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			 The prescriptions would even come with a 30 percent discount on 
			foods, including fruits and vegetables 
 Using computer models, researchers calculated that healthy food 
			prescriptions could prevent as many as 3.28 million cardiovascular 
			events, such as heart attacks and strokes, and save as much as 
			$100.2 billion in health care costs, according to the study 
			published in PLoS Medicine.
 
 People included in the simulations were between 35 and 80 years old 
			and were enrolled in Medicare and/or Medicaid.
 
 As part of the modeling, the researchers used data from the three 
			most recent National Health and Nutrition Examination Surveys (NHANES 
			2009-2014), as well as from published sources and meta-analyses 
			which included demographic information, dietary intakes, policy 
			effects, diet-disease effects, policy costs and healthcare costs.
 
			
			 
			
 Several assumptions were made in the modeling, including an estimate 
			of the impact of a 30 percent discount on patient shopping habits.
 
 When the researchers ran their model with a prescription for fruits 
			and vegetables, they estimated that 1.93 million cardiovascular 
			events would be prevented and $39.7 billion would be saved. When 
			they ran it with the broader prescription for healthy foods, they 
			estimated that 3.28 million cardiovascular events and 120,000 
			diabetes cases would be avoided and $100.2 billion would be saved.
 
 "Our findings support the implementation and evaluation of healthy 
			food prescriptions . . . to improve the diet and health of 
			Americans," said researcher Yujin Lee, a postdoctoral fellow at the 
			Friedman School of Nutrition Science and Policy at Tufts University 
			in Boston.
 
			
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			"We found that partial coverage of the cost of purchasing fruits, 
			vegetables, whole grains, nuts/seeds, seafood and plant oils in 
			Medicare and Medicaid would be highly cost-effective--about the same 
			cost-effectiveness as drug treatments for high cholesterol or high 
			blood pressure," Lee said. 
			Dr. Mylynda Massart welcomed the new findings.
 "It's exciting that we are finally having a conversation about this 
			because it needs to happen," said Massart, director of the Primary 
			Care Precision Medicine Clinic at the University of Pittsburgh 
			Medical Center. "It would be so great to see money invested in an 
			intervention that could make a difference in quality of life and in 
			reducing disease burden and potentially cost less."
 
 While the study findings are based on a model rather than an actual 
			trial, "it may convince people to put money into research studies on 
			actual people in real communities," Massart said. "This is part of 
			the whole concept of precision medicine. People are born with a 
			genetic predisposition for diseases that interacts with 
			environmental exposure. Often the risk factors are modifiable."
 
 Massart said she would enthusiastically embrace the concept if it 
			could be proven in trials. "I'd much rather prescribe a cucumber 
			over a pharmaceutical any day," she added.
 
 SOURCE: http://bit.ly/2Y3w6OJ PLoS Medicine, online March 19, 2019.
 
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