Over a decade of peer reviewed and published clinical

research

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

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.

Juice Plus+® delivers key phytonutrients that are absorbed by

the body.

Seven Clinical Studies Show

Juice Plus+® helps reduce oxidative stress.

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. Juice Plus+® helps protect DNA.

Five Clinical Studies Show

Juice Plus+® positively impacts several key indicators of cardiovascular wellness.

Juice Plus+® positively impacts several key indicators of cardiovascular wellness.

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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

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

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

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Medical University of Graz

Reduction in a marker of oxidative stress due to exercise

Improvement in several indicators of immunity

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

Reduction in a marker for exercise-related oxidative damage to protein resulting from a standardized aerobic exercise session