Formutech Nutrition Youth

Supports the
Immune System*

Supports
Thyroid Function*

Promotes
Metabolism*

Raise
Energy Levels*

"Youth In
plant form - so there's no effect on human hormones.*"

YOUTH is formulated to deliver 7-Keto Dhea, an improved, non-androgenic derivative of DHEA that supports natural hormone levels without affecting testosterone or estrogen spikes, causing unwanted side-effects.1

• Increases the body's natural thermogenic activity (for fat burning and weight loss)!*
• Support energy levels, stamina and performance!*
• Promote strength and agility!*
• Support thyroid function!*
• Supports the immune system!*
• Promote sexual health!*
• Vegetarian capsule!

Average blood levels of 7-Keto start to decline with age beginning around age 30. This reduction is responsible for some of the negative changes that occur during our mature years. As a result, 7-Keto supplementation becomes increasingly important with age. 2 With all of the newly recognized benefits of 7-Keto, this workhorse metabolite is sure to become a standard supplement in the future. By offering many of the advantages of DHEA supplementation without conversion to estrogen and testosterone, 7-Keto affords older adults the opportunity to further promote their health and longevity even when their levels of the so-called "downstream" hormones are already optimal.* Moreover, considering 7-Keto's demonstrated ability to support healthy body composition, it is highly likely that this DHEA metabolite will become a staple supplement for many aging adults.* After all, how many among us could not afford to support weight loss and healthy body composition?*

References

1. Lardy H, Partridge B, Kneer N, Wei Y. Ergosteroids: induction of thermogenic enzymes in liver of rats treated with steroids derived from dehydroepiandrosterone. Proc Natl Acad Sci USA. 1995 Jul 3;92(14):6617-9.

2. Marenich LP. Excretion of testosterone, epitestosterone, androstenedione and 7-ketodehydroepiandrostenedione in healthy men of different ages. Probl Endokrinol (Mosk). 1979 Jul;25(4):28-31.