Physiological, biochemical, and gene expression responses of sugarcane under cold, drought and salt stresses
The quantitative nature of abiotic stresses makes the understanding of its molecular basis a
demanding task. For developing a rational breeding and/or genetic engineering strategy—
understanding the environmental signal perception, its transmission to cellular machinery
and adaptive responses of the plant is critical. Here, subjecting sugarcane seedlings to salt
and cold stresses resulted in chlorosis, wilting, leaf rolling and the drought stress led to
decrease in relative water content. The LPO content accumulated during drought and salt …
demanding task. For developing a rational breeding and/or genetic engineering strategy—
understanding the environmental signal perception, its transmission to cellular machinery
and adaptive responses of the plant is critical. Here, subjecting sugarcane seedlings to salt
and cold stresses resulted in chlorosis, wilting, leaf rolling and the drought stress led to
decrease in relative water content. The LPO content accumulated during drought and salt …
Physiological, Biochemical, and Gene Expression Responses of Sugarcane Under Cold, Drought and Salt Stresses
A Mittal - 2022 - dspace.bits-pilani.ac.in
The quantitative nature of abiotic stresses makes the understanding of its molecular basis a
demanding task. For developing a rational breeding and/or genetic engineering strategy—
understanding the environmental signal perception, its transmission to cellular machinery
and adaptive responses of the plant is critical. Here, subjecting sugarcane seedlings to salt
and cold stresses resulted in chlorosis, wilting, leaf rolling and the drought stress led to
decrease in relative water content. The LPO content accumulated during drought and salt …
demanding task. For developing a rational breeding and/or genetic engineering strategy—
understanding the environmental signal perception, its transmission to cellular machinery
and adaptive responses of the plant is critical. Here, subjecting sugarcane seedlings to salt
and cold stresses resulted in chlorosis, wilting, leaf rolling and the drought stress led to
decrease in relative water content. The LPO content accumulated during drought and salt …
以上显示的是最相近的搜索结果。 查看全部搜索结果