Project Description

Ener-GY plus

Your smiling skin energizer


Ener-GY plus, the smiling skin energizer is able to provide skin energy, anti-fatigue effect, smiling skin care.

Ingredient story

As per the endosymbiosis’ theory, mitochondria are the evolution of eukaryotic primitive cells’ ability to produce energy by incorporating aerobic bacteria. They ensure cells survival, being the energy powerhouse where ATP production takes place.
Thanks to its specific efficacy in upporting mitochondrial biochemical pathways, Ener-GY plus performs beneficial effect on skin ecosystem.

What is it?

Ener-GY plus is the biotech cellular energizer developed by enzymatic biotechnology using only sustainable biologically active solvents rich in fruit oligo-elements. The unique production process improves the performance of active molecules contained in the ingredient. The result is an increased cellular energy aimed at preventing aging.

What does it do?

Designed to optimize mitochondrial activation, Ener-GY plus promotes the stabilization of the microbiota ecosystem through an increase of ATP (Adenosine triphosphate) neo synthesis. Thanks to its specific activity, Ener-GY plus decreases the cellular senescence by promoting a high cellular vitality and responsiveness.

Biological target

Mitochondria represent the main source of energy production.They are small organelles contained within each cell of the body, responsible for the production of energy (ATP, Adenosine Triphosphate) necessary for the development of metabolic processes.
Thanks to its specific efficacy in supporting mitochondrial biochemical pathways, Ener-GY plus performs beneficial effect on skin ecosystem.

Mechanism of action

Through an interaction with skin ecosystem, Ener-GY plus enhances mitochondrial energetic process providing positive condition for metabolism and trophic cell processes. Clinical studies performed showed an improvement in skin elasticity, radiance and specially anti- fatique effect.


  • Skin Brightening
  • Anti-aging/Firming
  • Skin cohesion