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This study investigates the impact of ammonium phosphate-sulfur fertilization on cadmium (Cd) translocation and shoot growth in Oryza sativa seedlings. The research demonstrates that fertilization significantly decreases Cd levels in both roots and shoots, enhancing plant growth despite Cd exposure. Data includes growth responses, root development under Cd stress, reactive oxygen species imaging, and rhizosphere pH measurements, indicating that fertilization strategies can effectively protect rice plants from cadmium toxicity.
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Electronic supplementary material Photosynthesis mediated decrease in cadmium translocation protect shoot growth of Oryza sativa seedlings up on ammonium phosphate - sulphur fertilization. Abin Sebastian, M.N.V. Prasad DepartmentofPlantSciences,UniversityofHyderabad,Hyderabad500046,India Tel.:+914023011604;Fax: +914023010120/145
Data. 1 Growth response to Cd in presence of fertilizer treatment. (Abbreviations; U - MO 16 control, UCd - MO 16 with Cd, UCdF - MO 16 with Cd and fertilizer, S - MTU 7029 control, SCd - MTU 7029 with Cd, SCdF - MTU 7029 with Cd and Fertilizer)
U UCd UCdF S SCd SCdF Data. 2 Root growth response to Cd in presence of fertilizer treatment. (Abbreviations; U - MO 16 control, UCd - MO 16 with Cd, UCdF - MO 16 with Cd and fertilizer, S - MTU 7029 control, SCd - MTU 7029 with Cd, SCdF - MTU 7029 with Cd and Fertilizer)
Data 3. Real time reactive oxygen species imaging in root with fluorescent probe H2DCFDA.
Data. 4 Rhizosphere pH during harvest of the plants. (Abbreviations; U - MO 16 control, UCd - MO 16 with Cd, UCdF - MO 16 with Cd and fertilizer, S - MTU 7029 control, SCd - MTU 7029 with Cd, SCdF - MTU 7029 with Cd and Fertilizer)