Animal fractures are a common trauma, especially for active pets. Traditional treatments are often accompanied by long recovery periods and potential complications. As a cutting-edge non-invasive therapy, laser therapy has the functions of analgesic and anti-inflammatory, promoting blood circulation, accelerating healing and replacing medicine. It has shown significant advantages in promoting fracture healing. This case demonstrates the rapid recovery of a Ragdoll cat with a complex fracture after receiving veterinary laser therapy from VetMedix.

An infected osteoarticular fusion wound in small animals is a state in which the wounds show inflammation, redness, swelling, pain, and other infection symptoms due to the invasion of bacteria, viruses, or other microorganisms during or after the osteoarticular fusion process.

With the advancement of medicine, feline infectious peritonitis (FIP) is no longer an incurable disease, but the current limited options for FIP still prefer 441 injections or oral administration. Injection treatment is generally recommended for initial diagnosis, but many 441s on the market are still oily, which are relatively difficult to absorb at the injection site and can easily cause local inflammatory reactions, leading to swelling and ulceration of the skin. At this point, laser therapy stands out as an innovative non-invasive treatment: it can not only effectively relieve pain and inflammation, but also promote drug absorption and blood circulation, avoiding skin swelling and hair loss caused by 441. This case demonstrates the use of VetMedix veterinary laser to avoid skin breakdown caused by injection reaction.

Recently, a delegation from Hungary visited PBM and started an in-depth exploration of high-energy laser technology.

Canine radioulnar fractures refer to fractures of the diaphyses of the radius and ulna in dogs. Laser therapy not only significantly reduces pain and inflammation, but also promotes better drug absorption and improves blood circulation, thus accelerating the healing process after radial and ulnar fracture surgery in dogs. As a non-invasive therapy, it greatly promotes postoperative healing.

Bilateral femoral dislocation is a more serious skeletal problem in dogs, usually caused by congenital dysplasia or traumatic injuries (e.g., car accidents, falls).