Gender Influences Bacterial Contamination of Reusable Cleanroom Operators’ Garments following Wear

Author:

Smith Laurie M.1,O’ Driscoll Noëlle H.1,Lamb Andrew J.2

Affiliation:

1. School of Pharmacy and Life Sciences, Robert Gordon University

2. Graduate School, Robert Gordon University

Abstract

Operators are the primary source of cleanroom contamination, with the majority of their detritus identified as skin squames and their associated microorganisms. To reduce contamination, operatives are required to wear a specific arrangement of specialist garments. However, bacteria can evade this clothing and tarnish outer surfaces whilst operators work, with adverse implication for cleanroom environment and product sterility. Gender plays a significant role in bacterial dispersion, with male rates being in excess of female counterparts. Currently there is a lack of published literature evaluating the effect of gender on contamination of cleanroom garments. Such information would assist cleanroom facilities to more robustly assess and mitigate operator-associated contamination risks.

Publisher

Pharmaceutical and Healthcare Sciences Society (PHSS)

Reference45 articles.

1. 1. Whyte W and Hejab M. Particle and microbial airborne dispersion from people. European Journal of Pharmaceutical Sciences 2007;12(2):39-46.

2. 2. Grangé J, Nguyen S, Bordenave J, Benoit G. Contamination of integral protective suits in the sterile environment used for producing total parenteral nutrition bags. Le Pharmacien Hospitalier 2011;46(1):e12-18.

3. 3. Strauss L, Larkin J and Zhang KM. The use of occupancy as a surrogate for particle concentrations in recirculating, zoned cleanrooms. Energy and Buildings 2011;43(11):3258-62.

4. 4. Chen TH, Chen WP and Wang MJ. The effect of air permeability and water vapour permeability of cleanroom clothing on physiological responses and wear comfort. Journal of Occupational and Environmental Hygiene 2014;11(6):366-76.

5. 5. Sandle T. People in cleanrooms: understanding and monitoring the personnel factor. Peer reviewed: cleanroom contamination [online]. UBM Inc, London, UK, 2014; http://www.ivtnetwork.com/article/people-cleanrooms-understanding-and-monitoring-personnel-factor (Accessed December 17 2019).

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