control methods in aeromycology, air microbes, bacteria in air, public health aeromycology, air contamination, sanitation of air, Aspergillus, B.clostridium, penicillium, E.coli, S.aureus, Mucor rhizopus, Micrococcus, Yeasts, Streptomycetaceae, Rusts, Smuts, S.marcesensias, methods to sanitise air, UV radiation, bacteriocidal vapours, Laminar air flow

1. b.stev Public Health & Aeromycology

3. Air is a medium to transmit disease indoors at school, work & public places is especially infectious Mostly air is harmless As much as 1% can be; “pathogenic.” AIR CONTAMINATION

4. Sanitise to combat airborne particles & prevent accumulated smells COMMON CAUSES are: Aspergillus B.clostridium Penicillium E.coli/ S.aureus Mucor rhizopus Micrococcus Yeasts Streptomycetaceae Rusts/Smuts S.marcesensias SANITATION (Microbiologyprocedure, 2008)‏

5. Chemical UV Radiation Air Filtered Bacteriocidal Vapours Laminar Air Flow (Microbiologyprocedure, 2008)‏

6. Chemical DRY VACCUM and TALCS apply OILED SAWDUST when sweeping Liquid disinfection bleachs/ creamed liquids/ sprays (Microbiologyprocedure, 2008)‏

7. UV RADIATION

9. (Microbiologyprocedure.com, 2008)

10. Filters of Cellulose acetate give a medium pleated around aluminium foil Particles to 0.3 µm removed USED IN: space technology electronic assembly aerospace industry (Microbiologyprocedure.com, 2008)

11. SOME FACTS

12. Bibliography Microbiologyprocedure.com. (2008). Air Microbiology. Retrieved August 13, 2008, from http//:www.microbiologyprocedure.com/air- microbiology/hesss-tub Microbiologyprocedure.com. (2008). Droplet, droplet nuclei, infectious dust .Retrieved August 13, 2008, from http//:www.microbiology procedure.com/air-microbiology/hesss-tub Microbiologyprocedure.com. (2008). Control, sources, hospitals, human health . Retrieved August 13, 2008, from http//:www.microbiology procedure.com/air-microbiology/hesss-tub