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实践中的超强杀伤力:如何衡量、验证和捍卫您的食品安全决策.pdf

上传人: 表表 编号:1279984 2026-07-18 41页 1.74MB

1、Process Validation Considerations Nathan Anderson,Ph.D.Director,Div.Food Processing Science&TechnologyValidation of Preventive Controls Preventive controls should be implemented when pathogens in low moisture foods pose a risk.Preventive controls need to be validated.*Not all foreseeable hazards for

2、 a food require a preventive control in all facilities.Hazard Analysis and Risk-Based Preventive Controls for Human Food:Guidance for IndustrySource:FBM Machines,Inc.https:/ to Validation Government guidance Safe harbors Published scientific literature Mathematical models Data from previous studies

3、Data from new scientific experiments Any combination of these approachesExceptional lethalityGovernment GuidanceGuidance for industry:Juice hazard analysis critical control point hazards and controls guidance,first edition.Juice HACCP(FDA,2004)Fruit juices(pH 4.0 or less)160F(71.1 C)for 3 s(5-log re

4、duction of E.coli O157:H7,L.monocytogenes,Salmonella)https:/www.fda.gov/regulatory-information/search-fda-guidance-documents/guidance-industry-juice-hazard-analysis-critical-control-pointhazards-and-controls-guidance-firstSafe HarborsOil Frying(Almonds/Salmonella)260F(127C)for 2.0 min(5 log)260F(127

5、C)for 1.6 min(4 log)Blanching(Almonds/Salmonella)190F(87.8C)for 2.0 min(5 log)190F(87.8C)for 1.6 min(4 log)Published Scientific Literature(same parameters on same product and process)5 log reduction achievedHard Cookies After 11.5 mins at 185C(365F)Soft Cookies After 20.5 min at 165.6C(330.1F)(Chann

6、aiah et al.2021)Whole Wheat Bread 5 log reduction achieved after 15 mins at 190.6C(375F)(Channaiah et al.2019)Toppings,Inclusions&FillingsLog reductions achieved Baked to match“bun color”standard 7 mins at 204C(400F)low(3%)RH 5 log reduction for plain buns 3.5 log reduction for Sesame topped buns 9

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1. **预防性控制验证**:低水分食品中病原体风险需实施预防性控制,并需通过政府指南、科学文献、数学模型或实验数据等验证。 2. **超致死过程**:某些食品(如焦糖、果酱、饼干)因工艺特性(高温烘焙、煮沸)具备超致死性,可无需额外预防控制,但需证明工艺参数(如温度、时间)足以杀灭目标病原体(如5-log减少)。 3. **关键因素**:需关注工艺变异性(如温度分布)、最坏情况及多控制措施交互作用,确保持续有效控制危害。 4. **应用前提**:需识别目标病原体、测量杀菌效果,并记录假设与结论,以支持HACCP计划或食品安全合规。
**如何验证预防控制?** **什么是超致死过程?** **如何应用超致死性?**
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