Author

Muhammed Farooq

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Aug 2026

Synergistic regulation of cadmium tolerance by a 2 C protein phosphatase and nano molybdenum by modulating cellular structure, metal transport, and redox homeostasis in polyploid rice.

The results indicate that NY1 is vital in enhancing Cd tolerance in tetraploid rice by regulating metal transport and redox homeostasis, and highlight MoO₃-NPs as a promising supplementary strategy for reducing Cd accumulation in rice ecosystems.

M. Shahid, Zihan Lin, Lixia Sun et al. · Journal of Hazardous Materia... · 1 citation

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Muhammed Farooq

Synergistic regulation of cadmium tolerance by a 2 C protein phosphatase and nano molybdenum by modulating cellular structure, metal transport, and redox homeostasis in polyploid rice.

Synergistic regulation of cadmium tolerance by a 2 C protein phosphatase and nano molybdenum by modulating cellular structure, metal transport, and redox homeostasis in polyploid rice.