Over a decade of peer reviewed and published clinical research

Published Research

Juice Plus+ ® Clinical Research Affiliations Brigham Young University Charité University, Berlin, Germany Georgetown University King’s College, London, England Medical University of Graz, Austria Medical University of Vienna, Austria Tokyo Women’s Medical University, Japan University of Arizona University of Birmingham, England University of California, Los Angeles University of Florida University of Maryland School of Medicine University of Milan, Italy Brigham Young University Charité University, Berlin, Germany Georgetown University King’s College, London, England Medical University of Graz, Austria Medical University of Vienna, Austria Tokyo Women’s Medical University, Japan University of Arizona University of Birmingham, England University of California, Los Angeles University of Florida University of Maryland School of Medicine University of Milan, Italy University of Mississippi Medical Center University of North Carolina-Greensboro University of South Carolina University of Sydney, Australia University of Texas Health Science Center University of Texas/MD Anderson University of Würzburg, Germany Vanderbilt University School of Medicine Wake Forest University (with the NCI- National Institutes of Health) Yale University-Griffin Hospital Prevention Research Center

Research Locations

Ten Clinical Studies Show Juice Plus+ ® delivers key phytonutrients that are absorbed by the body.

Seven Clinical Studies Show Juice Plus+ ® helps reduce oxidative stress.

Three Clinical Studies Show Juice Plus+ ® helps support a healthy immune system. Juice Plus+ ® helps support a healthy immune system.

Two Clinical Studies Show Juice Plus+ ® helps protect DNA.

Five Clinical Studies Show Juice Plus+ ® positively impacts several key indicators of cardiovascular wellness.

Optional slide 1  Speaker’s choice specific study

Optional slide 2  Speaker’s choice specific study

Clinical Research Summary  Juice Plus+ ® delivers key phytonutrients that are absorbed by the body.  Juice Plus+ ® helps reduce oxidative stress.  Juice Plus+ ® helps support a healthy immune system.  Juice Plus+ ® helps protect DNA.  Juice Plus+ ® positively impacts several key indicators of cardiovascular wellness.  Juice Plus+ ® delivers key phytonutrients that are absorbed by the body.  Juice Plus+ ® helps reduce oxidative stress.  Juice Plus+ ® helps support a healthy immune system.  Juice Plus+ ® helps protect DNA.  Juice Plus+ ® positively impacts several key indicators of cardiovascular wellness.

Continuing Research Commitment  Periodontal (gum) health  Skin health  Pregnancy health  Systemic inflammation  Endothelial function  Oxidative stress due to environmental factors, such as exercise or smoking  Nutritional status, quality of life and markers of cell health in cancer survivors  Periodontal (gum) health  Skin health  Pregnancy health  Systemic inflammation  Endothelial function  Oxidative stress due to environmental factors, such as exercise or smoking  Nutritional status, quality of life and markers of cell health in cancer survivors

Juice Plus+ ® The most thoroughly researched name brand nutritional product on the market today.

University of Florida  Bioavailability  Increased plasma ORAC  Improved marker of healthy, normal immune function  Reduction in DNA damage

Tokyo Women’s Medical University  Bioavailability in an Asian population  Reduction in homocysteine  Reduction in lipid peroxides  Bioavailability in an Asian population  Reduction in homocysteine  Reduction in lipid peroxides

UCLA/Georgetown  Bioavailability in overweight adults

University of Sydney  Bioavailability in Australian men  Reduction in homocysteine  Bioavailability in Australian men  Reduction in homocysteine

University of Maryland School of Medicine

Medical University of Graz  Reduction in a marker of oxidative stress due to exercise  Improvement in several indicators of immunity

University of North Carolina - Greensboro  Reduction in a marker for exercise-related oxidative damage to protein resulting from a standardized aerobic exercise session