
RASFF – Turkish bread from Germany infested with moulds in the Netherlands
RASFF – croissants from Germany infested with moulds in Greece
Human milk spoils due to bacterial, yeast, or mold contamination. Current domestic methods of assessing milk spoilage are subjective or rely on time and temperature‐based guidelines. A key unmet food safety need remains the objective assessment of human milk spoilage. Experiments were conducted using a simplified human milk spoilage model based on goat’s milk as a human milk surrogate, spiked with a single bacterial strain (Staphylococcus epidermidis ), in which pH and carbon dioxide (CO2) concentration were measured along with bacteria count over 160 hr. Bacteria count correlated highly with CO2 but not with pH. A 0.21% CO2 concentration threshold could be defined for milk spoilage (correlating to a bacteria count threshold of 105 CFU/ml), with sensitivity and specificity above 84%. These findings suggest that CO2 measurement is a promising method to detect S. epidermidis growth in milk which merits further investigation for the objective and quantitative assessment of milk spoilage.

RASFF – bread from Poland infested with moulds in Denmark

RASFF – organic cashew nuts from Indonesia infested with moulds in Germany

RASFF – ketchup with onions from Denmark infested with moulds in Denmark

RASFF – sunflower seed meals from Ukraine infested with moulds in Poland
The recall is due to microbial (mycotoxin patulin) contamination
Food products containing mycotoxin (patulin) may cause illness if consumed.
Consumers should not drink this product and should return the recalled product to the place of purchase for a full refund.
Any consumers concerned about their health should seek medical advice.
For further information, please visit https://www.aldi.com.au/en/about-aldi/product-recalls/ or contact the Aldi Food Recall Hotline on 1800 709 993.
Aldi Stores in WA, SA, Vic, ACT and certain NSW stores
For NSW stores, see https://www.aldi.com.au/en/about-aldi/product-recalls/
The analysis shows that of the global crop samples collected in 2019, more than 90% had a quantifiable presence (>100 ppb) of DON, with between 80 and 90% of samples showing FUMO, AFLA, OTA and ZEA T-2 levels were lowest, at about 70%. (Figure 1). The 2019 mycotoxin risk analysis includes analysis for individual ingredients, complete feeds and silages including small grains (wheat and barley) which tested at as high as 88% for DON, to 59% for AFLA. Among byproducts, concentrations in DDGS were significantly higher than in maize, with levels approaching 5,000 ppb. Looking at protein meals, concentrations of mycotoxins were relatively low compared to cereal grains. However, soybean meal is used at about 25-30% of monogastric diets, and hence can contribute significantly to concentration of toxins in final feed. Sunflower meal showed the greatest concentration of FUMO while levels of DON, AFLA and ZEA were lower. Among silages, 100% of maize and grass silage samples showed mycotoxin contamination with concentrations that can cause toxicity in ruminant animals.
| Food Product | A sample of a bottled fruit juice drink imported from Australia |
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| Product Name and Description | Product name: Organic Apple & Blackcurrant Juice Brand: Pure Tassie Country of origin: Australia Importer/Distributor: PARKnSHOP (HK) Limited Volume: 1.5 litre per bottle Best-before date: October 6, 2020 |
| Reason For Issuing Alert |
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| Action Taken by the Centre for Food Safety |
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| Advice to the Trade |
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| Advice to Consumers |
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| Further Information | The CFS press release
Members of the public may call the importer/distributor’s hotline at 2606 8658 for enquiries about the recall during office hours. |
Centre for Food Safety