Medisyn Technologies Inc., a Minnetonka-based start-up that helps pharmaceutical companies discover new drugs, has signed a deal with Kraft Foods Inc. to help develop foods that offer specific health benefits.
Using mathematical algorithms, Medisyn will try to identify new health benefits from existing natural food compounds that, for example, might help lower cholesterol, improve digestibility and strengthen bone density.
"There are multiple ways to help manage disease conditions [like diabetes or osteoporosis] by eating healthy," said Medisyn President David Land. "Our job is to determine a healthy food that may be relevant to those conditions. The challenge for humanity is, 'Can you actually identify specifically what these compounds provide by way of a benefit?' If so, then you can consume [foods] more intelligently."
Faced with sluggish sales and low profit margins, food manufacturers are racing to develop so-called "nutraceuticals," higher-priced foods that promise consumers a specific health benefit. For instance, General Mills Inc. of Golden Valley claims Cheerios can help lower cholesterol and Yoplait yogurt can reduce lactose intolerance. Global sales of nutraceuticals will hit $177 billion in 2013, up from $124 billion last year, according a recent report by BCC Research in Massachusetts.
Kraft, maker of Velveeta cheese and Oreo cookies, in 2007 launched LiveActive foods, which contain microorganisms known as probiotics that can soothe the digestive system. In an interview Monday, Todd Abraham, Kraft's senior vice president of global research in nutrition and technology, said the company wants to speed up the introduction of new health and wellness products.
Medisyn's "technology allows us to get to market more quickly," Abraham said. "The health and wellness space is a major area of growth in the food industry."
Founded in 1999, Medisyn's primary focus was to help pharmaceutical companies develop new drugs. The company, which has raised $9 million from investors including Sherpa Partners and StarTec Investments, has collaborated with Mount Sinai School of Medicine, the U.S. Defense Department and Invitrogen Corp.
Here's how its technology, dubbed "Forward Engineering," works: A chemical compound has "active" biological properties that can, for example, treat cancer and "inactive" properties that don't do anything. Using a series of complex mathematical equations, Medisyn can develop a "bioactive template" based on certain characteristics that distinguish the active properties of that compound from the inactive.