KEGG   Phoenix dactylifera (date palm): 103701810
Entry
103701810         CDS       T03274                                 
Name
(RefSeq) phosphatidate phosphatase PAH2-like isoform X1
  KO
K15728  phosphatidate phosphatase LPIN [EC:3.1.3.4]
Organism
pda  Phoenix dactylifera (date palm)
Pathway
pda00561  Glycerolipid metabolism
pda00564  Glycerophospholipid metabolism
pda01100  Metabolic pathways
pda01110  Biosynthesis of secondary metabolites
Module
pda_M00089  Triacylglycerol biosynthesis
Brite
KEGG Orthology (KO) [BR:pda00001]
 09100 Metabolism
  09103 Lipid metabolism
   00561 Glycerolipid metabolism
    103701810
   00564 Glycerophospholipid metabolism
    103701810
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:pda01009]
    103701810
Enzymes [BR:pda01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.4  phosphatidate phosphatase
     103701810
Protein phosphatases and associated proteins [BR:pda01009]
 HAD phosphatases
  Other HAD phosphatases
   103701810
SSDB
Motif
Pfam: LNS2 Lipin_N Lipin_mid APP1_cat
Other DBs
NCBI-GeneID: 103701810
NCBI-ProteinID: XP_008782211
UniProt: A0A8B9AJS9
Position
9:12432382..12451190
AA seq 1218 aa
MYAVEKLSSYITRGANTVSGPFHPFGGAVDIIVVQQQDGSFKTSPWYVRFGKFQGVLKTK
EKVVNISVNGVEAGFHMFLDHKGEAYFLMESDAEEGDFLVSPTSSGDEIDEKMPNGQLKK
IQSCDFDGGRGETISHMDMGNGKIVKRTSSRHSTILGRMFGRKSMKDKDEGSNAERVSSL
ERAEIAADLLEVKWSTNLPTSDRRADNSLGKPSESDDKDVNVIEKEQSTHTPSLKKGPDH
DEMVNSHGEDLDDNFGSSTASKNHLEEIVKHDSPCMRDDEEVIEICTSENDNVADRCEFI
SDEVTSESKDPDANSQSCDSFNDSTGSHRDRLGDSFGNDMINKKDFGEITSHEDVVNVYT
SETSNTADKNEAVFELVRIESNQINVQSPGLDALSHDSVQSLSAMCTGSTNDFSVLENEE
KEISSFSYCETLESSIRRLNVSMNQAPHAADLFSGGVGQGKISCETQCDTSEPISAVRSQ
LESGACPSKENLSGCHDQTSEISRVEVSSIAQNDQCDCPSNADSSSIMASEQILSGLRSS
PNGVIEELTQVKQTSSNQCDYFGNETQMEAGETTDLIEIKRLDSTYQVEGIENVWKGVNV
NESCILNGDSNAQEYGIASESVEEMKANALSPEGSEDDQFPFSDPHSFAAKEIDPELSLD
DTAVETEDHQMVTAEADLKEHELKDIENKQFFEGFSNVSRPHASPINIPGSWTNKAGNEL
SARSLPNIRSDIHDLEGSNLLQPLSCSLNLKSTIDVLDVLEKECSSSSKSEADSHSSEEQ
GQVRPEHVATVVDVENKGEQNGTPINPAVEFSLCKHLLYEGMGASAACQAFNSEKVNLEK
FCALGPSLVKNDKLVVKIGDHYYPWDAAAPIILGMVSFGQEQIFKTEGMIPVDREEKKLQ
GDNSSGTVPPGVSWRLWPFNFKRSRTISTVHAAHEGLSEIDVDSASEKTKNLTGENDMLN
ARSMRKKVQSLAPTSEQLASLNLKEGRNIITFSFSTAMLGRQQVDASIYLWKWNTHIVIS
DVDGTITKSDVLGQFMPLVGVDWSQTGVAHLFSAIKENGYQLLFLSARAISQAHLTRQFL
FNLKQDGKVLPDGPVVISPDGLFPSLYREVIRRAPHEFKISCLEEIRALFPSDCNPFYAG
FGNRDTDEISYLKVGIPIGKIFIINPKGEVTVNRRVDTKSYTSLHALVNGMFPPMSSAEQ
EDYNSWNYWKLPLPEIDV
NT seq 3657 nt   +upstreamnt  +downstreamnt
atgtatgcggtggagaagttgagcagctacatcacccggggggcgaacaccgtctcgggg
cctttccacccgtttggaggagctgtggacataattgtggttcagcagcaggatgggagc
ttcaagacctcgccgtggtatgttcggttcgggaaatttcaaggtgtgctgaagacgaag
gagaaagttgtcaacatatctgtcaatggagtcgaagctggattccacatgttcttggat
cataaaggtgaagcctatttcctcatggagtctgatgccgaagaaggagacttccttgtg
tctcccacatcctctggagacgagatagatgagaagatgccaaatggacaattgaagaag
attcagagctgtgattttgatggtggtcggggagagacgattagccacatggatatgggg
aatgggaagattgtcaagcgaacaagttcaaggcactcaacaattttgggtcgtatgttt
ggacggaagtcgatgaaggataaagatgaggggagcaatgcagagagggtgagttcgttg
gagcgtgcagagattgcagctgacctcttggaagtgaagtggtcgaccaatctcccgacc
agtgatcggagggctgataattctcttggaaaaccatctgaaagtgacgataaagatgtg
aatgttattgaaaaagaacaaagtacacatacaccttctttgaagaaaggccctgatcat
gatgaaatggttaattctcatggtgaggacctcgatgataattttggaagcagtactgca
agtaaaaatcatttggaagagatagttaagcatgattctccatgtatgagagatgatgag
gaggttatagagatttgcacttctgagaatgacaatgtagctgataggtgcgagttcatc
tctgatgaagtgacttcagaatccaaggatcctgacgctaatagccaaagttgtgattct
tttaatgattcaactggttcccatagggaccgattgggtgacagttttggaaatgatatg
ataaacaaaaaggattttggagagataacttcccatgaggacgttgtaaatgtttacact
tcagagaccagcaatacagctgataagaatgaggcagtctttgaattagtaagaatagaa
tcgaatcaaattaacgttcaaagtcctggtttggatgctctttctcatgattcagtacag
tcattgagtgcaatgtgcacaggttcaaccaatgatttttctgttcttgaaaatgaagag
aaggaaatttcttctttcagctactgtgaaactctagaaagctcaatccgcaggctcaat
gtttccatgaaccaagctcctcatgctgcggacctcttttcaggtggggttggacaggga
aagataagttgtgaaactcagtgtgacacaagtgagccaatctctgcagtaaggtcacaa
ctagaatcaggtgcttgcccaagcaaagaaaatttgagtggatgtcatgaccagacttcg
gagatttccagagttgaggtttcttctatcgctcaaaatgatcaatgtgactgtccaagc
aatgctgactcttcttccattatggcttctgaacaaattttgagtggccttcgttcttca
cctaacggagtaattgaggaattgactcaggtgaagcaaacaagtagtaaccaatgtgat
tactttgggaatgaaactcagatggaggcgggagaaactacagacctcattgagatcaag
cgacttgactctacctatcaagtagaagggatagaaaatgtttggaagggagttaatgtg
aatgaatcttgtatcttgaatggtgatagtaatgctcaagaatatggtattgcttctgaa
tctgtggaagaaatgaaagccaatgccctgtcccctgagggctcagaggatgatcagttc
ccattcagtgaccctcacagctttgctgctaaagaaattgaccctgagttatcgcttgat
gacacagcagtggaaacagaagatcaccaaatggtcactgcagaagctgacctcaaggag
catgaattgaaagacatagaaaataagcagttttttgaaggcttttctaatgtgtcaaga
cctcatgccagtccaataaatattcctggaagctggacaaataaggccggaaatgaactg
tcagcaagatctttacccaatatccgttctgacattcatgatcttgaaggatccaatctt
cttcaaccactaagttgctcactgaatttaaaatctacaattgatgtgctggatgtactt
gagaaggaatgttcgagctcttcaaaatcggaggcagactctcacagcagtgaagagcaa
ggtcaagttagacctgaacatgttgctacagtcgttgatgtcgaaaataagggagagcag
aacggcactccaatcaaccctgctgttgagttttccctctgcaaacacttgttatatgaa
gggatgggggcttctgcagcttgtcaagcatttaattctgaaaaagtgaatttagagaaa
ttttgtgcattgggcccatcgcttgtgaagaatgataagctagttgtcaaaattggtgat
cattattatccgtgggatgcagctgcaccaatcattttgggaatggtttcttttggtcag
gaacaaatattcaaaactgaaggtatgatacctgtggatcgagaagagaaaaagcttcaa
ggggataattcaagtggcacagtaccacctggggttagctggaggctttggccgttcaac
tttaaaagatctagaaccataagcaccgtgcacgcagcccatgaaggtcttagtgaaata
gatgtagattccgcttctgagaagactaaaaacctgactggggaaaatgacatgctgaac
gccaggagtatgaggaagaaggtgcaatcacttgctccgacttccgaacagcttgcttcc
ttaaatcttaaggagggtcggaatatcataacatttagtttctccactgcgatgcttggg
cggcaacaggtggatgctagtatatatctatggaaatggaatactcacatagttatctct
gatgttgatggaacaattactaaatcagatgttcttggacagttcatgcctctagttggt
gtagattggtcccagactggtgttgcacatctattttctgcaattaaggagaatggatat
caactgctctttctcagtgcacgtgcaatttcacaggcgcatctaacaaggcagttcctt
ttcaaccttaaacaggacgggaaagtgcttcctgatggtccagttgttatatctccagat
ggactatttccttcactttacagagaagttatcagaagagctcctcacgaattcaagatc
tcatgcctagaggaaatcagggcattatttccttctgattgcaacccattctatgctggc
ttcggaaacagagacacggatgagattagctaccttaaagttggaattcctataggaaag
atcttcataatcaatcccaagggtgaagttacagtgaaccgtcgagttgatacaaagtca
tatacttcccttcatgctttagtcaatggaatgtttcctcccatgtcctcagctgagcag
gaggactataattcctggaattactggaagttgcctcttcctgaaattgatgtttga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (11)   
   UniProt (1)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (4)   
   Pfam (4)   
All databases (68)   

Download RDF
DBGET integrated database retrieval system