Titlebook: Renewable Energy, Green Computing, and Sustainable Development; First International Sree Lakshmi Gundebommu,Lakshminarayana Sadasivuni Con

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M. Lakshmi Swarupa,K. Rayudu,S. Sunanda,G. Divya,M. Rajithaogenic fungi. In the first case, natural biotic interactions within the indigenous microflora should be stimulated to regulate inoculum density and the infectious activity of pathogen populations. This strategy can be enhanced by inoculating one or more previously selected biocontrol agents. In the

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erning the heavy metal industry activity. It is environmentally sustainable, green, safe, and cost-effective. Once synthesized, the nanoparticles can be considered as future construction blocks of the next generation of photoelectric materials, electronics, biomedical devices, chemical and biochemic

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陳腐的人

Milan Belik,Olena Rubanenko,G. Sree Lakshmi,M. Lakshmi Swarupato produce new materials with a wide range of potential applications in biomedicine and industry. In this respect, several species have demonstrated excellent bio-reducing capacity to produce metallic NPs, presenting a number of advantages over other biological systems such as a rapid growth rate, s

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Harivardhagini Subhadra,V. Sreelatha Reddy,Pranavanand Satyamurthy90; Ghabrial, 1998). Correlation between the presence of extrachromosomal dsRNAs and attenuation of virulence (hypovirulence) for some pathogenic fungi have stimulated interest in these elements as potential biological control agents. Among these, the dsRNAs associated with hypovirulence of the ches

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Samyuktha Penta,S. Venkateshwarlu,K. Naga Sujathairulence.Sheds new light on the high costs of, and elevated .This volume offers an overview of the various aspects involved in the ability of fungi to damage host cells, and discusses cutting-edge approaches to the study of fungal pathogenesis. The first chapter illustrate the key roles of glycans a

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mechanism

K. Kalpana,B. Paulchamy,V. V. Teresa,K. Sivakami,S. M. Deepa,N. Revathious industrial processes to produce diverse products. Fungi are known to produce antioxidative enzymes which can catalyze the dismutation of singlet oxygen species or reactive oxygen species (ROS) exemplified best by superoxide (O.) and hydrogen peroxide (H.O.). Antioxidant enzymes include superoxid