According to the WHO report, the rate of respiratory infections is still more than the other infections and all preventional programs have not been able to decrease the transmission rate off disease through the air, in spite of various recommendations. It is quite reasonable to assume that, in the case of bioterrorism attack, a large number of the people will be affected. Therefore study of the viability of the bioaerosols and involved parameters seems to be necessary. This study ca provide a good information for designing a computer program to predict the number of affected peopleand the borders of contaminated area, to priovide a good defense against the biological attack, and to decrease the mortality and morbidity in a number of different ways such as gravitation setting of the particles. Also we will suggest some recommendation for a better personnel protection and safety of the buildings to prevent further infections
Hajia M., , Jonaidi J., , & Hosseni Doust S. R., (2022). A review of viability and distribution of bioaerosols in air. Journal of Military Medicine, 4(3), 181-188.
MLA
Hajia M.; Jonaidi J.; Hosseni Doust S. R.. "A review of viability and distribution of bioaerosols in air". Journal of Military Medicine, 4, 3, 2022, 181-188.
HARVARD
Hajia M., , Jonaidi J., , Hosseni Doust S. R., (2022). 'A review of viability and distribution of bioaerosols in air', Journal of Military Medicine, 4(3), pp. 181-188.
VANCOUVER
Hajia M., , Jonaidi J., , Hosseni Doust S. R., A review of viability and distribution of bioaerosols in air. Journal of Military Medicine, 2022; 4(3): 181-188.
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