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Simultaneous expression of SbCPN10L and SbNHX1 enhances salt and drought stress tolerance in transgenic tobacco, associated with improved photosynthetic performance
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DOI：10.1016/j.plaphy.2026.111609.png)
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Abstract
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• SbCPN10L and SbNHX1 enhance salt and drought stress tolerance in tobacco. • Transgenic plants showed better germination, growth, water status, and osmotic balance. • Enhanced osmolytes reduce ROS damage and maintain membrane stability. • Dual gene expression induced protection enhanced the PSII efficiency. • SbCPN10L and SbNHX1 provide additive stress resilience mechanisms.
Keywords:
Halophyte
Salicornia
Salinity stress
Drought stress
Photosynthesis
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