Desmarchelier P M, Apiwathnasorn C, Vilainerun D, Watson C, Johari M R, Ahmad Z, Barnes A
Tropical Health Programme, University of Queensland, St. Lucia, Australia.
Bull World Health Organ. 1994;72(6):877-84.
Food-handling practices were studied in 119 and 158 households, respectively, in an urban and a rural community in Peninsular Malaysia. Hazard analyses, including microbiological analysis of foods, were carried out in two households in each community and in a house that prepared food for distribution in the urban area. Kitchen hygiene was generally acceptable, although rated "poor" in some instances in the rural area. Food prepared for lunch was usually sufficient for dinner also, the leftover items being stored at ambient temperature until required. In the house that prepared food for distribution, breakfast was prepared during the evening, stored at ambient temperature overnight, and reheated before sale the next morning. There was a local preference for cooking food at temperatures close to boiling point; this reduced the numbers of vegetative cells but not those of spores. In some stored foods the populations of Staphylococcus aureus, Bacillus cereus and mesophilic aerobic bacteria increased, the last-mentioned reaching spoilage levels. Reheating reduced the populations of proliferating bacteria in most foods to acceptable levels but would not have destroyed heat-resistant enterotoxins. Because of their importance in combating acute bacterial foodborne disease, the control of the temperature and time factors during the cooking and storage of food should receive special attention in education on health and food safety.
在马来西亚半岛的一个城市社区和一个农村社区,分别对119户和158户家庭的食品处理做法进行了研究。在每个社区的两户家庭以及为城市地区准备分发食品的一户人家中,进行了危害分析,包括对食品的微生物分析。厨房卫生总体上是可以接受的,尽管在农村地区某些情况下被评为“差”。午餐准备的食物通常晚餐也足够,剩余食物在室温下储存,直到需要时再用。在为分发准备食品的那户人家中,晚餐时准备早餐,在室温下过夜储存,第二天早上出售前重新加热。当地有在接近沸点的温度下烹饪食物的偏好;这减少了营养细胞的数量,但孢子数量没有减少。在一些储存的食物中,金黄色葡萄球菌、蜡样芽孢杆菌和嗜温需氧菌的数量增加,最后提到的那种细菌达到了腐败水平。重新加热将大多数食物中增殖细菌的数量降低到可接受的水平,但不会破坏耐热性肠毒素。由于在对抗急性细菌性食源性疾病方面的重要性,在健康和食品安全教育中,应特别关注食品烹饪和储存过程中的温度和时间因素控制。