RASFF Alert- Vibrio – Shrimp

RASFF

Vibrio in Blue Moon Frozen Shrimp from Ecuador in Ireland

RASFF Alert- Histamine – Tuna Steak

RASFF

Exceeded histamine content in tuna steaks from Vietnam in Slovakia and the Czech Republic

RASFF Alerts – STEC/EHEC E.coli – Cheese – Pigtail

RASFF

Detection of E. coli STEC on cheese from France in Austria, Belgium, Denmark, Germany, Iceland, Ireland, Luxembourg, Netherlands, Netherlands Antilles, Northern Ireland, Portugal, Spain, Sweden, Switzerland, Thailand, United Kingdom.

RASFF

STEC/EHEC in pigtail from the Netherlands in Belgium

RASFF Alerts – Norovirus – Clams – Japanese Clams

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Norovirus genogroup I and II in clams from Italy in Spain

RASFF

Norovirus genogroup i and ii in japanese clam from Portugal in Spain

RASFF Alert – E.coli – Clams

RASFF

E. Coli above 230 MPN in clams (Chamelea gallina) harvested in the type A production area from Italy in Spain

RASFF Alert- Campylobacter – Besos Fuet

RASFF

Campylobacter in Besos Fuet from Spain in the Netherlands

RASFF Alerts – Listeria monocytogenes – Nem – Lambs Lettuce – Salad – Pasteurised Sheep Milk Cheese – Natamycin

RASFF

Listeria monocytogenes (310 CFU/g) in Lamb’s lettuce from France in The Netherlands and Belgium

RASFF

Presence of Listeria monocytogenes in salad from Netherlands in Belgium

RASFF

Listeria monocytogenes in pasteurized milk sheep’s cheese from France in Finland

RASFF

Listeria monocytogenes in Nem in  Belgium, France, Ireland, Luxembourg, United Kingdom

RASFF

Listeria monocytogenes in natamycin from China in Belgium and the USA

RASFF Alerts – Animal Feed – Wheat Bran Pellets – Beet Pulp – Post Extraction Sunflower Meal – Sunflower Meal

RASFF

Wheat bran pellets for feed with molds and moisture from Angola in Portugal

RASFF

Wheat bran pellets for feed with molds and moisture from Angola in Portugal

RASFF

Mould in feed – post-extraction sunflower meal from Ukraine in Poland

RASFF

Mold in post-extraction sunflower meal from Ukraine in Poland and Lithuania

RASFF

Mold in post-extraction sunflower meal from Ukraine in Poland and Lithuania

RASFF

Mold in post-extraction sunflower meal from Ukraine in Poland

RASFF

Mould in sunflower meal from Ukraine in Poland and Lithuania

RASFF

Wheat bran pellets for animal feed with molds and moisture -Angola in Portugal

RASFF

Wheat bran pellets for animal feed with molds and moisture -Angola in Portugal

RASFF

Wheat bran pellets for animal feed – Angola in Portugal

RASFF

Wheat bran pellets for animal feed with molds and moisture from Angola in Portugal

RASFF

Mold in beet-pulp from Ukraine in Poland

RASFF Alert – Animal Feed – Salmonella – Rapeseed Expeller

RASFF

Salmonella in rapeseed expeller from Russia in Belgium, France and the Netherlands

Hong Kong – Food Safety Focus – Bacteria in Raw Meat vs Cooked Meat

CFS

Recently, bacterial contamination of meat has attracted public attention. According to the World Health Organization, contamination of food by microbiological agents is a worldwide public health concern; and most countries have documented significant increases over the past few decades in the incidence of diseases caused by microorganisms in food. In this article, we will introduce some factors that determine the growth of bacteria in food, and discuss the different food safety considerations for bacteria in raw meat and cooked meat and the measures to reduce risks of food poisoning caused by bacteria.

Factors Determining the Growth of Bacteria in Food

Bacteria grow best when intrinsic and extrinsic properties are optimal for their growth. Intrinsic properties are the properties that are inherent parts of the food, such as pH and water activity, while extrinsic properties are the properties of the environment in which the food is stored, such as temperature. Water activity is not the same as the moisture content of the food but is a measure, ranging from 0 to 1, of the availability of water in food which determines the growth and survival of bacteria. By controlling these factors (e.g. controlling the storage temperature of the food), bacterial overgrowth can be prevented.