Mossel D A, Dijkmann K E
Antonie Van Leeuwenhoek. 1984;50(5-6):641-63. doi: 10.1007/BF02386231.
A review is presented of the development of Food Microbiology from its roots in different disciplines - including human and animal medicine, general microbiology, agricultural science and food chemistry - to an autonomous science with the main vocation to provide the knowledge allowing providing food that is wholesome, of high quality and acceptable in the microbiological sense. This evolution entailed a change in approach from mere, and often rather primitive inspection of end-products to intervention by (i) identification of hazard points ("critical points" or CPs) by ecological studies; (ii) elimination of CPs by elaboration of Good Manufacturing and Distribution Practices (GMPs); (iii) validation of GMPs by monitoring production lines and final products at point of sale and gauging the results by Risk Analysis. It is emphasized, that although advanced and ecologically sound techniques have become available, it will still require extensive education and training at all levels before the scientific advances outlined in this review will have been fully integrated in day-to-day food production and catering in developed as well developing areas of the world. Interdisciplinary instruction and co-operation cannot be missed in attempts to reach this goal.
本文综述了食品微生物学的发展历程,它起源于不同学科,包括人类和兽医学、普通微生物学、农业科学和食品化学,如今已发展成为一门独立的科学,其主要使命是提供相关知识,以确保提供的食品在微生物学意义上是有益健康、高质量且可接受的。这一演变带来了方法上的转变,从仅仅对最终产品进行往往较为原始的检查,转变为通过以下方式进行干预:(i)通过生态学研究识别危害点(“关键点”或CPs);(ii)通过制定良好生产和分销规范(GMPs)消除关键点;(iii)通过监测生产线和销售点的最终产品并通过风险分析评估结果来验证GMPs。需要强调的是,尽管已经有了先进且符合生态学原理的技术,但在世界发达地区和发展中地区,要将本综述中概述的科学进展完全融入日常食品生产和餐饮行业,仍需要各级进行广泛的教育和培训。在为实现这一目标而进行的努力中,跨学科教学与合作不可或缺。