Senactiv®

Based on a patented blend of Panax notoginseng and Rosa canina and distinctly aimed at Sport Nutrition, Senactiv® acts as a pre- and post-workout, giving strength and resistance to muscle tissues and, at the same time, dampening their inflammation, thus shortening recovery times after aerobic exercise.

With an efficacy evaluated in 4 clinical trials and 3 in-vivo studies, taking Senactiv® before physical activity activates macrophages, speeding up the removal of senescent cells and, at the same time, allowing the migration of stem cells into the active muscle, in which they differentiate into new muscle cells. New cells work longer and recover faster from exertion thanks to the high number of mitochondria, the greater ability to produce ATP and to store glycogen.

Senactiv® also increases insulin sensitivity, reduces lipid peroxidation and intensifies mitochondrial density and glycogen production, thus speeding up muscle regeneration and dampening the inflammatory state.

The ingredients in a nutshell

· Enhances exercise endurance

· Increases energy during exercise

· Accelerates recovery after exercise

· Stimulates muscle cell renewal

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AstraGin®

AstraGin® is a mix of fractionated botanical extracts composed of Panax notoginseng and Astragalus membranaceus, designed to improve the absorption of nutrients, peptides, fatty acids and vitamins, as well as maintaining a good balance of the intestinal microbiota.

Specifically targeting Sport Nutrition food supplements, it is an ingredient whose benefits have been evaluated in more than 20 in vitro and in vivo studies, followed by publications in various scientific journals.

It acts on peptides, amino acids, fatty acids, vitamins and phytonutrients, regulating the specific uptake of mRNA and transporters, such as SGLT1, CAT1 and GLUT4. The use of this ingredient also improves the vitality of immune and intestinal cells. It is widely used in sports supplements thanks to its ability to increase protein synthesis in skeletal muscle and intestinal absorption of leucine with an increase in protein synthesis.