After the E. coli outbreak in Europe last month — which sickened more than 3000 people and killed at least 50 — it was impossible not to think about irradiation. “What if,” I asked myself, “those little fenugreek seeds had been irradiated?” Might there have been fewer deaths, fewer cases of hemolytic-uremic syndrome (essentially, kidney failure; there were 900), fewer tragic stories?
The answer is “yes.” But it’s not the only question.
When it comes to irradiation, you might need a primer. (I did.) Simply put, irradiation — first approved by the FDA in 1963 to control insects in wheat and flour — kills pathogens in food by passing radiation through it. It doesn’t make the food radioactive any more than passing X-rays through your body makes you radioactive; it just causes changes in the food.
Click "source" to read the entire article.
The answer is “yes.” But it’s not the only question.
When it comes to irradiation, you might need a primer. (I did.) Simply put, irradiation — first approved by the FDA in 1963 to control insects in wheat and flour — kills pathogens in food by passing radiation through it. It doesn’t make the food radioactive any more than passing X-rays through your body makes you radioactive; it just causes changes in the food.
Click "source" to read the entire article.
