Because of the severe damage caused by insect pests in agricultural fields, which cost billions of dollars annually, countries used chemical pesticides to eliminate these pests. The continuous use of chemical pesticides led to many environmental impacts, besides the emergence of resistance to insect pests. Therefore, it was necessary to search for an effective treatment for insect pest problems that was environmentally friendly and safe for human health. Biological control of insect pests has gained considerable importance in agricultural fields for its efficiency and safety for humans and other non- target organisms. In addition to its natural presence in the environment, cheaper cost, and more environmentally friendly, And a better alternative to synthetic chemical pesticides as well as being environmentally safe, they not only help establish food security by fighting against insect pests but also ensure food safety, they have enormous potential for achieving agricultural sustainability and environmental safety. In this review, we will highlight the definition and classification of insect pests, microbial pesticides. Besides, the advantages and disadvantages of these kinds of pesticides. We will also focus on the most effective bacterial species used in the production of pesticides and protein toxins that kill insect pests, their mechanism of action, method of marketing, and application to insect pests. We have looked at future research in eradicating insect pests.
Myiasis is one of the most complex and interesting relationships that we see in nature, as it represents the relationship between small larvae of the order of Diptera and other creatures such as humans and animals. It is also considered an economic problem that causes heavy losses in livestock. And in both animals, where these larvae belong to three families 1. Oestridae 2. Sarcophagidae 3. Calliphoridae, feed on live and dead tissues, it has also been shown that wounds contaminated with bacteria, Streptococcus spp. Staphylococcus aureus ، Klebsiella peneumonia, ،Pseudomonas spp. ، Enterobacter spp. و Proteus mirabilis are more likely to suffer from myiasis due to their ability to produce volatile organic compounds that are considered as stimuli for flies. Therefore, Artiana, in this scientific article, dealt with a brief and comprehensive review of myiasis, including the classification of its types, the classification of the larvae that cause it, and the bacterial infections associated with myiasis.
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