Chronic wounds and ulcers in dogs are a serious clinical problem that arises as a result of injuries, chronic diseases (e.g. diabetes), bacterial and fungal infections, or blood supply disorders. If left untreated, they lead to severe pain, reduced quality of life, and the risk of systemic complications.
Traditional methods include wound cleansing, antibiotic therapy, the use of specialised dressings, and control of underlying diseases (e.g. diabetes). Unfortunately, in many cases, healing is slow or ineffective, and the risk of recurrence is high.
PRP contains numerous growth factors (PDGF, VEGF, TGF-β) that stimulate angiogenesis, fibroblast proliferation and accelerate healing processes. PRP injections directly into or around the wound can significantly reduce the regeneration time of skin and soft tissues.
👉 Learn more about PRP
MSCs support tissue regeneration through trophic and immunomodulatory effects. They reduce inflammation and support the formation of new connective tissue, which allows even difficult-to-heal ulcers to close.
👉Check out how mesenchymal stem cells work
In chronic inflammatory wounds, IL-1 therapy can reduce the local inflammatory response, limit pain and accelerate regeneration.
👉 Learn more about IL-1 pain therapy and treatment
Stage 1 – fresh wounds with delayed healing: PRP as the first line of biological support.
Stage 2 – chronic, recurrent wounds: MSC for tissue regeneration and reconstruction.
Stage 3 – ulcers with severe inflammation: IL-1 as a therapy to support inflammation reduction.
Chronic wounds and ulcers in dogs are difficult to treat, and conventional methods often fail. Biological therapies – PRP, MSC and IL-1 – offer a real chance for faster healing, reduced inflammation and improved quality of life for the animal.
If it does not heal within 4 weeks despite standard treatment.
It may support healing, but requires prior control of the infection.
Shortening healing time, reducing inflammation, tissue regeneration, limiting antibiotics.
Yes – the patient's own tissue is used, which minimises the risk of complications. It is crucial to maintain cleanliness standards during the cell cultivation process.
