Mercurialis annua (annual mercury): 126653658 Help Entry 126653658         CDS       T10153                                  Name (RefSeq) plasma membrane ATPase 1   KO K01535   H+-transporting ATPase [EC:7.1.2.1] Organism mean  Mercurialis annua (annual mercury) Pathway mean00190   Oxidative phosphorylation mean01100   Metabolic pathways mean04075   Plant hormone signal transduction Brite KEGG Orthology (KO) [BR:mean00001]  09100 Metabolism   09102 Energy metabolism    00190 Oxidative phosphorylation     126653658  09130 Environmental Information Processing   09132 Signal transduction    04075 Plant hormone signal transduction     126653658 Enzymes [BR:mean01000]  7. Translocases   7.1  Catalysing the translocation of protons    7.1.2  Linked to the hydrolysis of a nucleoside triphosphate     7.1.2.1  P-type H+-exporting transporter      126653658 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  E1-E2_ATPase Cation_ATPase_N Hydrolase Hydrolase_3 Cation_ATPase Motif Other DBs NCBI-GeneID:  126653658 NCBI-ProteinID:  XP_050203553 LinkDB All DBs Position LG6:complement(46698521..46703964) Genome browser AA seq 966 aa AA seqDB search MAEKSVALDAVIKEAVDLENIPIEEVFDHLKCTKGGLSSDAVKARLDLFGYNKLEEKKES KVLKFLGFMWNPLSWVMEAAAIMAIALAHGGGKGADYHDFVGIVVLLVINSTISFIEENN AGNAAAALMARLAPKAKVLRDGKWSEEDASVLVPGDIVSIKLGDIVPADARLLEGDPLKI DQSSLTGESLPVTKNPGDGVYSGSTCKQGEIEAVVIATGVHTFFGKAAHLVENTTHVGHF QKVLTAIGNFCICSIALGMVIEIIVIYGLQERGYRVGIDNLLVLLIGGIPIAMPTVLSVT MAIGSHRLSQQGAITKRMTAIEEMAGMDVLCSDKTGTLTLNKLTVDKNMIEVFAKGVDSD MVVLMAARAARLENQDAIDCAIVSMLGDPKEARAGIKEIHFLPFNPTDKRTALTYTDAAG KMHRVSKGAIEQIVNLAHNKSEIEKRVHAIVDKFAERGLRSLAVARQEVPAGTKESPGGP WEFVGILPLFDPPRHDSAETIRRALDLGVSVKMITGDQLAIGKETGRRLGMGTNMYPSSA LLGEGKNEASASLPIDELIEKADGFAGVFPEHKYEIVRRLQGRKHICGMTGDGVNDAPAL KKADIGIAVADSTDAARSASDIVLTEPGLSVIISAVLTSRAIFQRMKNYTIYAVSITIRI VLGFMLLTCFWKFDFPPFMVLVIAILNDGTIMTISKDRVKPSPLPDSWKLSEIFATGVVL GSYMALTTVIFFWAAYETNFFPKHFGVRTFNQHEFNMSDKQTADKLQQQLASAVYLQVST ISQALIFVTRSRGWSFTERPGLLLVGAFIVAQLVASVISAEANWKFAGIKSIGWGWTGVI WLFNIVTYVFLDPIKFAVRYGLSGKAWGLVVDQRTAFTSKKDFGREAREAAWAAEQRTLH GLQSADTRGFSEKNSNFKEISVMAEEAKRRAEIARMRELRTLKGKVESFAKLRGLDIDAM NQHYTL NT seq 2901 nt NT seq  +upstreamnt  +downstreamnt atggctgaaaaatcggttgctcttgatgctgtgattaaggaagctgttgatttggaaaat atacctatagaagaagtttttgatcatctcaaatgtacgaaaggcggtttgagctcggac gcagttaaagcaagattggatctgtttggatacaacaagcttgaagagaaaaaggagagt aaagtattgaagtttttggggtttatgtggaatcctctgtcatgggttatggaagctgca gccatcatggccattgctcttgcacatggagggggaaaaggtgctgactatcatgatttt gttggtattgtggtgttacttgtgataaactccaccatcagtttcatagaggaaaacaat gctggaaatgcagctgctgcacttatggctcgcttggcaccaaaagccaaggtcctgcgc gatgggaagtggagtgaggaagatgcttccgtgttggttcccggagacattgtcagtatc aaacttggcgatattgttcctgctgatgcacgtcttctcgaaggagatcctttgaagatt gatcagtcttctcttacaggagaatcgcttcctgtaaccaaaaatcctggtgatggagtt tactcaggttcaacgtgcaagcagggcgaaattgaagctgttgttattgcaactggagtt cacacatttttcggaaaggcagctcatcttgtcgaaaacactacacatgttggccatttc cagaaggttttaacagcaattggaaacttctgcatttgctctattgcacttgggatggta attgaaatcattgttatatatgggcttcaagagaggggataccgtgttggcatagataat ctactcgttttactgattggtgggatcccaattgcaatgccaactgttctttctgtcaca atggccattggttcccaccgcttgtctcagcagggtgcaattacaaagagaatgaccgcc attgaagaaatggcgggaatggatgtactttgcagtgacaaaacaggaacattgacgctt aataagcttacagtcgacaaaaacatgatcgaggtttttgccaaaggtgttgacagcgat atggttgtgcttatggctgcaagagccgcgaggttggagaatcaggatgccattgattgt gccattgtttcaatgctcggagaccctaaggaggcacgcgctggaatcaaagaaattcac ttccttccatttaatccgactgacaaacggactgcacttacatacacagatgctgctggt aaaatgcatagagtcagcaaaggtgcaatagagcagattgtcaatctggcacacaataaa tcagaaatagagaaaagggtacacgcaatagtcgacaagtttgcagagcgtggacttaga tcccttgcagttgctcgccaggaagttcctgctggcaccaaagaaagtccaggtggccca tgggaattcgtcgggattcttcctctattcgaccctccacgccatgacagtgctgaaaca atcagaagagctttggatcttggagttagcgtcaaaatgatcaccggtgaccaacttgca attggcaaggaaactggaaggaggctcggaatgggcacaaatatgtatccttcatcggct cttctcggtgaaggaaagaacgaagcatctgcatcacttccgattgatgagctcattgag aaagctgatggttttgccggagtattccccgagcacaagtatgagattgttaggagacta caaggcagaaagcacatatgtggaatgactggtgatggtgtgaatgatgcacctgccttg aagaaagctgacataggaattgctgtagcagattctacggatgctgcaagaagtgcctct gacatagttcttacagaacctgggctgagtgttatcattagtgctgtcttaacaagtcgt gcaatcttccagaggatgaaaaactacacgatatatgcagtttctatcacaatccgtatt gtgctcggttttatgttgctgacttgcttctggaagttcgactttcctcctttcatggtt cttgtcattgctatccttaatgatggtactatcatgaccatatccaaagacagagtcaag ccttctccacttcctgacagttggaagctgagtgaaatttttgcaactggcgttgttctt ggtagttacatggctctaacgaccgtcattttcttctgggcggcatatgagaccaacttc tttccgaaacattttggtgtcaggactttcaaccagcacgaatttaacatgtcggataaa cagacagccgacaagcttcaacaacaattagcctcagcagtataccttcaagtcagcact attagccaggcacttatatttgttacgcgttccagaggctggtcgttcacagaacgtccc ggccttctgcttgtcggcgccttcatagttgcccaactggttgcatcagtgatctctgca gaagcaaactggaaatttgctggaatcaaaagcataggttggggatggaccggtgtgata tggctgttcaacattgtgacatatgtatttcttgatccaatcaaattcgcagtgcggtat ggtctcagtggaaaagcttggggtctggtggtagaccaaaggactgctttcacaagcaaa aaggatttcgggagggaagctcgagaagcagcatgggcagctgagcagagaacacttcat gggctgcaatctgctgatacaagagggttttctgaaaagaacagtaattttaaagaaatc agtgtcatggcagaagaagctaaaaggcgtgcagagattgctaggatgagggagcttcgc accctgaagggaaaggtggagtcttttgccaagttaagagggttggatatagatgccatg aaccagcattacacactctaa

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