What Are We Really Eating?

isoFoodtrace Validates Different attributes Of Food With Stable Isotope Analysis

What Are We Really Eating?

isoFoodtrace Validates Different attributes Of Food With Stable Isotope Analysis

What Are We Really Eating?

isoFoodtrace Validates Different attributes Of Food With Stable Isotope Analysis

According to Grand View Research, most of the US food safety testing market is composed of GMO, contamination, microbiological, and nutritional testing. However, numerous other food authenticity issues exist in the globalized food supply chain, such as unverified origin (e.g. for wine and mineral water) and inauthentic organic food (e.g. whether eggs are truly free-range).

Why isoFoodtrace?

The global food supply chain has become incredibly complex. As food production, packaging, and processing becomes increasingly dispersed across the globe, the subsequent rise of food safety issues such as chemical contaminants or food fraud has gained the world’s attention.

Why isoFoodtrace?

The global food supply chain has become incredibly complex. As food production, packaging, and processing becomes increasingly dispersed across the globe, the subsequent rise of food safety issues such as chemical contaminants or food fraud has gained the world’s attention.

According to Grand View Research, most of the US food safety testing market is composed of GMO, contamination, microbiological, and nutritional testing. However, numerous other food authenticity issues exist in the globalized food supply chain, such as unverified origin (e.g. for wine and mineral water) and inauthentic organic food (e.g. whether eggs are truly free-range).

isoFoodtrace can easily answer these questions by using stable isotopes.

isoFoodtrace can easily answer these questions by using stable isotopes.