Download Agricultural Proteomics Volume 2: Environmental Stresses by Ghasem Hosseini Salekdeh PDF

By Ghasem Hosseini Salekdeh

This booklet will hide a number of subject matters to complicated how proteomics may possibly give a contribution in our knowing of mechanisms all in favour of rigidity variation. the data being amassed by way of quite a lot of proteomics applied sciences may well finally be used in breeding courses to augment rigidity tolerance. This booklet offers accomplished reports approximately responses of crop and livestock to environmental stresses. demanding situations on the topic of tension phenotyping and integration of proteomics and different omics info have additionally been addressed.

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Extra info for Agricultural Proteomics Volume 2: Environmental Stresses

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Additionally, decreased levels of SOD, peroxidase and the above mentioned enzymes were observed in the roots of maize [134] and rice [135]. Proteomic analysis also revealed an enhanced level of HSPs in the roots of maize under anaerobic stress caused by flooding [136]. HSPs are small, novel set of proteins that represses the synthesis of the nonstress proteins. Furthermore, proteins with crucial roles in both cytoplasmic and organellar translation and mitochondrial elongation were found to be repressed by hypoxia which contribute to the reduction in protein synthesis during flooding stress [132].

Trinidad et al. is limited under these conditions [133]. Additionally, decreased levels of SOD, peroxidase and the above mentioned enzymes were observed in the roots of maize [134] and rice [135]. Proteomic analysis also revealed an enhanced level of HSPs in the roots of maize under anaerobic stress caused by flooding [136]. HSPs are small, novel set of proteins that represses the synthesis of the nonstress proteins. Furthermore, proteins with crucial roles in both cytoplasmic and organellar translation and mitochondrial elongation were found to be repressed by hypoxia which contribute to the reduction in protein synthesis during flooding stress [132].

Under drought stress, ROS and toxic ions produced by the plants damage essential proteins and decrease enzyme activity [32]. To counteract these deleterious effects, plants evolved protective molecular and physiological mechanisms to ensure homeostasis, detoxify the harmful molecules, and ultimately recover from the stress [33]. Proteins have important roles in stress response. They can function as protection for membranes and other proteins, and can acquire and transport water and ions in and out of the cell.

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