a Minufiya University, Faculty of Agriculture , Department of Food Science and Technology , Minufiya Government , Egypt.
b Al-Baha University, Faculty of Science , Department of Biology , Al-Baha , Saudi Arabia.
Crit Rev Food Sci Nutr. 2016;56(2):306-17. doi: 10.1080/10408398.2012.745478.
Traceability of seafood is a much needed service for the seafood industry. Current ways of tracing seafood are minimal while tracing of shellfish is nearly nonexistent. Tracing fish and shellfish are necessary for indicating where the fish and shellfish were fished from, farmed and packed from. This study reviews history of traceability of aquaculture and analytical approaches to verify the origin of seafood. It then describes the new molecular technique of the traceability by using PCR-DGGE to discriminate the geographical origin of fish (cases studies of Pangasius fish from Viet Nam and Sea bass fish from France) by analysis the DNA fragments of microorganisms (bacteria) on fish. This method is based on the assumption that the microbial communities of food are specific to a geographic area.
海产品可追溯性是海产品行业非常需要的服务。目前的海产品追溯方式很少,而贝类的追溯几乎不存在。对鱼类和贝类进行追溯对于指示其捕捞、养殖和包装的地点是必要的。本研究回顾了水产养殖的可追溯性历史和分析方法,以验证海产品的来源。然后,它描述了一种新的分子技术,即通过 PCR-DGGE 来区分鱼类(来自越南的 Pangasius 鱼和来自法国的海鲈鱼的案例研究)的地理起源,通过分析鱼类上微生物(细菌)的 DNA 片段。该方法基于这样的假设,即食物的微生物群落是特定于地理区域的。