IJFANS International Journal of Food and Nutritional Sciences

ISSN PRINT 2319 1775 Online 2320-7876

STUDY THE PHOTOSENSITIZERS PLANT INTERACTIONS AT INCREASED TEMPERATURE

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Naiknaware Swapnil Bhagwat

Abstract

Environmental changes, particularly a rise in temperature, are predicted to impact the interactions between phytophagous animals and their host plant systems, according to scientists who conducted the study. Aphid development is greatly impacted by the temperature of the surrounding environment since they are poikilothermic animals. A rise in temperature has the potential to influence these insects in a number of ways, including faster growth, more reproduction, greater winter survival, changes to life cycles, changed migratory patterns, and even changes in population dynamics, among other things. Because of their short generation time and high reproduction rate, aphids are excellent models for studying the impacts of climate change on insects. Raise in ambient temperature has an effect on the development and metabolism of aphids, as well as the cellular and metabolic stages of these insects. At the cellular level, it is possible that oxidative phosphorylation and cellular respiration will be impaired. Thermal stress has the potential to affect the generation and scavenging of ROS (reactive oxygen species), resulting in oxidative stress in the body (OS).

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