Blogging for ozone awareness
Endotoxins -They are known to be resistant to even high temperatures. They can survive 120° temperature for more than 1 hour. They are resistant to chlorine and UV. They can be filtered by UF but have known to pass through
them at times. They can also become sessile and lodge themselves to Bio fouling material which protects them from destruction.
Read on …….November_2018 endotoxin Ozone Column
DREADED PSEUDOMONAS & OZONE Download to read full article
Gram Negative Bacteria (Pseudomonas) are more susceptible to ozone
Pseudomonas is a gram Negative strain, dreaded by both Pharmaceutical companies as well as Hospitals. Gram-negative bacillus of late presents a major clinical significance; Many instances of infections with these organisms have been noted regularly now . Infections include bacteraemia/septicaemia caused by contaminated solutions .Environmental studies have revealed that the organism can survive in chlorine-treated municipal water supplies, often colonizing sink basins and taps, intubation tubes, humidifiers, incubators for new-borns, ice chests and syringes, contaminated medical devices such as blood gas analysers, nebuliser equipment and has become a potential reservoir for infections in the hospital environment
Role of Bio films
The sources of water in most Pharmaceutical Industry /hospitals are from sources outside and unknown to them. Water supplies are under contract to these water suppliers. This water is treated and used for all purposes including advanced treatment process for Pharmaceutical compounding, Water for Injections in Pharmaceutical companies and for all purposes in Hospitals. Pseudomonas can pass through even advanced treatment process and emerge in the final product water. As these ordinary treatment processes continue, there is a formation of bio film in all the water pipes. Conventional Bio films removal process such as CIP with Hydrogen peroxide, per-acetic acid or even steam have not found to be too effective against Bio film removal .These biofilms provide safe haven to most of these opportunistic bacteria and they proliferate when opportunity arises. The locations that has been identified are areas especially where there are increased storage facilities, and in areas where chlorine residuals are removed with SMBS .
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