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No, it does not.
To quote the research again.
“On the basis of available data and taking into account that processing of poultry carcasses (washing, cooking) would take place before consumption, the Panel considers that treatment with trisodium phosphate, acidified sodium chlorite, chlorine dioxide, or peroxyacid solutions, under the described conditions of use, would be of no safety concern.”
I.e. any issues earlier in the production process are dealt with by the process.
As for @Rasczak and his earlier nonsense about "faeces encrusted", here in the UK....
Revealed: the dirty secret of the UK’s poultry industry
The defeathering machines are another high-risk point for campylobacter infection. Slaughtered birds pass first through a scald tank of warm water to loosen the feathers and then through a series of whirring rubber fingers which pull the feathers out. The feathers themselves can be contaminated with faeces, the fingers put pressure on the birds and can squeeze out more faecal matter, and the fingers can become impregnated with bacteria.
In the steamy atmosphere, campylobacter from the feathers can also become airborne. Removing the feathers promptly through the drains is a vital part of food safety, but the evidence provided to us suggests they had piled up for hours as production was allowed to continue at the Anglesey site.
Across the industry, the water in the scald tank is generally only changed once a day, so that by the end of a shift it can become a soup of chicken faeces and dirt. This used to be a high-risk point, but the water is now kept hot enough to kill bacteria. The foam that forms on the top, however, is cooler and bacteria can survive here, according to Spellman, with each bird passing through it as it goes on its way.
Of course if they used a chlorine solution in this process, that bacteria would be washed away. |
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