Domenica Marcus ITA Domenica Marcus (ITA) Princess Abdul NOR Princess Abdul (NOR) Monica Pursell UA Monica Pursell (UA) Lettie Jawad HUN Lettie Jawad (HUN) Etsuko Mohan ITA Etsuko Mohan (ITA) Edris Waldroup LV Edris Waldroup (LV) Elza Grober FIN Elza Grober (FIN) Perla Booe SWE Perla Booe (SWE) Isidra Matousek EST Isidra Matousek (EST) Jada Gaspard ITA Jada Gaspard (ITA)
Elfreda Chasse UA Elfreda Chasse UA Domenica Marcus ITA Domenica Marcus ITA Princess Abdul NOR Princess Abdul NOR Monica Pursell UA Monica Pursell UA Lettie Jawad HUN Lettie Jawad HUN Etsuko Mohan ITA Etsuko Mohan ITA Edris Waldroup LV Edris Waldroup LV Elza Grober FIN Elza Grober FIN Perla Booe SWE Perla Booe SWE Isidra Matousek EST Isidra Matousek EST Jada Gaspard ITA Jada Gaspard ITA Lovella Mundo EST Lovella Mundo EST
1996); solutions (10% decontamination, studies have shown that or 1.5% of commercial preparation) of 0.1% or 0.5% CPC for 30 seconds to 3 sodium tripolyphosphate, monosodium phos- minutes at 15–60°C reduced S. Typhimurium phate, sodium acid pyrophosphate, or sodium by 1.7 to 2.5 log10 CFU/cm2, with reductions hexametaphosphate; and 0.05–1.6% NaOH increasing with temperature, duration, and (Rathgeber and Waldroup 1995; Hwang and concentration of spraying solution (Kim and Beuchat 1995; Bosilevac et al. 2005), 85 Slavik 1995; Wang et al. 1997; Xiong et al. ppm of peracetic acid mixture (comprised 1998). Moreover, reductions of 5 log10 CFU/ of peracetic acid and hydrogen peroxide; cm2 in S. Typhimurium were obtained either Bauermeister et al. 2008), 0.1% ammonium by spraying 0.4% CPC for 3 minutes or 0.2% hydroxide, 1–4% SM and 0.005% acidic,
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