Disaggregated gender cohort associated with related microbial hazards and critical control points in 'foofoo' processing system

M. Ekop, Obot Essien Ekop
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Abstract

Gender consideration, a risk factor in food processing system can enhance efficiency of food hazards critical control points (CCPs) and corrective measures for food safety and public health. The study objective was to examine gender related association in 'foofoo' processing and hazards in project cycle. Disaggregated gender cohorts were female adult (FA), male adult (MA), male child (MC), and female child (FC). There were 16 processing steps divided into stages of raw processing, fermentation processing and finished product stage, hence each step represents 360° / 16 = 22.5°, ranked equally. Matching gender with hazards according to steps, step 1, unpeeled cassava, Escherichia coli has a mean count 1.3 × 104 > 103 cfu/g critical limit. CCP was established, and the gender cohorts FA|MC\FC responsible for this step, called upon for training/corrective measures for removal or reduction of Escherichia coli to tolerant level, and replicated in all steps in the processing chain.
“foofoo”加工系统中相关微生物危害和关键控制点的分类性别队列
性别考虑是食品加工系统中的一个风险因素,可以提高食品危害关键控制点(ccp)和食品安全和公共卫生纠正措施的效率。研究的目的是检验“foofoo”加工和项目周期中危害的性别相关关系。按性别分组为成年女性(FA)、成年男性(MA)、男童(MC)和女童(FC)。共16道加工工序,分为原料加工、发酵加工和成品阶段,每道工序代表360°/ 16 = 22.5°,顺序相同。根据步骤性别与危害匹配,步骤1,未去皮木薯,大肠杆菌平均计数1.3 × 104 > 103 cfu/g临界极限。CCP成立,负责这一步骤的性别组FA|MC\FC,要求培训/纠正措施以去除或减少大肠杆菌到耐受水平,并在加工链的所有步骤中复制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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