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Category: Cultivated meat

Explore our comprehensive collection of health articles in this category.

What are the chemicals in lab-grown meat?

5 min read
Cultivated meat production begins with a cell sample, which is then fed a nutrient-rich media to promote growth. Understanding what are the chemicals in lab-grown meat requires exploring the complex composition of this media, as well as the materials used for structure and flavor enhancement.

Does KFC have lab grown meat?

2 min read
In 2020, reports emerged of a KFC experiment involving 3D bioprinted nuggets made from chicken cells and plant material, sparking rumors. However, the direct answer to 'Does KFC have lab grown meat?' is no, they do not currently serve cultivated meat products.

What are the negatives of lab-grown meat? Unpacking the downsides of cultured protein

6 min read
While hailed by some as a sustainable and ethical solution, a May 2023 study from UC Davis suggested that, using current methods, the global warming potential of lab-grown meat could be four to 25 times greater than that of conventional beef. The potential downsides of cultivated protein are a complex issue, and it's essential to examine the full picture before considering it a panacea for the food system's problems.

Is Lab Grown Meat a GMO? Separating Science from Speculation

5 min read
Over 175 companies globally are working on cultivated meat, a field that has grown exponentially since the first lab-grown burger was introduced in 2013. As this technology advances, a central question for consumers is: is lab grown meat a GMO? The answer is nuanced, depending on the specific production process used by different companies.

Are There Chemicals in Lab-Grown Meat? A Detailed Look at the Ingredients

4 min read
According to the Good Food Institute, the fundamental ingredients used to grow cultivated meat are very similar to the nutrients needed for live animals, including amino acids, glucose, and minerals. But are there chemicals in lab-grown meat that consumers should be concerned about? The answer lies in understanding the difference between necessary biochemical components and potential risks that are addressed by regulators.