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Research Article Open access CC BY 4.0

The Status and Trends of Food Fraud in Tamale, Ghana

Mohammed Lawal, Damba Yahaya, Shamsiyatu Murtala, Yahaya Sumara Sulley

European Journal of Nutrition & Food Safety · pp. 22–31 · Published 3 Apr 2023

10.9734/ejnfs/2023/v15i31298

Abstract

Despite its seriousness, food fraud has not received the necessary attention in Ghana’s discourse on food safety. Food fraud is generally considered as the intentional misrepresentation of the contents or identity of food for economic gain. The study was aimed at assessing the food fraud awareness level of participants as well as the foods most likely to be implicated in food fraud cases in Tamale, Ghana. Data was collected from 385 participants, including food business operators and consumers, via a simple random sampling technique using a structured questionnaire. Most participants (54%) were not aware of food fraud and its related activities before the study. Beverages and juices, fruits and vegetables, spices, oils, meat and fish, baked foods, honey, milk, and semi-processed local foods such as groundnut paste, "Dawadawa," “Kulikuli zim,” and “Agushi powder” were all revealed to be implicated in food fraud by respondents. Adulteration was the most common food fraud action, but tampering, substitution, and mislabeling were also identified as ongoing in the study area. “Moora” (Bixa orellana seeds) was revealed as the key adulterant used in most foods. Food fraud, which is a threat to consumer health and well-being, is active in the region and is predicted to increase without strict regulation and increased sensitization about its dangers. The fight against food fraud should be refocused on making food defense systems like vulnerability analysis and critical control points (VACCP) a key aspect of food safety systems to tackle food fraud.

Adulteration consumer protection food adulterant food fraud good health substitution

Cited by 4

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Deborah C. Chukwugozie, Esther Ibe Njoagwuani, Kezhiya David · Trends in Food Science & Technology · 2024

Non-destructive authentication of melon seed (Cucumeropsis mannii) powder using a pocket-sized near-infrared (NIR) spectrophotometer with multiple spectral preprocessing

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