Decoding fruit stickers: The true meaning behind those numbers

The PLU code system is used by supermarkets and grocery stores to identify produce and accurately price items at checkout. These codes also provide insight into how the fruit was grown, which is essential for consumers who prioritize organic and non-genetically modified foods.

So, how do you read these codes? Most conventional produce features four-digit PLU codes, ranging from 3000 to 4999. For example, a conventionally grown banana is labeled with the code 4011. Organic produce, on the other hand, is identified by a five-digit code starting with the number 9. An organic banana would have the code 94011.

Genetically modified produce is indicated by a five-digit code starting with the number 8. Although not widely used, this coding helps consumers distinguish between GMO and non-GMO products. By understanding these codes, you can make informed decisions about the produce you buy and support sustainable farming practices.

Knowing how to read PLU codes empowers you to make better choices about the food you eat. Whether you prefer organic foods or want to avoid GMOs, these codes provide valuable information at a glance. By choosing organic produce, you support farming practices that are better for the environment and often more sustainable.

It’s essential to debunk common myths about PLU codes. These codes do not indicate whether produce is safe to eat or provide information about pesticide use. Instead, they serve as a simple identification system for produce.

When shopping, always check the fruit stickers for PLU codes. If you’re unsure about the meaning of a code, don’t hesitate to ask store employees. You can also use online resources and apps to decode PLU codes and make your shopping experience more informed.

By understanding the secrets of fruit stickers, you can take control of your food choices and support sustainable farming practices. Next time you’re in the produce aisle, take a closer look at those little stickers – they hold more information than you might think.