Paper Title
A Continuous Production of Mosquito Larvicides from Pseudomonas Species Encapsulated in Nanofibre using a Mini Bioreactor

Abstract
Mosquitoes, act as vectors for many disease causing viruses and parasites. Infected mosquitoes carry these pathogens from one person to another without exhibiting symptoms themselves. Physical and chemical control methods of the vector mosquitoes are hazardous to the environment and this can be overcome by the usage of the biological control methods. Microbes with the larvicidal potential are often used as bio-control agent despite having issues in lasting efficacy. The life of the microbes based bio-control agents can be enhanced by encapsulating in the polymer materials. The encapsulated bacteria can be used for the large-scale production of bio-control agents using continuous-flow bioreactors. In the present work, the Pseudomonsas species encapsulated in nanofibres were propagated in mini bioreactor for the continuous production of the desired larvicides. Such functionally bioactive system helps in producing the larvicides in the continuous manner. The results of the bioassay showed that the larvicides were collected more than two days in continuous system when compared to the batch system.