Category Archives: Aflatoxin

Aflatoxin Alerts – Ground Chesnut Flour/Ground Chilli

RASFF – Italy Ground Chesnut Flour – Distributed to US/UK/Australia/Germany/Netherlands

RASFF – Austria Ground Chilli from Sri Lanka

Chinese Infant Formula Recall – Aflatoxin

Reuters

China’s Hunan Ava Dairy Co Ltd said on Monday it will recall baby formula sold under its Nanshan Bywise brand after a cancer-causing agent was found in test samples, the latest blow to the country’s scandal-ridden milk industry struggling to restore consumer confidence.

Five batches of Nanshan Bywise infant milk powder produced between July and December last year failed sample tests for aflatoxin, a toxin produced by a fungus that is widespread in nature

RASFF – Euro Alerts – Salmonella/Listeria/Aflatoxins/Moulds

RASFF – Salmonella in Beefbugers in France sourced in Ireland.

RASFF – Listeria in Meat Spread in Poland

RASFF – Aflatoxin in instant cereals in the UK sourced in Nigeria.

Denmark – Moulds in Mayonnaise

 

RASFF and Other Alerts – Mould, Listeria, Salmonella,Aflatoxins, STEC, Campylobacter

RASFF – Mould in Cheddar Cheese in Denmark sourced in the UK.

RASFF – Salmonella in Roasted Soya Beans in Belgium.

RASFF – Campylobacter in Fresh Whole Chicken in Denmark sourced in Germany.

RASFF – Salmonella in Galacto Oligosaccharide in Netherlands sourced in South Korea

RASFF – STEC E.coli Bovine Meat in Belgium

RASFF – Aflatoxins in Groundnuts in Netherlands sourced in Nicaragua.

Denmark – Undesirable bacteria in Yoghurt

Denmark – Mould on Cheese products.

Germany – Salmonella in Teewurst Sausage

FSA – Research Aflatoxins Brazil Nuts

FSA

The relationship between the level of aflatoxin contamination in Brazil nuts kernels in comparison to the level in the shell was investigated. A conversion factor was determined that could allow the estimation of the level of aflatoxins in the kernel when the concentration in the whole nut is measured (further work will be required to validate the conversion factor).

RASFF Alerts – Aflatoxin, Salmonella, E.coli, DSP, Listeria

RASFF – Aflatoxin in Peanut Paste Belgium sourced from the Ivory Coast

RASFF – Salmonella in Cumin Powder in the UK sourced from Denmark

RASFF – Salmonella broiler leg meat in France sourced from Lithuania

RASFF – DSP (Diarrhoeic Shellfish Poisoning) Razor Clams UK

RASFF –  Salmonella Soya Bean meal in Italy sourced in Switzerland

RASFF – Aflatoxins in Spice Mix in Ireland sourced from India

RASFF – Listeria monocytogenes in smoked bacon from Poland

RASFF – Listeria monocytogenes in smoked Halibut from France

RASFF – Campylobacter in fresh chicken from Germany

RASFF – Salmonella in soya bean meal in Germany

RASFF – Salmonella in rape cake from Germany

RASFF –  High levels of E.coli Oysters in France

 

RASFF Reports – Salmonella – Aflatoxins

RASFF – Salmonella in Betel (Paan) Leaves from Bangladesh

RASFF – Salmonella paratyphi B in Mechanically separated frozen poultry meat, from the Netherlands.

RASFF – Aflatoxins in Peanuts in shell from China.

RASFF Alerts – Salmonella, Histamine, Listeria, Aflatoxins

RASFF – Salmonella Agona – Soya Bean Meal from Italy

RASFF – Aflatoxins – Halva and Pistachios from Turkey

RASFF – Salmonella Derby – Bulls Pizzle from Germany

RASFF – Listeria monocytogenese – Smoked Salmon from Poland

RASFF – Histamine – Sardines in Oil, Sardines in Tomato from Morroco

RASFF – Salmonella Infantis- Frozen Chicken from Poland

Aflatoxin in Chocolate

Food Production Daily

Researchers in Brazil have found high levels of the potentially lethal contaminant aflatoxin in chocolate and say constant monitoring is required.

Full Report Science Direct

Mycotoxin Increase with Climate Change?

Sustainablog Article

One of the toxic and carcinogenic threats in the human food supply is a natural chemicals produced by moulds called “mycotoxins”.  The moulds can grow on a wide range of foods and feeds (corn, peanuts, cotton seed, tree nuts, dried spices and chiles…) and produce a range of mycotoxins. Many of  the toxins come from Aspergillus spp or Penicillium spp. The chance that these toxins will contaminate a crop is enhanced by drought and/or insect damage – unfortunately both conditions expected to be more common with the onset of climate change.