Butcher's broom: stabilizes your blood vessels and reduces redness

Butcher's broom extract ( Ruscus Aculeatus Root Extract) ensures more balance in the blood circulation of the skin. It is ideal for rosacea/couperose because it reduces redness caused by blood circulation.

Butcher's broom is an evergreen shrub that is widespread in Mediterranean countries.

Butcher's broom extract contains the saponins ruscin, ruscogenin and neo-ruscogenin and the alkaloid sparteine. Butcher's broom is a healthy alternative to vitamin K1, which has been banned in cosmetics since 2009. Butcher's broom has an anti-inflammatory effect and stabilizes vessels close to the surface, so that skin redness and swelling are reduced.

In rosacea/couperose, external stimuli such as cold, heat, spicy food or triggering skin care lead to redness.

In people without rosacea/couperose, the vascular system quickly contracts again after it has dilated. If blood circulation is stimulated in rosacea/couperose, the alternation between dilation and contraction of the vessels is disrupted. As a result, the vascular system remains dilated for longer. This causes blood flow-related redness. Butcher's broom can act as a strong venous vasoconstrictor. This means that butcher's broom constricts the vascular system, so that blood flow through the smallest network of blood vessels in the body: the arterioles, capillaries and venules (microcirculation) is increased in the long term. This reduces redness in the long term.

Butcher's broom also has a refreshing and calming effect and helps with heavy, swollen legs .

The ruscogenins contained in butcher's broom have a tonic effect on the veins and inhibit the degradation of enzymes that are involved in the degradation of the venous support fiber elastin

No serum or cream can simply cream away cellulite. You can care for your legs and strengthen them with butcher's broom. Cellulite is a normal physical condition in biologically females that occurs when fat cells in the subcutaneous tissue exert pressure on the connective tissue above. In biologically females, these connective tissue fibers are longitudinally striated and run parallel, unlike in biologically males. In biologically males, the connective tissue fibers are cross-striated and structured like a net. If pressure pushes the fat cells in the subcutaneous tissue to the side, they can more easily pass through the longitudinally striated connective tissue. This creates visible small dents that are reminiscent of the skin of an orange. Hence the name "orange peel" for cellulite. Such a pattern cannot develop in cross-striated connective tissue. Cellulite is therefore a gender-specific natural condition.