Laser Therapy in Veterinary Medicine Photobiomodulation

Sprains and some fractures
Wounds, abrasions, and hematomas
Ligament and tendon injuries
Inflammation in joints, ears, muscles, and skin
Joint injuries
Myofascial trigger points, pain points, and deep-tissue acupuncture points
Chronic and acute pain
"Hotspots" and lick granulomas
Postoperative healing

➤ Accelerates healing by promoting blood flow while stimulating the circulatory and lymphatic systems.

➤ Promotes collagen production and enhances skin elasticity to minimize scarring left by pets.

➤ Initiates an anti-inflammatory response to relieve joint stiffness and pain.

➤Backed by clinical evidence to ensure effectiveness.

➤ Non-invasive approach promotes the body's natural healing response.

➤ Painless and drug-free, eliminating the risk of side effects.

➤ User-friendly and easy to use.

➤ Affordable, with minimal cost per treatment; this device is durable and long-lasting.

➤ Complements existing therapies such as physical therapy and supplements, amplifying their benefits .

1.Complementary treatments

2.Non-invasive, painless and easy to administer

3.PBMT uses positive reinforcement training to elicit feeding and medical behaviors and is easy to administer

4.Minimal intervention and stress to the animal

5.Positive reinforcement training allows for repetitive treatments without anesthesia or restraints

OBJECTIVE To evaluate photobiomodulation therapy in dogs with bilateral hip osteoarthritis. ANIMALS 20 dogs. PROCEDURES Forty joints were assigned to a control group (CG; n = 20) or treatment group (photobiomodulation therapy [PBMT]; 20). CG received a 21-day course of meloxicam, and PBMT received treatment with a Class IV therapeutic laser over 3 weeks. Joint range of motion, thigh girth, the Canine Brief Pain Inventory (divided into pain interference score [PIS] and pain severity score [PSS]), Hudson Visual Analogue Scale, Liverpool Osteoarthri-tis in Dogs, and Canine Orthopedic Index (COI; divided into function, gait, stiffness, and quality of life) were evaluated before treatment, +8, +15, +30, +60, and +90 days after initial treatment. Results were analyzed with repeated measures ANOVA or Wilcoxon signed ranks test, P < 0.05. Kaplan-Meier estimators were compared with the Breslow test. RESULTS Patients had a mean age of 8.3 ± 1.9 years and body weight of 65.7 ± 12.1lb. Osteoarthritis was classified as moderate (n = 26) and severe (14). No differences were found at time 0. Better results were observed in PBMT at +8 days (P = 0.01 for PSS, P = 0.04 for function and COI), +15 days (P = 0.01 for PSS and function, P = 0.02 for PIS and function, P = 0.03 for COI and P = 0.04 for Liverpool Osteoarthritis in Dogs [LOAD]) and +30 days (P = 0.01 for function and gait, P = 0.02 for COI, and P = 0.04 for PIS, PSS, and LOAD). Joint range of motion improved in PBMT from +15 to 90 days. Kaplan-Meier estimators showed that PBMT produced longer periods with better results. CLINICAL RELEVANCE PBMT reduced pain levels and improved clinical findings in dogs with hip osteoarthritis.

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