The scientific studies of the 'Dartsch Scientific Institute' with intestinal epithelial cells confirm that the CUDU® technology has extremely positive effects on cells.

In several cell biological tests it was found that the bioenergetic field of the CUDU® products promotes cell renewal, reduces oxidative stress and strengthens the intestinal barrier. The tests with inflammatory cells also clearly show a reduction in radical formation.

Conclusion: The CUDU® products can make a strong, positive contribution to vitality and well-being.

... spricht über die genauen Messverfahren und Ergebnisse.

Video without CUDU®TECH:
After a short time, the cells begin to round and die . In addition to the vacuoles in the cells, the many cells that die through programmed cell death and split into many small apoptic vesicles can also be seen particularly well.

Video with CUDU®TECH:
Vacuoles can also be seen in the cells here, but the number of cells that die due to programmed cell death and split into small vesicles is significantly lower .

This means that wearing CUDU® technology greatly reduces the effects of oxidative stress in the body and therefore contributes to increased vitality .

Lt. According to the manufacturer, “(the CUDU® NI PRO) increases the energy capacity and has a strongly revitalizing effect”. Based on this, this study used cultured intestinal epithelial cells and cells that mediate inflammation to investigate whether the CUDU® NI PRO has demonstrable beneficial effects at the cellular level using current scientific methods.

(1) Regeneration of cultured intestinal epithelial cells to restore intestinal wall integrity after trauma.

(2) Oxidative stress from the environment/environment (e.g. due to food components, intolerances, additives, general stress situation), which can increase the permeability of the intestine and thus lead to the absorption of undesirable substances from the intestine into the blood.

(3) Intestinal wall barrier integrity by determining transepithelial electrical resistance (TEER).

(4) Endogenous oxidative stress due to the formation of radicals in inflammatory cells (neutrophil granulocytes). For this purpose, human promyelocytes were used, which were differentiated into functional neutrophils over several days by adding dimethyl sulfoxide. In an induced oxidative burst, these cells formed superoxide anion radicals, which can further damage already damaged tissue.

(1) Increase in the regeneration of intestinal epithelial cells by more than 11% by the CUDU® NI PRO compared to the untreated control (11.7 ± 3.4%; mean ± standard deviation; 3 independent test series).

(2) Reduction of the effect of oxidative stress (500 µM hydrogen peroxide for 24 hours) from the environment/environment by over 30% by the CUDU® NI PRO compared to the untreated control (36.4 ± 7.9%; mean ± standard deviation ; 3 independent test series with 2 replicates each).

(3) Improvement of the integrity of the intestinal wall barrier by more than 40% by the CUDU® NI PRO compared to the untreated control (42.4 ± 9.5%; mean ± standard deviation; 3 independent experimental series).

(4) Reduction of radical formation by inflammatory cells by more than 30% by the CUDU® NI PRO compared to the untreated control (32.0 ± 7.8%; mean ± standard deviation; 3 independent test series with 2 replicates each).

The cell biological results show a consistently extremely positive picture of the beneficial effects of CUDU® NI PRO on intestinal epithelial cells and functional neutrophils. Particularly noteworthy are the results in the reduction of oxidative stress from the environment/environment, the results in the inactivation of radicals formed in the tissue by inflammatory cells and the promotion and maintenance of the integrity of the intestinal wall barrier.