Where repuls® works
repuls® has effects on the whole musculoskeletal system and improves wound healing.
Additionally it is used supportive in plastic surgery.
Neck & Cervical spine
Wound Therapy
LLLT (Photobiomodulation) – established and scientifically proven:
Over the past decade, low-level light therapy (LLLT), also known as photobiomodulation, has become increasingly common. Clinical studies have been carried out in numerous medical fields of application and a large number of specialist articles have been published.
Fields
- Diabetic foot
- Syndrome bedsores (decubitus)
- Ulcers (ulcers) of different causes (“open leg”)
- Poorly healing surgical wounds
- Infected wounds
- Small area burns
- Very painful wounds
repuls® in plastic, esthetic and reconstructive surgery
repuls® LLLT has proven to be efficient in the field of plastic, esthetic and reconstructive surgery, particularly to support the therapy of chronic soft-tissue defects as well as to improve the wound healing after extensive reconstructive surgery such as abdominoplasty/lower body lift, breast surgery and various kinds of flaps. Patients suffering from chronic wounds or wound healing disorders can benefit from repuls® LLLT.
Frequently there is also a colonisation or infection with germs impeding the healing, and many of these patients present with relevant co-morbidities such as diabetes or reduced blood circulation.
repuls® LLLT can optimize the healing under adverse conditions and improve the scar formation.
Treatment of burn victims is another challenging task in plastic surgery. Large wounds are typically at
high risk regarding infections. With repuls® LLLT the surgical treatment can be ideally complemented.
repuls® works with pulsed high-intensity cold red light, deeply permeates the tissue without heat and interrupts the inflammation-controlling leukotriene metabolism.
Pain can thus be successfully relieved and eliminated without side effects.
Studies at the Ludwig Boltzmann Institute for Experimental and Clinical Traumatology show that treatment with repuls® activates the mitochondria, the power stations of the cell. repuls® increases mitochondrial respiration and thus ATP production in the cells.
Through the increased energy metabolism cellular repair mechanisms can be improved. This is reflected in an increased growth rate of muscle, connective tissue and endothelial cells.
All in all, these processes lead to an improved regeneration of damaged tissue structures.
or make an appointment with our trained repuls® consultants