Two clinical studies confirm Amicapsil’s effect on pressure injuries
Two clinical studies confirm
Amicapsil’s effect on pressure injuries

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Download Publication

Both studies find 100% closure rates
for acute and chronic pressure injuries

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See video, where Lady-Marie from UK Spinal Injuries Association describes how Amicapsil has treated her pressure injuries
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Effective on antibiotic and antiseptic resistant wound infections.
Effective in immunocompetent and immunocompromised persons.

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Hypoallergenic

Only natural ingredients

Only natural ingredients

Only natural ingredients

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Antibiotics reduce the amount of carbon that can be stored in soil. This directly increases CO2 in the atmosphere and contributes to climate change.
One course of antibiotic release the same amount of carbon as a car driving around Earth 1.47 times.
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MPPT is environmentally sustainable:
it is biologically recyclable and does not require the use of chemicals, plastics or antimicrobials.
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How does MPPT work (MoA)?

MPPT consists of micropore particles that absorb and remove wound exudate

MPPT works in three steps: Absorption, Pumping by capillary forces and Evaporation:

  • The Exudate is absorbed into the MPPT micropore particles. These are highly porous and the pores (or capillaries) are interconnected.
  • The capillaries work as a battery of small individual pumps that by means of capillary forces suck ( pumps) the exudate to the surface of the MPPT layer.
  • Due to the structure of MPPT, the surface area is enlarged at least 15 times compared to the original wound bed and this facilitates an effective evaporation of the exudate.

Suction stops automatically when no excess exudate is longer present. Therefore, the wound bed will not over dry and the suction will not cause harm to the proliferating wound bed.

The capillary forces in MPPT are of 3 to 1500 meters elevation capacity; the principle is similar to the transport of water from the roots to the leaves in plants and trees.

Furthermore, this pumping action removes bacterial toxins in the exudate and water from bacterial biofilm thus creating holes in the structure that allows the body’s own immune cells access to the bacteria embedded in the biofilm.

Biofilm is composed of 95% water.

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