Spot reduction is the belief that you can target fat loss in certain areas of your body. For example, they often think the more ab excercises you do, the more fat you lose on your abdomen. You probably have heard many fitness experts mention that you cannot spot reduce.

Is spot reduction really a myth?

Yes, under most conditions. To reduce fat locally, you must use a proven fat loss herb called Yohimbine and deliver it in a lotion delivery system called a transdermal. Yohimbine transdermals absorb the yohimbine directly through the skin to your fat cells. Yohimbine is a stimulant used for years by bodybuilders in fat loss stacks and has a lot of research to back it up. It is even sold as a prescription for treating mens erectile dysfunction.

How Yohimbe Transdermals works on fat spot reduction:

In the body, all fat cells have A2 receptors. Yohimbine works on these receptors as an antagonist. The hardest fat to get off, is the fat cells that have high concentrations of A2 receptors. They are very resistant to fat loss. The Yohimbine antagonizes the A2 receptors from having adrenaline bind to them and inhibit(block) fat loss. The cause of high concentrations of A2 receptors in certain locations of your bodyfat is because of genetics and estrogen. High estrogenic fat locations, such as the butt, thighs, lower back, chest, will be particular effective with Yohimbine transdermal use. Transdermal Yohimbine allows a concentrated amount to get to the targeted location , making it more effective then just taking it orally. It would not be possible to get the same effect on a targeted bodypart, without overdosing because Yohimbine is a strong stimulant.

When is Yohimbine Transdermal use appropriate?

Yohimbine works best for those with low bodyfat. Those above 12% would be better off just worrying about general fat loss and taking Yohimbe orally in the beginning. Once you dip below 12%, most of the fat left will be high A2 type fat. This is when you will need Yohimbine transdermal to help get rid of large amounts of stubborn A2 receptor rich fat leftover.