KEGG   Maylandia zebra (zebra mbuna): 101477421
Entry
101477421         CDS       T02814                                 
Symbol
phlpp1
Name
(RefSeq) PH domain leucine-rich repeat-containing protein phosphatase 1
  KO
K16340  PH domain and leucine-rich repeat-containing protein phosphatase [EC:3.1.3.16]
Organism
mze  Maylandia zebra (zebra mbuna)
Brite
KEGG Orthology (KO) [BR:mze00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:mze01009]
    101477421 (phlpp1)
Enzymes [BR:mze01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.16  protein-serine/threonine phosphatase
     101477421 (phlpp1)
Protein phosphatases and associated proteins [BR:mze01009]
 Protein serine/threonine phosphatases
  Mg2+- or Mn2+- dependent protein phosphatases (PPMs)
   PPM1 phosphatases (PP2C)
    101477421 (phlpp1)
SSDB
Motif
Pfam: LRR_8 PP2C LRR_4 LRR_1 PH Anthrone_oxy
Other DBs
NCBI-GeneID: 101477421
NCBI-ProteinID: XP_004542809
UniProt: A0A3P9DGQ2
Position
LG18:complement(12788018..12833194)
AA seq 1781 aa
MESVQAVAEDGASDGGATKLMKKPSGLSVAQGTPADDGGGCLAPSRAEAKNGNSLSHSAS
TAGTSASNRAVASNGRSSSSNSSSLLLRRRRLKRNLSAAAAATTTTSAVTAACGAKMNSA
LSSASLHTRSLDRKTLMKHRQNMQLQSADREWVRADLHRGAIHVHDRLTPSYPRPVLCTM
DTTAGEVALRLSKLSSKSSSVMRIFCKDASKTDQNGNCNMNYEYNDNQDKVKEDSSIKCS
HLTPLETTDLRTRPNDRLRLLLMENADVRQKQQDVDGKLFTPESEDNITCSLSDLNSNSN
MDTPNDDDSEHRNGVDSYGLNSGSDVESSAFDDLSSGARLSEHRDSLSDDMILGTEASIL
SPSFDSATEGHDMYGSSSDELELDCPASSSSMDPISQHHTNGITAVTANYKQCNVGHLSD
VTSDVGPDSRLSPHSLGSLPPSSSSGSLSRAGSTGNTPDIQDPDCGQGAVKTGLTAHQNG
DSYNSSPTLYVQLHGEAVRRLSPDERPLQIQNDFLFKLGFKNPWRVQEEGLNTEIGSLLR
FYAGKPQSIESSERVQLSGTYNVRKGKLQLPVNRWTRRQVILCGTCLIVSSVKESQTGKM
HILPLIGGKVEEVKKHNHCLAFSSAGPQSQTYYVSFDSFTEHLRWQRHAAKMVSQRIHSV
DLSCCSLEHLPPNLFYSHDLTHLNLKHNFLPADQRLQQLQRFSRLRSLNLSNNHLGQFPL
AICDIPTLTEVNLSCNYLASVPSSVGAMTNLQTFLLDGNSLNELPNELGSLQRLSYLGLS
FNQFNHVPQVLERLSSMEKLCMAGNHLETLTLQNFRLLHVKHIDLRLNKISIMVPDEPDL
LRHVTQLDVRDNRLTELDASVFPRLEVLHCERNHITSLKAKGCLLKGIYASNNELRQLDV
SPVPSNLSYMDISRNHMESLPDWLCEAKKLEVLDASHNLIAELPARLLCSNSLRKLSAGH
NQLQKLPERVERPLLEVLDVQHNQLVELPCNLFLKSDSLRCVNASANKLEHLPPSSLSEE
SHSILQEFYLTNNRLTDKCVPMLTGHTHLRVLHMAYNHLQTFPASKMAKLEELEEVDLSG
NMLKTVPTTIMNCRRMHTLIAHSNAIEVFPEVMQLMEMKCVDLSCNELSEITLPENLPPK
LQELDLTGNPRLNLDHKTLEQLNNIRCFRIDPPPTFSSSEASGGPAVWSHGYTEASGVKN
KLCVAALSVNSFCGSREALYGVFDGDRNVEVPYLLQCTMNDVLAEEIHKTKSEEDYMTNT
FLVMQRKLGTAGQKLGGSAALCHIRHDPTDPGGCFTLTAANVGKCQAILCRDGKPLSLSL
LHNVGLEEEYRRIRQHKAIITEDNKVNGVTDSTRIMGYSFLYPSVIPCPYVQTVTLTPQD
EFFILGSRGLWDAVSPTEAVEAVRNVPDGLAAAKKLCTLAQGYGCTDSLSAVVVQLNVSE
DCCSCCCSDPPQPPPSPGLGPYPPSSSAIKERPSDGSLPVPPSSCSEISSEISTSEMSSE
VGSTASSDEPPQSSLVLLQEQSHHPHLHLHHQAHLLPLQHQQAHTSTQPCHYLFPGSELP
SSRSCCALHPACLAHSFQRQLSSATFSSALSDNGLDSEDEEPIAGVFSNGSRVEVEADVH
CLKAQSCLSSSPKTPVPSSSSQERNLLTLPPPPPPPCTPEPLEEGIDMSQGEAENGLERD
ESWPGAGVGCGDGGKLAGKRRVNGSVAQQEKSHNLIEVAADAPSKKSGGYFTAPAQPDPD
DQFIIPPELEEEVKEIMKQHQQKQQKPAGTDQPTDYYDTPL
NT seq 5346 nt   +upstreamnt  +downstreamnt
atggaaagtgtacaggctgtcgctgaggatggcgcgtcagatggaggcgcgaccaagtta
atgaagaagcccagcggactgtctgtcgcccaggggactccagcggatgatggcggtgga
tgtttggcaccctcccgcgctgaggcaaagaacgggaatagcctttctcattccgcctct
acagcggggactagtgcgtcaaaccgagccgtggcgtctaatggccggagctcatccagc
aactccagctcgctcctgttgcgacggaggcgcttgaagaggaacctctcagctgcagct
gcagccaccactaccacctcagctgtcaccgccgcttgcggcgcgaagatgaactcggcc
ctgtcctctgcgtctttacatactcgaagtctggataggaagactctgatgaagcaccga
cagaacatgcagctgcagtccgcagatcgcgagtgggtgagagcagatctccaccggggc
gccatacacgtccacgacagactgacgccctcgtatcccaggccggtgctttgcactatg
gacaccacagccggcgaggtggccctccgactgagtaaactctccagcaagtcgagctct
gtaatgcgcattttttgtaaagacgcctccaagacggaccaaaatgggaactgtaacatg
aattatgaatataatgataatcaggacaaggtaaaagaagactcgagtataaaatgcagc
cacctgaccccactggaaaccacagatttaagaacccgtccaaatgacaggttgagactt
ctcctcatggagaacgcagatgtcaggcaaaagcaacaggacgttgatggaaaacttttc
accccggagtcagaagacaacataacctgttcgctgtcagacttgaattctaactctaac
atggatacccccaatgacgatgattcggagcacaggaacggtgtggacagttatggatta
aactctggctcagatgtggaaagcagtgcatttgacgacctgagctccggggcccgcctc
agtgaacacagggactccctgagtgatgacatgatcctgggaactgaggcatccatcctc
agtccctcctttgatagtgccacagagggccatgacatgtacgggagctcgtcagacgaa
ctggaactcgactgtccagcatcgagctcaagcatggaccccatctcccagcatcatact
aatggcatcactgctgtcactgccaactacaagcagtgcaacgtgggacatttaagcgac
gtgacaagcgacgtggggccagatagcagactcagcccacacagtctgggcagcctccca
cccagcagtagttccggctcattgtcaagagctggttctacaggtaacacacctgacatc
caagatccggactgtggccagggggccgtaaaaacagggctcacagcacaccagaatgga
gattcttataattccagccccacactctatgttcagctgcatggtgaagctgttaggagg
cttagcccagatgagaggcctctgcagatccagaatgactttctctttaagcttggattt
aagaacccgtggagagttcaggaggaggggcttaacacagaaattggctccttgttacgt
ttttatgcagggaagccccagagcatcgagagctcagagagggtccagctgtctggaacc
tacaacgttcggaaagggaagcttcaactaccagtcaaccgctggaccagacgccaggtc
atcctgtgcggcacttgcctcatcgtctcctctgtgaaggagagccagacagggaagatg
cacatcctgcccctcattggaggaaaagtggaggaggtgaagaagcacaatcattgtttg
gccttcagctcagcagggcctcagagtcaaacctactatgtcagctttgacagcttcacg
gagcacctgcgctggcaaagacacgctgccaagatggtgtcccagagaatccactcagtt
gatttgtcctgctgcagtctggagcatcttcctcccaatctcttttatagccacgacctg
acccacctcaacctaaaacacaacttcctgcctgcagatcagcggctgcagcagctgcag
agattttctcgtcttcggagcctcaatctctccaacaaccaccttggccagttccccctg
gctatctgcgacatacccactctgacagaggtcaacctcagctgtaactacttggcctct
gtccccagctctgtgggtgccatgaccaatttgcagacattcctactggatggaaacagc
ttaaatgaactgcccaatgagctgggttccttgcagaggctgagttacttgggcctttcc
ttcaatcagttcaaccacgtgccccaggtgctggagcggctgtcctccatggagaagctc
tgcatggctggcaaccacctagagactcttaccctgcagaatttcagactgctccatgtc
aaacacatcgacctaaggttgaataaaatctccatcatggtgccggacgagcctgaccta
ctgaggcacgtgacccagctggacgtgagggataacaggctgacggagctggatgcctcg
gtcttccccaggctggaggtgcttcactgcgagaggaaccacatcaccagcctgaaggct
aagggctgcttgctcaaaggcatctacgcctccaacaatgagctccgacagctagatgtc
agccctgtgccctccaatctgagttacatggatatctcgaggaaccatatggagtccttg
ccagactggctatgtgaagctaagaaactggaagtcctggacgcgagccacaacctcatt
gctgagctaccagcacggttgttatgcagcaacagtctgaggaagctcagtgctggacat
aaccagctgcagaagctgcctgaaagagttgagcgccctctgctggaggttttggatgta
cagcacaatcaactggttgagttgccctgcaacctgttcctcaaatctgacagcttacga
tgcgtaaatgcatcagctaataagctggagcacctgccaccatccagtctgtcagaggaa
agccacagcatcctgcaggaattctacctgaccaataaccgactgacagacaagtgtgta
cccatgctaacaggccatacacacctacgagttttgcacatggcctacaaccatctccag
actttcccagccagtaaaatggctaagctggaggagctggaggaggtggacctgagtggc
aacatgctgaagactgtccccaccaccattatgaactgccggcgaatgcacacactcata
gcccactctaatgccattgaagtctttcctgaggtcatgcagctgatggagatgaaatgt
gtggacctgagctgtaatgagctgagtgagatcactctaccagagaatctacccccaaag
ctccaggagctggacctcactggaaaccctcgcctaaacctggaccacaagactcttgag
cagctaaacaatattcgctgcttccgtattgatccacctccgaccttttcatcgagtgag
gcgtctggtgggcctgctgtgtggagtcatggttacacagaggcctcgggcgtcaagaac
aaactctgtgttgctgccctttcggtaaacagcttctgtgggagtcgtgaagctctgtat
ggtgtgtttgatggagacaggaatgtggaagtgccatacctcctgcagtgcacaatgaat
gatgtgctggcggaagaaattcacaagacaaagagcgaagaggactatatgaccaacacc
ttccttgtcatgcaaaggaagcttggaactgcaggacagaaactgggtggctcggcagcg
ctgtgtcacattcgccatgaccccactgaccctggtggctgcttcaccctcacggctgct
aatgtgggaaagtgccaggccattctgtgccgtgatggaaagccgttgtctctgtcactc
cttcacaatgtagggctggaggaggaataccgcaggatcaggcagcacaaagctatcatc
actgaggacaacaaagtgaacggtgtaactgattctacacgaatcatgggctactccttc
ctctacccttctgtcatcccttgtccctatgtgcagacagtcactctaacccctcaggat
gagttcttcattctcggtagccgtggcctgtgggatgctgtgtcccccacagaggcggtg
gaggctgttcggaatgtccccgatggcctggctgctgctaaaaagctttgcacattggcg
cagggctacggctgcaccgacagcctcagcgccgtcgttgtgcagctcaatgtgagtgaa
gactgctgttcctgctgttgttctgaccctccccagccacctcccagtccaggcttggga
ccttatcctccatcgtcctctgccatcaaggagagaccctcagacggctccctccctgtt
cccccctcctcctgtagtgaaattagcagtgagattagcaccagtgagatgagcagtgag
gtgggctctaccgcctcatcggacgagcctccacagagttccttggtcctactgcaagag
cagtcccaccaccctcaccttcacttgcaccatcaggcccacttgctgcctctacagcac
cagcaggctcacacaagtacccagccctgccactatcttttcccgggttcagagctgcct
tcatcccgaagctgctgtgccctccaccctgcctgcttagcacactcctttcagaggcag
ctctctagtgccactttctccagcgccctttctgacaacgggctggacagcgaggatgaa
gagcccatcgctggggttttctctaacggtagccgtgtggaagtagaggcagatgttcac
tgcctgaaagcacagtcctgcttgtcctcatcacccaaaacaccggtaccctcatcctcc
agtcaggaacgcaacctgctcacacttcccccacctcctccaccaccgtgcaccccagag
cccctagaggaggggattgacatgagccaaggggaggctgagaatgggcttgaaagggat
gagtcatggccgggagctggagtgggatgcggtgatggagggaagctagcaggcaagaga
agggttaatgggtccgtggcacagcaggaaaagagccacaaccttattgaggtggctgct
gatgctccctccaagaagtccgggggttacttcacagctccagcccaacctgacccagac
gaccagttcatcatcccacccgagctggaggaagaggtgaaggaaatcatgaagcagcat
cagcagaaacagcagaagcctgctgggacagatcaacccacagactactatgacacccct
ctctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (70)   
   KEGG ORTHOLOGY (1)   
   RefGene (66)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (6)   
   Pfam (6)   
All databases (90)   

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