The idea behind this project, is to show how much the food we ingest affects our body, therefore the colour of each poop was not manipulated on photoshop. To achieve the result, the quantity I ate for each picture was:
4.5kg of beet root in 36 hours.
3.5kg of Froot Loops in 30 hours.
4kg of sweet corn in 36 hours.

As I read I couldn't help but assume that the addition of spices, or the use of wine, sugar, and brandy might have best served to make some of the recipes more palatable. But then something caught my eye that all the cinnamon, saffron, and distillation could not possibly conceal. To put it lightly, it was, well, poo. Precisely, for smallpox, "a sheep's dung, cleane picked". Clearly you would want to make sure you were getting pure, uncontaminated crap. The recipe goes on to instruct the user to mix a handful of the stuff into a pint of white wine, "mash it well" and after leaving it to stand a full night, to serve a spoonful or two at a time. But wait, there's more! A note tucked into the margin recommends this smelly recipe for gout and jaundice. Fecal wine, if you will: good for what ails you.

More than 1.23 billion chicken wings will be devoured as football fans watch the San Francisco 49ers take on the Baltimore Ravens in the Super Bowl... Just five wings have more calories, fat, and cholesterol than a Big Mac. Sickening, but more nauseating: Most chicken products people eat are tainted with feces.

A typical large processing plant may slaughter more than a million birds per week. There, chickens are stunned, killed, bled, and sent through scalding tanks, which help remove feathers but also act as reservoirs that transfer feces from one carcass to another. After scalding, feathers and intestines are mechanically removed. Intestinal contents can spill onto machinery and contaminate the muscles and organs of the chicken and those processed afterward.

With the help of biochemist James Chappell, we have used synthetic biology to design and create a bacteria that can modify the metabolism of pigeons. To achieve this, we have created a new biobrick, or standard biological part, that when added to the genetic information of the bacteria, creates lipase. We have also used a biobrick that lowers the ph. The result is a biological device that produces a kind of window-soap. We have built this device in the bacteria Lactobacillus, which is a bacteria that naturally occurs in the digestive tract. So when feeding this bacteria to a pigeon, it should produce and defecate biological soap.