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[1][2][3][4][5][6] asaia might be able to control malaria by massively colonizing the midgut and the male reproductive system of the mosquito anopheles stephensi [2][3][7] The mechanisms involved in bacterial cellulose formation and its regulation in asaia are not clear Their ability to colonize different host tissues and transmit vertically between generations makes these bacteria good candidates for paratransgenesis

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However, most existing data derived from studies on mosquitoes and other important. The relative prevalence of asaia is highly variable and seems to be dependent on the geographical region of cameroon in which the mosquitoes were collected. Here we report a study aimed at describing the interactions between asaia and the immune system of two vectors of malaria, anophelesstephensi and an

The introduction of asaia isolates induced the activation of the basal level of mosquito immunity and lower the development of malaria parasite in an

Asaia is defined as a genus that currently includes three recognized species Asaia bogorensis, asaia siamensis, and asaia krungthepensis, which exhibit short phylogenetic branches, suggesting they are relatively young in evolutionary terms. Scientists have discovered that a type of bacteria, asaia, accelerates the growth of aedes aegypti mosquito larvae by a day, potentially enhancing mosquito control programs. Among these microorganisms, asaia bacteria play a prominent role, given their abundance in the gut, reproductive organs, and salivary glands of different mosquito species, while their presence has also been reported in several other insects.

Yamada y, katsura k, kawasaki h, widyastuti y, saono s, seki t, uchimura t, komagata k Concerning the genus anopheles, asaia was detected in all species and populations tested, while wolbachia was never detected (table 2)