SCIENCE-BACKED SUSTAINED ENERGY

Proven Effectiveness

CELSIUS is your ultimate fitness partner

That title was earned through research and clinical studies, not just because it sounded good and we felt like saying it. CELSIUS works by combining its clinically proven formula of healthier, energy-boosting ingredients with your own body’s physical activity. It’s a team effort that benefits you in more ways that we can explain (but we’ll do our best).

BACKED BY SCIENTIFIC STUDIES

Six published university studies have been conducted on CELSIUS by U.S. accredited scientific research facilities rendering strict scientific standards. To ensure consumer confidence, trust, and industry independence, the studies were all presented at scientific conferences and published in peer reviewed publications. Each one of these studies showed that CELSIUS has thermogenic properties.

CELSIUS CONTAINS THERMOGENIC PROPERTIES

The research doesn’t lie. All of the studies show that CELSIUS has thermogenic properties which help make it one of the most advanced energy drinks on the market.

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Thermogenic properties are proven to increase metabolism. In turn, this causes your body to burn more calories and body fat than you normally would with exercise alone. Our MetaPlus® blend is specially formulated to turn on thermogenesis so you can get the most out of your workout.

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The studies also show that drinking just one great-tasting CELSIUS before exercise can help reduce body fat, increase your endurance, and provide greater resistance to fatigue. CELSIUS powers active lives every day, so you can reach your goals and step up your game.

01 University Study No. 01

METABOLIC RESPONSE STUDY

Conducted At

University of Oklahoma

Published In

Journal of Strength and Conditioning Research

Key Findings

Sedentary men drinking Celsius prior to moderate exercise yielded significant improvements in body composition. Participants’ results included: decreased body fat, increased lean muscle, and cardio respiratory improvements compared to exercise alone.

02 University Study No. 02

METABOLIC RESPONSE STUDY

Conducted At

Ohio Research Group

Published In

Journal of the International Society of Sports Nutrition

Key Findings

The purpose of this placebo-controlled, double-blind cross-over study was to compare the effects of two commercially available soft drinks on metabolic rate.

03 University Study No. 03

METABOLIC RESPONSE STUDY

Conducted At

Department of Kinesiology, The University of Alabama

Published In

Journal of the International Society of Sports Nutrition

Key Findings

A double-blind, placebo controlled, randomized trial was performed to evaluate the effects of a nutritionally enriched coffee (NEC) drink compared to decaffeinated coffee (DC) on repeated flying 40-yard sprint performance.

04 University Study No. 04

METABOLIC RESPONSE STUDY

Conducted At

Department of Health and Exercise Science, University of Oklahoma

Published In

Journal of the International Society of Sports Nutrition

Key Findings

Consuming a thermogenic drink (TD) acutely increases energy expenditure and serum markers of lipolysis in healthy, college-aged individuals. The purpose of this study was to determine if consuming TD over 28 days affects its acute thermogenic and lipolytic effects as well as body composition and clinical chemistry safety markers.

05 University Study No. 05

METABOLIC RESPONSE STUDY

Conducted At

Department of Health and Exercise Science, University of Oklahoma

Published In

Journal of the International Society of Sports Nutrition

Key Findings

To determine the acute effects of ingesting a thermogenic drink (Celsius, Boca Raton, FL) (TD) on changes in metabolism and lipolysis.

06 University Study No. 06

METABOLIC RESPONSE STUDY

Conducted At

University of Oklahoma

Published In

Journal of the American College of Nutrition

Key Findings

Overweight and obese women drinking Celsius prior to moderate exercise resulted in increased fat loss, increased muscle mass, increased endurance performance with significant improvements to blood lipid profiles when compared to exercise alone.