Journal of Biochemistry Research

Bioinsecticides Peer Reviewed Journals

Bioinsecticides have not always provided consistent insect pest control since inherently complex is the relationship between the agent, the pest, the timing and the environment. For IPM initiatives, microbial pathogen-based insecticides or bioinsecticides are important, and an alternative to pest control. In contrast to most synthetic insecticides, the bioinsecticides may include bacteria , viruses and fungi as they may be extremely specific to some plagues and may persist in the surrounding environment for a shorter period than synthetic insecticides.  Bioinsecticides currently constitute only up to 2–3 per cent of the market share of insecticide due to their narrow toxicity spectrum and sensitive sun radiation degradation. Application of biopesticides can be limited because they can allow several applications to achieve adequate pest control. It is possible to classify biopesticides into these classes- Microbial pesticides consisting of bacteria, entomopathogenic fungi or viruses. Even though they are multi-cellular, entomopathogenic nematodes are also labeled as microbial pesticides too. Chemicals derived from organic matter. There are four groups in commercial use: pyrethrum, rotenone, neem oil, and various essential oils are naturally occurring pest control substances and microbial diseases. Protectants incorporated in plants (PIPs) have genetic material incorporated into their genetic material from other species. RNAi pesticides, some of which are topical and some absorbed through the crop. 

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