Titlebook: Microbes for Sustainable Insect Pest Management; An Eco-friendly Appr Md. Aslam Khan,Wasim Ahmad Book 2019 The Editor(s) (if applicable) an

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Soil-Borne Entomopathogenic Bacteria and Fungi,nsists around 65,000 described species. In comparison to bacteria, fungi have a wider host range and are especially suitable for controlling pests with piercing and sucking mouthparts. Entomopathogenic bacteria and fungi can be released through inundative application methods and therefore play a cri

Exterior

Molecular Phylogeny of Entomopathogens, phylogenetic classification of entomopathogens are the basic principles in insect pathology. Full genomic DNA sequencing techniques are used to assess the genetic diversity and phylogenetic analyses of entomopathogens. Alternatively, specific genes of interest can be targeted for sequencing. Sequen

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Thermotolerance of Fungal Conidia,heir geographical isolation origin. Moreover, the high variability in fungal thermotolerance is also dependent of the culture media composition and growth condition. EF that grow at high temperatures do not grow at low temperatures and .. Moreover, when growth conditions are not set at optimal tempe

Itinerant

Oxidative Stress in Entomopathogenic Fungi and Its Potential Role on Mycoinsecticide Enhancement,idia production can increase ROS scavengers consequently enhancing UV tolerance. Additionally, growth in long chain cuticular hydrocarbons triggers ROS production and antioxidant gene induction, leading to more virulent conidia. Also, ROS can act as signaling molecules for cell differentiation into

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Effects of Cytotoxic Factors Produced by Entomopathogenic Bacteria on Insect Haemocytes, of their impact on the immune response effectors is provided, with emphasis on the cellular components of the insect immune system. The different cell types found in the haemolymph of lepidopterans are described and characterised, in comparison to the cell types recognized in ..

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Granuloviruses in Insect Pest Management,. Efforts for identifying potent microbial agents, based on their rich biodiversity, must be applied extensively to expand the genetic make-up of baculoviruses. Recombinant DNA technology in baculoviruses could result in accomplishment of many achievements. In order to increase the uptake of baculov

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