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Literature summary for 2.5.1.47 extracted from

  • Pajuelo, E.; Carrasco, J.A.; Romero, L.C.; Chamber, M.A.; Gotor, C.
    Evaluation of the metal phytoextraction potential of crop legumes. Regulation of the expression of O-acetylserine (thiol)lyase under metal stress (2007), Plant Biol., 9, 672-681.
    View publication on PubMed
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Inhibitors

Inhibitors Comment Organism Structure
cadmium chloride plants grown in the presence of 0.0178 mM cadmium chloride show 141% increase in activity in leaves, and 189% increase in activity in root, respectively Lotus japonicus
cadmium chloride plants grown in the presence of 0.0178 mM cadmium chloride show 150% increase in activity in leaves; plants grown in the presence of 0.0178 mM cadmium chloride show 260% increase in activity in leaves, and 222% increase in activity in root, respectively Medicago sativa
copper sulfate plants grown in the presence of 0.78 mM copper sulfate show 102% increase in activity in leaves, and 98% increase in activity in root, respectively Lotus japonicus
copper sulfate plants grown in the presence of 0.78 mM copper sulfate show 20% increase in activity in leaves, and 110% increase in activity in root, respectively; plants grown in the presence of 0.78 mM copper sulfate show 56% increase in activity in leaves Medicago sativa
lead nitrate plants grown in the presence of 2.4 mM lead nitrate plus 5 mM EDTA show 197% increase in activity in leaves, and 201% increase in activity in root, respectively Lotus japonicus
lead nitrate plants grown in the presence of 2.4 mM lead nitrate plus 5 mM EDTA show 176% increase in activity in leaves; plants grown in the presence of 2.4 mM lead nitrate plus 5 mM EDTA show 302% increase in activity in leaves, and 300% increase in activity in root, respectively Medicago sativa
sodium arsenite plants grown in the presence of 0.0267 mM sodium arsenite show 109% increase in activity in leaves, and 238% increase in activity in root, respectively Lotus japonicus
sodium arsenite plants grown in the presence of 0.0267 mM sodium arsenite show 108% increase in activity in leaves, and 250% increase in activity in root, respectively; plants grown in the presence of 0.0267 mM sodium arsenite show 120% increase in activity in leaves Medicago sativa

Organism

Organism UniProt Comment Textmining
Lotus japonicus
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Medicago sativa
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Source Tissue

Source Tissue Comment Organism Textmining
leaf enzyme activities are increased in presence of Cu, As, Cd, or Pb Medicago sativa
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leaf enzyme activities are increased in presence of Cu, As, Cd, or Pb Lotus japonicus
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root in presence of metal ions As, Cd, and Pb, OASTL transcripts are increased especially in roots, where metal accumulation is maximal, while Cu produces a decrease in the transcript levels. Enzyme activities are increased in presence of Cu, As, Cd, or Pb Medicago sativa
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root in presence of metal ions As, Cd, and Pb, OASTL transcripts are increased especially in roots, where metal accumulation is maximal, while Cu produces a decrease in the transcript levels. Enzyme activities are increased in presence of Cu, As, Cd, or Pb Lotus japonicus
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