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Temperature and Relative Humidity Control to Reduce Bioburden in a Closed Cell Processing and Production System without Disinfectants.

Chemical disinfectants pose risks to live cells. In a closed cell handling system, temperature and relative humidity (RH) were examined as a means to control microbes. Compared with biological safety cabinet conditions, lower RH and physiologic temperatures increased log reductions on polypropylene...

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Publicado en:BioPharm International Vol. 34; no. 6; pp. 36 - 42
Autores principales: YAN HE, DAROU, SHANNON, HENN, STASSA P. D., WALTER, ROSE, CUNDELL, TONY, YERDEN, RANDY, HENN, ALICIA D.
Formato: Journal Article
Publicado: MJH Life Sciences Jun2021
Acceso en línea:Ver este registro en EBSCOhost
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        atl: Temperature and Relative Humidity Control to Reduce Bioburden in a Closed Cell Processing and Production System without Disinfectants.
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          YAN HE
          DAROU, SHANNON
          HENN, STASSA P. D.
          WALTER, ROSE
          CUNDELL, TONY
          YERDEN, RANDY
          HENN, ALICIA D.
        affil: Chief scientific officer, all at BioSpherix, Ltd, 25 union St. Parish, NY
      sug:
      ab: Chemical disinfectants pose risks to live cells. In a closed cell handling system, temperature and relative humidity (RH) were examined as a means to control microbes. Compared with biological safety cabinet conditions, lower RH and physiologic temperatures increased log reductions on polypropylene and steel surfaces. Environmental control can reduce the need for disinfectants.
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    language: English
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