KEGG   Lipotes vexillifer (Yangtze River dolphin): 103088926
Entry
103088926         CDS       T03090                                 
Symbol
PHLPP2
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
lve  Lipotes vexillifer (Yangtze River dolphin)
Pathway
lve04151  PI3K-Akt signaling pathway
Brite
KEGG Orthology (KO) [BR:lve00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04151 PI3K-Akt signaling pathway
    103088926 (PHLPP2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:lve01009]
    103088926 (PHLPP2)
Enzymes [BR:lve01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.16  protein-serine/threonine phosphatase
     103088926 (PHLPP2)
Protein phosphatases and associated proteins [BR:lve01009]
 Protein serine/threonine phosphatases
  Mg2+- or Mn2+- dependent protein phosphatases (PPMs)
   PPM1 phosphatases (PP2C)
    103088926 (PHLPP2)
SSDB
Motif
Pfam: LRR_8 LRR_4 PP2C LRR_1 LRR_6 PH
Other DBs
NCBI-GeneID: 103088926
NCBI-ProteinID: XP_007463036
UniProt: A0A340XNW9
Position
Unknown
AA seq 1353 aa
MGEVEPGPAGPLEPSEPPEAPASRRPGGIRVLKRTMKRNGSRHCLNRRSRFGSRERDWLR
EDVKRGCVYLYGADTATATAASVSAAASSSSDLHLVLCTVDTPASEICAGEGRERLYLQL
HGDLVRRLEPTERPLQIVYDYLSRLGFDDPVRIQEEAANPDLGCMLRFYGEKPCQMDHLD
RILLSGIYNVRKGKTQLHKWAERLVVLCGTCLIVSSVKDCQTGKMHILPLVGGKVEEVKR
RQYCLAFSSAGAQAQTYHVSFETLAEYQRWQRQSSKVVSQRISTVDLSCHSLEEVPEHLF
YSQDITYLNLRHNFMQLERPGGLDTFYKFSQLKGLNLSHNKLGSFPVLLCEISTLTELNL
SCNGFHDLPSQIGNLLNLQTLCLDGNFLTTLPEELGNLQQLSSLGISFNNFSQIPKVYEK
LTMLDKVVMAGNQLEVLNLEVLNCMSHVKHVDLRMNHLKTMVENLEGNKYITHMDLRDNQ
LTDLDLSSLCNLEQLHCERNQLRELTLSGFSLRTLFANSNRLAAVNVYPVPSLLTSLELS
RNLLECVPDWACEAKKIEILDVSYNLLTEIPMRILSSLSLRKLMVGHNHVQNLPALVEHI
PLEVLDIQHNLLTRLPDTLFSKALNLRYLNASANSLESLPSACTGEESLSALQLLYLTNN
LLTDQCVPVLVGHPHLRILHLANNQLQTFPASKLNKLEQLEELNLSGNRLKTIPTTIANC
KRLHTLVAHSNHISIFPEILQLPQIQFVDLSCNDLTEILIPEALPATLQDLDLTGNTNLV
LEHKTLDTFSHITTLKIDQKPLPTTDSTVTSTFWSHGLAEMAGQRNKLCISALAVDNFAE
GVGAVYGMFDGDRNEELPRLLQCTMADVLLEEVQQSTNDTVFMAHTFLVSHRKLGMAGQK
LGSSALLCYIRPDTADTTSSFSLTVANVGTCQAVLCRSGKPLPLSKVFSLEQDPEEAQRV
KDQKAIITEDNKVNGVTCCTRLLGCTYLYPWILPKPHISSTPLTIQDELLILGNKALWEH
LSYTEAVNAVCHVQDPLAAAKKLCTLAQSYGCQDNVGAMVVYLNVGEEGCTCEMNGLTLP
GPVGFASTAVIKDPPKPTTPSSSSGIASEFSSEMSTSEVSSEVGSTASDEHNTVGLDAGL
LSRPERRCSLHPTPTSGVFQRQPSCATFSSNQSDNGLDSDDDQPVEGVMTNGSKVEVEVD
IHCCRGRQLEHSPTLRENSPTLCLEERARGLVFGIRRQNSVNSGILLPVSKDKTELQKSP
STSCLYGKKLSNGSIVPLEDSLNLIEVATEAPRKKTGYFAAPAQLEPEDQFVVPRDLEEE
VKEQMKHHQESRPEPDSSEEGRTELAEEFDTAL
NT seq 4062 nt   +upstreamnt  +downstreamnt
atgggggaggtggagccgggccccgcgggcccgctcgaaccctcggagccgcccgaagcg
cccgcgagccgccggccgggcgggatccgggtactgaagagaactatgaaacgcaatggg
agcagacattgtctgaataggagaagtaggtttggttctcgagagagagactggctgcga
gaagatgtgaagagaggctgtgtttacctgtacggagcagacaccgccacggctactgca
gccagcgtctccgccgctgcctcctcctcctccgacttacatcttgtcctttgcacagta
gacacgccagcgtcagaaatttgtgctggagagggaagggaacgtctttatttgcagctt
catggagacctggtcaggagactggaacctactgaacggcctcttcagattgtttatgat
tacttgtccaggctgggatttgatgaccctgtgcgcatacaggaggaggcggcaaatcct
gaccttggctgtatgcttcgattttatggtgaaaaaccatgccagatggatcatctggat
cgaatccttctgtctggcatctataatgtacgaaagggaaagacccagctgcataagtgg
gctgaacgcctggttgttctctgtggcacctgcctcatcgtttcctcagtgaaggattgt
cagactggaaagatgcacattttgcctctggttgggggaaaggtagaagaagtgaagcga
cgtcagtactgccttgctttcagctcagctggagcccaagctcagacttatcacgtcagc
tttgagactttggctgagtaccagagatggcagcggcagtcatccaaggtggtgtcccag
cgtatcagtaccgtggacctctcgtgtcacagccttgaggaggttcctgagcatctcttc
tacagtcaagatatcacctacctcaacttgcgacacaacttcatgcaattagaaagacca
gggggccttgacactttctacaaattttctcagcttaagggcctgaacttgtcccataat
aagcttgggtcatttcctgtattgttatgtgaaatttctaccctgaccgagctcaacctt
tcctgtaatggattccacgacctgccgagtcagattggcaatctgctgaatcttcaaacc
ctctgtcttgatggcaactttctgactactttacctgaagaattgggaaatctgcaacag
ctttcctccctgggtatttccttcaacaactttagtcaaattcccaaggtttatgagaaa
ctcactatgttagataaagtggttatggcaggaaaccaactggaagtgctgaacctggag
gtgctgaactgtatgagccacgtcaaacatgtggatttgaggatgaaccatctgaaaacc
atggttgagaatctggagggaaataagtacatcacccacatggatctgcgggacaatcag
ctgactgacttagatcttagctccttgtgcaacttggagcagctgcattgtgagcggaac
cagctgagggagctgacgctcagtggcttctcccttcgaactctctttgccaattcgaac
aggctggcagcagtgaatgtctatccagtacccagtctgctcacttctctagaactctcc
cgaaacctgcttgagtgtgtccctgactgggcctgtgaagcaaagaagatagaaatatta
gatgtgagctataatctcctgacagagattcctatgagaatccttagtagcttgagtctt
agaaaactaatggtgggacacaatcacgtgcagaaccttccagcactggtggagcacatc
cctctcgaggtgttggatattcagcataacttgctcaccaggctgccagataccctcttc
tctaaggccttaaatctcagatacttgaatgcatctgcaaatagtctggagtctctgcca
tctgcttgcactggggaggagagtctgagtgcactgcagctgctctacctgaccaacaac
ctcctgacggatcagtgtgtgcccgtcctggtggggcacccgcacctgcgaatcttgcat
cttgcaaacaaccagctacagacttttcccgcaagcaaactaaataaattggagcaattg
gaggaactgaacctaagtggaaacaggcttaaaaccatccccacgaccatcgcaaactgc
aaaaggctgcacacgctggtggcgcactccaaccacattagcattttcccagaaatactg
cagttgcctcagatacagtttgtagacctaagttgcaacgacttgaccgaaatcctgatt
ccagaggctctgcctgctactttacaagacctggacctaactggaaatacaaatctggtt
ctggaacacaagacgctagacacatttagccatatcaccaccctgaaaattgatcagaaa
cctttgccaaccactgattctacagttacatcaaccttctggagccatggactggctgag
atggcagggcagagaaacaagctatgtatatctgctctagctgtggataactttgcagag
ggcgtgggagctgtgtatggcatgtttgatggggaccgaaatgaggagctccctcgccta
ctccagtgtaccatggcagatgtgcttttggaagaggtacagcagtcaacaaatgacaca
gttttcatggctcacaccttcttggtatctcacaggaaattaggaatggctggccagaag
ctgggctcttctgctctcctttgttatatccgccctgacactgccgatacaacaagtagc
tttagcttgaccgtggccaacgttggcacgtgccaagcagtcctgtgccgaagtgggaag
ccactgcccctgtctaaagtcttcagcctggaacaggacccagaggaggctcagagggtg
aaggaccaaaaagccatcataacagaggacaacaaagtgaatggggtaacctgctgtacc
cggctgctgggctgtacatacctctacccttggatcctccccaagccccacatatcttcc
actccacttaccattcaggatgagttgctgattctgggaaacaaagcattgtgggaacac
ttgtcatacacagaagcagtcaatgcagtgtgccatgtacaagacccattagcggctgcc
aagaagctgtgcacattagcgcagagctatggttgtcaggacaatgtgggtgcgatggtg
gtttatttgaacgttggcgaggaaggctgcacttgtgaaatgaatgggctcaccctccca
ggtcctgtgggatttgcttcaaccgctgtcatcaaggacccacccaagccaaccactcct
tcctccagtagtggtattgcctctgagttcagcagcgagatgtccacttcagaggtgagc
agtgaggtgggatccactgcttctgacgaacataacactgttggcctggatgctggcttg
ctttcaaggccagagaggcgctgcagcctccacccaacgcccacctcaggggtgtttcag
cgccagccgtcttgtgcgactttctccagtaaccagtctgacaacggcctggacagtgat
gacgaccagcccgttgaaggggtcatgaccaatggcagcaaggtggaagtagaagtagat
atccactgctgtagggggaggcagcttgagcactctcccactcttagggagaattctcct
accttgtgcctcgaggaacgtgctagagggttagtttttgggatccgaagacagaacagt
gtgaatagtggcatccttctgccagtgagcaaagacaagacggagttacagaagtctccc
tccacttcctgtctctacggaaagaaactctccaatggctcgattgtgcccctggaagat
agcctgaacctcatcgaagtggccacagaagcacccaggaagaaaaccggctattttgct
gcccctgctcagctggagccagaggaccagttcgttgttcctcgtgacctcgaagaagaa
gtgaaggaacaaatgaagcaccaccaggaaagcaggcctgagcctgattccagcgaagag
ggtcggaccgagctcgcagaggagtttgacacggcgctgtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   KEGG ORTHOLOGY (1)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (36)   

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