
ctgcacatcggggaggacagctgtacctgtgagacccctcatggcaatactggtactgaa
ccccggggaccccctccaacacccctccctgtcactgctcccccaggggaaccggccaca
ccctcctccagcagtggcattgcctcagagttcaacagcgagacttcggcctcggaggtg
gggagtgaggcgggctccacggcctctgacgagcacccctccactggccccacgacccga
cctgagaggcgttgtagcctccaccctgcagccaygctctgtgcccccgcgggacccggc
tcagctggggtaggggggccccacccagtcctgttccagcgccagccctcctgtgccacc
ttctccagtaaccagtctgacaacgggctggacagtgatgacgaggctccactagagggg
gttatctccaacgggagcaagctggaggtggaggtggacatccactgctgtgctttccag
atccgttctgggccagccgcaagccccaaggaccacaacctggacaagacgcgctcagac
taccccaacggaaagatgcgtcgtcagaacagcgtggtggtgtcagccactaacggctgc
ctgctggctgtgtgtggcagggagatctccgacctgaagaagtccccctccacctgcagc
ctctttgggaagaagctctccaacggctccgtggtggccccggaagatagccacaacctc
attgaggtagccgtggaggcccctaagaagaagtcgggttacttcactgcccctgcccag
caggaccccgaggaccagctggtagtgcctcccagtctagagcaggatgctagggaacag
ctgaggggccagagccctatggtcccaggacctccacctcctttcacacccccctccatc
agagaccctgtgtgggaccacccccctgctcccatgctgccccagcgggacctcgccccc
aaacctatccctgccctacagcaggaagtctatgatactgccctctag

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Ontology (3)   
   KEGG BRITE (3)   
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 (5)   
   Pfam (5)   
All databases (15)   

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