Abstract Salinity is a major constraint to wheat productivity, imposing osmotic stress, ionic imbalance, and oxidative pressure that compromise growth and yield. Arbuscular mycorrhizal fungi can improve wheat performance under salinity through effects extending beyond nutrient acquisition. This review examines the cont...
Hakim Zamir, F. Rauf, Zameer Hussain Jamali et al.· Plant Signalling & Behavior· 0 citations
The major bioassay methods used to assess insecticide resistance in T. absoluta are summarized, including primarily leaf-dip assays together with topical, residual film, and diet-incorporation approaches, and emerging tools are highlighted as promising approaches for improving resistance surveillance.
Amir Khan Korai, S. K. Korai, Shahrukh Khan et al.· Journal of Pest Science· 0 citations
This review reframes wheat salinity adaptation as a crosstalk-driven process linking early root perception with whole-plant acclimation and yield-related outcomes, and identifies key signaling hubs and physiological trade-offs that may guide breeding, genome editing, priming, and agronomic strategies for improving whea...
Hakim Zamir, Daud Ali Shah, F. Rauf et al.· Plant Signalling & Behavior· 1 citation
A multidisciplinary and sustainable approach is essential to mitigate the impact of AR and ensure long-term effectiveness of parasite control strategies in small ruminant production systems.
Zeenat Korai, Shahrukh Khan, S. K. Korai et al.· Molecular and biochemical pa...· 1 citation
Evidence from functional genomics studies demonstrates that sulfur metabolism is closely integrated with redox signaling, stress tolerance, and plant immunity, which supports a view of sulfur metabolism as a dynamic regulatory network rather than a linear nutrient‐assimilation pathway.
F. Rauf, Hakim Zamir, Hussam Ahmad et al.· Plant Direct· 0 citations
It is proposed that sulfur metabolism should be viewed as a dynamic resource allocation network rather than a linear assimilation pathway, to help identify regulatory variants that improve sulfur-use efficiency, stress resilience, immunity, and grain quality without compromising yield stability.
F. Rauf, Hakim Zamir, Hussam Ahmad et al.· Molecular Biotechnology· 0 citations
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