Application
Arthrosis (e.g. knee osteoarthritis) is an age-related wear and tear of the joint. However, osteoarthritis can also be a consequence of joint inflammation (arthritis). LPT can accelerate the breakdown of the broken cartilage matrix, which has already been destroyed by collagenase. A new matrix can be built by promoting the formation of proteoglycans and collagen fibres. LPT can also have an analgesic and anti-inflammatory effect.
Here, the hip joint is defect. Hip dysplasia occurs mainly in big dogs. LPT can have a pain-relieving and anti-inflammatory effect.
LPT can accelerate the decay of inflammation, the prostaglandin level can be reduced. (Prostaglandin is a tissue hormone and is involved in pain, blood clotting and inflammatory reactions.) Collagen and other microfilaments can be synthesized more often. (Collagens are structural proteins of the connective tissue. Microfilaments form the main structure of the cytoskeleton, the inner structure of the cell.) LPT can also reduce pain and swelling.
LPT can accelerate the decay of inflammation, the prostaglandin level can be reduced. (Prostaglandin is a tissue hormone and is involved in pain, blood clotting and inflammatory reactions.) Collagen and other microfilaments can be synthesized more often. (Collagens are structural proteins of the connective tissue. Microfilaments form the main structure of the cytoskeleton, the inner structure of the cell.) LPT can also reduce pain and swelling.
This topic will be dealt with later.
LPT can accelerate the decay of inflammation, the prostaglandin level can be reduced. (Prostaglandin is a tissue hormone and is involved in pain, blood clotting and inflammatory reactions.) Collagen and other microfilaments can be synthesized more often. (Collagens are structural proteins of the connective tissue. Microfilaments form the main structure of the cytoskeleton, the inner structure of the cell.) LPT can also reduce pain and swelling.
This topic will be dealt with later.
LPT can accelerate the decay of inflammation, the prostaglandin level can be reduced. (Prostaglandin is a tissue hormone and is involved in pain, blood clotting and inflammatory reactions.) Collagen and other microfilaments can be synthesized more often. (Collagens are structural proteins of the connective tissue. Microfilaments form the main structure of the cytoskeleton, the inner structure of the cell.) LPT can also reduce pain and swelling.
LPT has an antiedematous effect and it reduces swelling.
are blood accumulations caused by trauma or coagulation disorder. LPT can have a decongestant effect. LPT can support fibrinolytic processes. Fibrinolysis is the dissolution of a blood clot / thrombus by the enzyme plasmin. Plasmin splits fibrin polymers into smaller fibrin degradation products. Fibrin is a blood protein and is produced, for example, during blood coagulation.
LPT can lead to the formation of new callus tissue in bone fractures, which remineralizes faster than without LPT. The fractures treated in this way can therefore achieve a higher bone density more quickly. (Callus tissue closes the wound and thus contributes significantly to healing).
A scar (scar keloid) develops weeks to months after an injury. Here a connective tissue proliferation causes a bulging, unsightly structure. Laser therapy can reduce the uncontrolled growth of collagen. The scar can become flatter, softer and lighter.
Treatment of tendinitis with LPT can reduce pain: the pain threshold and pain intensity can be reduced. Mobility can be promoted. The inflammatory reaction may subside. Wound healing can be accelerated.
In the event of a sprain, ligaments or joint capsules are injured so that the collagen fibres of these structures are overstretched. LPT can reduce inflammation through anti-inflammatory processes, improve microcirculation and thus reduce swelling of edema/haematoma and sedate pain.
The decubitus is a soft tissue inflammation. The LPT can improve the microcirculation, thereby also preventing a local circulatory disturbance (ischemia). Epithelial build-up can be promoted.
LPT can accelerate the decay of inflammation, the prostaglandin level can be reduced. (Prostaglandin is a tissue hormone and is involved in pain, blood clotting and inflammatory reactions.) Collagen and other microfilaments can be synthesized more often. (Collagens are structural proteins of the connective tissue. Microfilaments form the main structure of the cytoskeleton, the inner structure of the cell.) LPT can also reduce pain and swelling.
LPT can lead to axon protrusion (the longest extension of a nerve cell) and repair of the spinal cord. The number of axons with a myelin layer (protective sheath around the axon) can increase. Immune cell activation can be suppressed and fewer cytokines and chemokines (proteins necessary for cell growth or movement) can be produced.
LPT can lead to a faster healing process. LPT can have a bactericidal effect and reduce pain.
Laminitis is a disease in ungulates. The skin of the hoof is inflamed and the hoof capsule loosens. LPT improves blood circulation in the affected region. The inflammation in the hooves can subside.
Here the sensory and motor nerve fibres can be damaged. LPT can promote the metabolism and regeneration of peripheral nerve structures and stop degenerative processes. This can lead to pain sedation.
Well known are the yearly eventings taking place at Gut Weiherhof.
The owners are convinced user of the PalmLaser professional which has been used during many events and for different indications already.
Horse and jockeys are happy about the results as Mrs. Vogg told us.