Cucumis sativus (cucumber): 101220522 Help Entry 101220522         CDS       T02486                                  Name (RefSeq) phospholipase D zeta 2   KO K01115   phospholipase D1/2 [EC:3.1.4.4] Organism csv  Cucumis sativus (cucumber) Pathway csv00564   Glycerophospholipid metabolism csv00565   Ether lipid metabolism csv01100   Metabolic pathways csv01110   Biosynthesis of secondary metabolites csv04144   Endocytosis Brite KEGG Orthology (KO) [BR:csv00001]  09100 Metabolism   09103 Lipid metabolism    00564 Glycerophospholipid metabolism     101220522    00565 Ether lipid metabolism     101220522  09140 Cellular Processes   09141 Transport and catabolism    04144 Endocytosis     101220522  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:csv04131]     101220522 Enzymes [BR:csv01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.4  Phosphoric-diester hydrolases     3.1.4.4  phospholipase D      101220522 Membrane trafficking [BR:csv04131]  Exocytosis   Calcium ion-dependent exocytosis    Phospholipases     101220522  Endosome - Golgi transport   Others    Others     101220522 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PLDc PLDc_2 PH PH_9 Hexapep_2 Motif Other DBs NCBI-GeneID:  101220522 NCBI-ProteinID:  XP_004144817 UniProt:  A0A0A0LIW7 LinkDB All DBs Position 2:3341763..3351646 Genome browser AA seq 1110 aa AA seqDB search MSTKRLISSGTTPSEAEPPRLFASASHSFRQCVESARVFEELPIVSIVSVSRPDTGDISP LLLSYTIEIQYKQFKWRLVKKASQVLYLHFSLKRRAFIEELHEKQEQVKEWLHNLGIVDH PAVVHHDDESDDGAFSLHDEQTTRNRNVPSVAALPIIKPALGGQRSISDKAKLAMQGYLN HFFGNLDIVNSREVCKFLEVSKMSFVREHGPKLKEGYLMVKHLKQVTGSDSSIKCFACHW CSCCMYNWKKVWAVLKPGFLALVADPMDSKLLDIIVFDVLPMLEEKEGSQACLSYHVKER NPLRYSFKVRRGDGDIRFRTTSTAKVREWVSSINDAGFGAKDGWCQPHRFGSFAPQRGLS DDESQAQWFIDGRAAFEAIACSIEAAKSEIFITGWWLCPELYTRRPFHNHSSSRLDALLE TKAKEGVQIYILMYKEVPIALKINSMYSKKRLLNIHENIKVLRSPDHMSTGIYYWSHHEK IVVVDHHICFIGGLDLCFGRYDTMEHKVSDFPPYTWPGKDYYNPRESEPNSWEDTMKDEL EREKCPRMPWHDVHCALWGSPCRDIARHFVQRWNHAKRNKAPNEEKIPLLMPQHDMVLPH YMGKRTELSFKNTDSEQDHQKQTTDDHFSSLSPQDDIPLLMPQETGGLPDSNEQTNNLSN HNSFNQPMEIGRSGTGSFQAYNAEPWTQFEQTNGLLDEFGFLDEFGAFGHLREATFDTPP YMKNSNDWLETERKSNHVAINEVNEIGPLTSSNCQVIRSVSQWSAGTSKPEASIHAAYCS AIQEAKHFIYIENQFFISGLSGDETIQNRVLDALYQRIWLAHKEKQCFRVIVVLPLLPGF QGGVDDNGAATVRALMHWQYRTISWEKTSILYRLNLLLGPKTQDYILFCGLRSYGRLFDG GPIATSQVYVHSKLMIIDDCITFIGSSNINDRSLLGSRDSEIGVIIEDKEFVDSSMNGKP WKAGKFAHSLRCSLWCEHLGLHLREVCQILDPIVEATYKHLWLATAKENTTIYEEVFSCI PNDNINSRSSLRQSLADLKVKLDHNTLDLGIAAEKIESHENGEVKMIDPMERLKCIRGHL VCFPLKFLWQEDLRPGFIESEFYAAPHVFH NT seq 3333 nt NT seq  +upstreamnt  +downstreamnt atgtcgacgaagagattgatttccagtggaacgactccgtcggaagctgagccgccgagg ttgtttgcttcagcctcgcactcgttccggcaatgtgtggaatcggctagggtttttgag gagcttccgattgtttccattgtatcggtttcacggccggatactggagatattagtccc ttgctgttatcttacaccattgaaatccaatacaaacagtttaaatggaggttagtgaag aaagcatcgcaagttctatatttacatttttcattgaagagacgtgcatttattgaagag ctccacgagaaacaagagcaggtgaaagaatggcttcacaacttgggaatagttgaccat ccagctgtagttcatcatgatgacgagtctgatgatggggctttttctttgcatgatgaa caaactacaagaaacaggaacgttccttctgttgctgctttacccatcattaagccagct ctgggaggacagcggtccatttcagacaaggcaaagctagcaatgcagggttacttaaat cacttttttgggaacttagatattgtaaattctcgtgaggtctgcaaatttttagaagtc tcgaagatgtcatttgtaagagaacatggtccaaagttgaaagaaggttacctaatggtg aagcatttaaaacaagtcacaggatctgattctagtataaaatgttttgcatgtcattgg tgcagttgctgcatgtacaattggaaaaaggtttgggctgttttgaaaccaggtttcttg gccttggttgctgatcctatggactctaaacttctagatataattgtttttgatgtgcta ccgatgttagaagaaaaggagggatcccaagcatgcttatcatatcatgtcaaggagcgc aatcctttacgttattcattcaaggttagacgcggagatggggacataaggttcaggacc acaagtaccgccaaagtcagagaatgggtctcatcaattaatgatgctggttttggagcc aaagatggctggtgccagcctcatcgctttggttcttttgctcctcagagaggtttgagt gatgatgaaagccaagctcagtggttcatagatggccgggcagcttttgaagcaattgct tgctctattgaggctgctaaatcggagatattcatcactggctggtggctttgccctgag ctttatacgcgacgtccttttcacaatcattcttcatcacggcttgacgcattgctggaa acaaaagcaaaagaaggtgtccagatttacatcttaatgtataaggaggttcctattgct ctgaaaattaacagtatgtatagcaagaagaggcttttaaatattcatgagaatattaag gtattacgttctcctgatcatatgtcaactgggatttattattggtcacatcatgaaaaa attgtcgttgttgatcatcacatttgcttcattggaggtttggatttatgcttcggccgc tatgatacaatggagcataaagtgagtgatttccctccctatacatggccgggaaaggac tattacaacccaagagaatctgaaccaaattcttgggaagatacaatgaaagatgaattg gaacgggagaagtgtccccgaatgccatggcatgatgttcactgtgccctttggggatct ccgtgccgtgatattgcacgacactttgttcagaggtggaaccatgccaagagaaacaaa gccccaaatgaagaaaaaatacctctacttatgcctcaacatgacatggtccttccacat tacatgggaaaacggacagagttgagctttaaaaatacagactcagagcaagatcatcag aagcagaccacagatgatcacttttcctccttatccccacaggatgatattccattactg atgcctcaggaaactggtggacttccagattctaacgagcaaacaaataatctttcgaac cacaattcttttaatcagcccatggaaataggaagaagtggtacgggttctttccaagca tacaatgctgaaccatggactcaatttgaacaaacaaatggattgttagatgaatttgga tttttggatgagtttggtgcttttggacatctgagggaagctacttttgatactccacca tatatgaaaaattcaaatgattggttagaaactgaacgcaaaagtaaccatgttgctata aacgaggtcaacgaaattggtccccttactagtagcaattgtcaggtaataagaagtgtc agccagtggtcagcaggaacaagcaaaccagaagcaagtattcatgctgcttattgctct gccattcaagaggcaaaacatttcatctacattgagaaccagtttttcatatctggttta tcaggggatgagaccatacaaaatcgggttttggatgcattataccaacgtatatggctg gctcataaggaaaaacaatgtttccgagttattgttgttttaccactcttacctggattt cagggtggtgtagatgataatggtgcagcaactgttcgagccttgatgcattggcagtac cgaacaattagttgggaaaaaacttcgatactgtaccgtctcaatttattattgggtcct aaaacgcaagattatattttattttgtggccttcgatcatatggcagactatttgatggt ggtccaattgctacaagtcaggtatatgtgcacagcaaattgatgataattgatgattgt attacctttattggttcctccaatatcaatgatagaagtttacttggatccagagattct gagatcggagtaattatcgaggataaagagtttgttgattcatctatgaatggaaaacct tggaaagctggaaagttcgctcatagtctacgatgttccttgtggtgtgagcacctcggt cttcatctcagagaggtctgtcagatccttgatcctattgtagaagcaacgtacaaacat ttatggttagctacggcaaaggaaaacacaacaatatatgaagaagtcttttcttgtatc cccaatgacaacataaactcaagatcgtctttacgccaaagtttggccgatttgaaggtg aaacttgatcataacacactagatttaggaatagctgctgagaagatagaaagccatgaa aatggggaagtaaaaatgatagatccaatggagagattgaagtgtattaggggacatcta gtttgttttcctttgaagttcctgtggcaagaagatctcaggccagggttcattgagagt gagttttatgctgcccctcatgttttccattga

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