How to Treat Hip Dysplasia in Dogs


A practical guide to pain relief, mobility support, weight management, and treatment options


Help your dog move with less pain
Talk with a MedcoVet clinician about your dog’s hip dysplasia, symptoms, treatment options, and at-home support.

Written by: Alon Landa
Medically reviewed by: Kristy Williams, CVT, CCFT (Specialties: Pet rehabilitation, pain management, photobiomodulation)

Reviewed: May 2026
Updated: May 2026

How do you treat hip dysplasia in dogs?

How to treat hip dysplasia in dogs depends on your dog’s age, pain level, weight, mobility, x-ray findings, and overall health. Treatment may include weight management, pain medications, joint supplements, physical therapy, red light therapy, exercise changes, and in severe cases, surgery. The goal is to relieve pain, reduce inflammation, preserve muscle, and help your dog live with better mobility.

If your dog has hip dysplasia and you want to know if red light therapy may help:

Want help thinking through your dog’s treatment options?

Lucy

What hip dysplasia means for your dog

Canine hip dysplasia is a hereditary condition where the hip joint does not develop properly. The hip is a ball-and-socket joint. The femoral head, which is the ball at the top of the thigh bone (femur) , should fit smoothly into the hip socket.

With hip dysplasia in dogs, the fit is loose, shallow, or unstable. That poor fit creates friction, joint pain, inflammation, and movement loss over time.

Some dogs show early signs at 4 to 12 months old. Others develop symptoms later when arthritis builds in the dog’s hip.

Common signs include:

  • Reluctance to run, jump, or climb stairs
  • Bunny hopping with the hind legs
  • Chronic or occasional lameness
  • Limping without a known injury
  • Difficulty standing up
  • Trouble getting on and off furniture
  • Reduced range of motion
  • Audible joint sounds during movement
  • Loss of muscle mass in the hind legs
  • Decreased activity
  • Hip pain
  • Stiffness after rest

Prompt veterinary evaluation matters, especially for high-risk breeds like Golden Retrievers, Labrador Retrievers, German Shepherds, giant breed dogs, and other large breed dogs.

Start with an accurate diagnosis

How to Treat Hip Dysplasia in Dogs: Start with an accurate diagnosis

A proper treatment plan starts with an accurate diagnosis.

Your veterinarian may use a physical examination, gait assessment, range of motion testing, and x-rays to confirm hip dysplasia diagnosed in your dog. They will look at the dog’s hip joint, hip socket, femoral head, arthritis changes, joint laxity, and signs of inflammation.

Do not guess. Hip pain, limping, and difficulty rising can also come from knee injuries, back pain, muscle strain, neurologic issues, or other joint disease.

Once you know what you are dealing with, treatment gets clearer.

Step 1: Keep your dog at a healthy weight

Weight management is one of the most important parts of how to treat hip dysplasia in dogs.

Weight management is one of the most important parts of how to treat hip dysplasia in dogs.

Excess weight adds pressure to your dog’s joints. It can increase inflammation, worsen joint pain, and make motion difficulty more obvious. Body fat can also contribute to inflammatory changes in the body, which can make pain harder to control.

A healthy weight helps relieve pain and protect mobility.

A weight management plan may include:

  • Measured meals
  • Portion control
  • Lower-calorie treats
  • A balanced diet
  • Regular weigh-ins
  • Low-impact exercise
  • Weight reduction if your dog is overweight

Ask your veterinarian what your dog’s ideal weight should be. A few pounds can make a real difference, especially for dogs with hip dysplasia.

Step 2: Adjust exercise without removing movement

Dogs with hip dysplasia need movement. They also need smart movement.  Regular exercise can help strengthen the ligaments and muscles around the hips. Strong rear muscles can support the hip joint and help your dog move with more control. The key is choosing activity that builds strength without adding too much impact.

Dogs with hip dysplasia need movement. They also need smart movement.

Regular exercise can help strengthen the ligaments and muscles around the hips. Strong rear muscles can support the hip joint and help your dog move with more control. The key is choosing activity that builds strength without adding too much impact.

Good options may include:

  • Short controlled walks
  • Gentle hill walking if approved
  • Swimming
  • Hydrotherapy
  • Slow leash walks on flat ground
  • Soft surface walking
  • Light jogging only if your vet approves
  • Physical therapy exercises

Avoid high-impact activity if it worsens pain. That may include hard running, jumping, rough play, long hikes, slippery floors, and excessive exercise during flare-ups.

For large breed puppies, exercise during the growth stage needs extra care. Rapid growth, improper nutrition, and excessive exercise can increase the risk of developing hip dysplasia or worse signs in dogs with a genetic predisposition.

Step 3: Use physical therapy to build strength

Physical therapy can help dogs with hip dysplasia improve mobility, preserve muscle, and reduce pain.

Physical therapy can help dogs with hip dysplasia improve mobility, preserve muscle, and reduce pain.

A rehab plan may include:

  • Range of motion exercises
  • Controlled walking
  • Sit-to-stand exercises
  • Balance work
  • Strengthening exercises
  • Hydrotherapy
  • Massage
  • Heat therapy when appropriate

A hot water bottle or warm towel may help loosen tight muscles and improve blood flow near the dog’s hip. Keep it warm, not hot, and do not use heat over swelling or acute inflammation unless your veterinary team approves it.

Physical therapy works best when it is consistent. Small, safe exercises done regularly can help your dog move better over time.

Step 4: Consider joint supplements

Joint supplements are often used as part of medical management for hip dysplasia.

Joint supplements are often used as part of medical management for hip dysplasia.

Common ingredients include:

  • Glucosamine
  • Chondroitin
  • Omega-3 fatty acids
  • MSM, also called methylsulfonylmethane
  • UC-II collagen

Glucosamine and chondroitin are naturally occurring compounds used to support cartilage, joint fluid, and joint comfort. When combined, they may help slow cartilage breakdown and support new cartilage production in dogs with joint issues.

Joint supplements do not work like fast pain medications. They support joint health over time.

Ask your veterinarian which joint supplements make sense for your dog’s age, weight, diet, and medications.

Step 5: Manage pain with your veterinarian

Manage pain with your veterinarian

Pain management is a major part of treating canine hip dysplasia.

Many dogs need pain medications during flare-ups or as part of long-term medical management. Non-steroidal anti-inflammatory drugs, or NSAIDs, are commonly used to manage chronic pain and treat inflammation in dogs with hip dysplasia.

These medications can help decrease pain and reduce joint inflammation, but they require veterinary monitoring for side effects.

Never give human pain medication unless your veterinarian specifically prescribes it. Some human medications can be dangerous for dogs.

Pain management may also include:

  • Joint supplements
  • Weight control
  • Physical therapy
  • Red light therapy
  • Exercise restriction during flare-ups
  • Home changes
  • In some cases, stem cells or other regenerative options

If your dog suffers from significant pain, do not wait. Pain changes movement, sleep, appetite, mood, and muscle use.

Step 6: Make the home easier to move through

Slippery floors can make dogs tense their muscles and move awkwardly. That can make hip pain worse. Add a Rug

Small changes at home can help your dog live with less strain.

Try this:

  • Add rugs or runners over slippery floors
  • Use ramps instead of stairs
  • Keep food and water easy to reach
  • Use a supportive bed
  • Block jumping onto furniture
  • Keep nails trimmed
  • Help your dog avoid sudden slips
  • Use a harness for support when needed

Slippery floors can make dogs tense their muscles and move awkwardly. That can make hip pain worse.

Step 7: Know when surgery is recommended

Surgery may be recommended when hip dysplasia causes severe pain, poor mobility, or progressive joint damage. It may also be recommended early in young dogs to prevent hip dysplasia from causing future arthritis.

Surgical options may include:

Juvenile Pubic Symphysiodesis

Juvenile Pubic Symphysiodesis, or JPS, is a preventative surgical procedure for young puppies. It helps improve hip joint fit as the dog grows.

Triple Pelvic Osteotomy

Triple pelvic osteotomy is used in young dogs before advanced arthritis develops. It changes the position of the pelvic bone to improve how the femoral head sits in the hip socket.

Total Hip Replacement

Total hip replacement removes the damaged dog’s hip joint and replaces it with an artificial joint. This can significantly improve mobility and relieve pain in the right candidate.

Femoral Head Ostectomy

Femoral head ostectomy removes the femoral head. The body then forms a false joint with scar tissue. This option is often used for smaller dogs, though some larger dogs may also be candidates.

Your veterinary surgeon can help you compare surgical procedures based on your dog’s age, size, pain level, x-rays, activity level, and overall pet’s health.

How red light therapy supports hip dysplasia treatment

How red light therapy supports hip dysplasia treatment

Photobiomodulation, or PBM, also called red light therapy, low-level laser therapy, LED therapy, cold laser, and near-infrared therapy, refers to the same therapeutic category using light energy to influence cellular biology.

Red light therapy can help treat hip dysplasia symptoms by supporting pain relief, reducing inflammation, improving local circulation, and supporting muscle comfort around the affected area.

Learn more here: Science of Red Light Therapy.

Red light therapy does not reshape the hip socket or correct the structure of the hip joint. It supports the tissues around the joint, helps manage joint pain, and may make movement easier.

For dogs with hip dysplasia, that can mean more comfortable walks, less stiffness, and better tolerance for physical therapy.

Why Luma is helpful for dogs with hip dysplasia

Why Luma is helpful for dogs with hip dysplasia

The MedcoVet Luma gives dog owners a way to support hip comfort at home.

Luma uses red and near-infrared light to support inflammation control, circulation, and comfort around the dog’s hip. It is non invasive, drug free, and designed for at-home use with clinician guidance.

That matters for chronic joint disease.

Hip dysplasia often needs a long-term plan. Luma can fit alongside weight management, physical therapy, low-impact exercise, joint supplements, and veterinary care.

Luma may help support:

  • Reduced hip pain
  • Improved mobility
  • Better comfort after activity
  • Less stiffness after rest
  • Support for physical therapy
  • Long-term joint health
  • Comfort after hip dysplasia surgery

Luma can also be helpful after surgical intervention, including procedures used to address hip dysplasia, because red light therapy supports tissue repair, inflammation control, and comfort during the healing process.

Read more here: Red Light Therapy for Pets with Hip and Elbow Dysplasia.

For broader guidance, visit Red Light Therapy for Dogs.

Want to know if Luma fits your dog’s treatment plan?

Gideon

What Pet Parents Report After Using Luma

Dogs with hip dysplasia often need long-term support for pain, stiffness, inflammation, and mobility. Luma gives pet parents a way to support their dog at home between vet visits, physical therapy sessions, and daily routines.

Here is what pet parents have shared.

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1-9 of 9 results
  • Violet

    “The Luma helped Violet so much with her hip. Luma was able to help Violet to be back enjoying…”

  • Sherlock

    “Sherlock is a 6 yr old Sheepadoodle with really painful hips but he has wonderful doctors and get regular PT,…”

  • Jax

    “Our senior dog Jax has been struggling with orthopedic issues for some time, and it was heartbreaking to see him…”

  • Anderson

    “Anderson was seen by 2 orthopedic doctors who recommended ACL repair on one or both legs. We opted…”

  • Cat

    “Three years ago, we started using the Luma on Cat’s arthritic hips, torn knee ligament and shoulder injury. It’s clear…”

  • Odin

    “The Luma has been amazing for our almost 11 year old German Shepherd, Odin. His arthritis pain in his hip…”

  • Wrangler

    “The Luma device helped Wrangler with his hip dysplasia and arthritis and with regular use it improved his mobility. We’re…”

  • Leo

    ““Leo is an 11 year old dog. He was diagnosed with elbow dysplasia about 3 years ago. If…”

  • Antigone

    “Antigone went from reluctantly and slowly getting up to go out to standing without apparent discomfort!! The Luma…”

Want help deciding if Luma fits your dog’s treatment plan?

Matilda

Can you prevent hip dysplasia?

You cannot prevent every case. Hip dysplasia is strongly tied to genetic predisposition, and many large breed dogs inherit the risk.

You can reduce risk and support healthy development.

To help prevent hip dysplasia:

  • Choose breeders who screen for hip dysplasia
  • Feed large breed puppies a diet made for large-breed growth
  • Continue appropriate large-breed puppy nutrition until at least 12 to 18 months
  • Avoid rapid growth and excess weight gain
  • Avoid excessive exercise during the growth stage
  • Maintain a healthy weight
  • Ask your vet about joint supplements for high-risk dogs
  • Schedule regular veterinary check-ups

Early diagnosis gives young dogs more options. That can make a major difference in the dog’s quality of life.

MedcoVet’s clinical view on treating hip dysplasia

MedcoVet focuses on photobiomodulation protocols for dogs with hip dysplasia, elbow dysplasia, arthritis, pain, mobility issues, and surgery recovery.

Our clinical approach considers pain pattern, tissue depth, coat type, movement loss, activity level, home environment, and the dog’s full treatment plan.

Hip dysplasia treatment works best when the plan is complete: accurate diagnosis, healthy weight, proper nutrition, low-impact exercise, physical therapy, pain management, joint support, and at-home care.

Red light therapy is one part of that plan. For the right dog, it can be a powerful support tool.

Questions dog owners ask about treating hip dysplasia

Yes, some symptoms can be supported with natural treatments such as weight management, low-impact exercise, physical therapy, joint supplements, massage, heat therapy, and red light therapy. Work with your veterinarian so the plan is safe and appropriate.

No, non surgical treatment cannot correct the shape of the hip joint. Many dogs can still live well with medical management, pain control, physical therapy, and lifestyle changes.

Surgery is recommended when pain is severe, mobility is poor, or structural correction gives the best chance at long-term comfort. Young dogs may benefit from early procedures before arthritis develops.

Some pain medications can be used long term with veterinary monitoring. NSAIDs are common, but your dog may need bloodwork and check-ins to watch for side effects.

Red light therapy, laser therapy, cold laser, low-level laser therapy, LED therapy, and photobiomodulation all refer to light-based therapies that use specific wavelengths to affect cellular activity. Delivery methods can differ.

Yes. Older dogs with hip dysplasia can often improve comfort with weight control, pain management, physical therapy, joint supplements, home changes, and red light therapy.

Bunny hopping can be one sign of hip dysplasia, especially in young dogs or large breed dogs. Schedule a veterinary exam to confirm the cause.

Large breed dogs may need more careful management because their size places more force on the knee joint and surgical repair. Healthy weight and controlled rehab are especially important.

Photobiomodulation is commonly used as adjunct therapy alongside medical management rather than a replacement for prescribed treatments.[1-3]

Research indicates photobiomodulation influences inflammatory signaling, cellular repair pathways, and microcirculation relevant to neural recovery.[2-4]

Use depends on surgical protocol, tissue status, and recovery stage and should follow veterinary guidance.[2,3]

Photobiomodulation should not be used in suspected malignancy without veterinary supervision, uncontrolled infection, or when dosing parameters are inappropriate.[2,5]

Clinical summary

Mechanism:
Hip dysplasia is a developmental joint disease involving poor fit between the femoral head and hip socket. Joint instability causes inflammation, pain, cartilage wear, arthritis, muscle loss, and reduced mobility. Treatment aims to reduce joint stress, control pain, preserve muscle, improve movement, and slow progression.

Evidence level:
Strong for weight management, controlled exercise, physical therapy, pain medications, and surgical treatment in selected dogs. Moderate support exists for joint supplements and photobiomodulation as part of a multimodal plan for pain relief and inflammation control.

When it works best:
Medical management works best for mild to moderate hip dysplasia, older dogs with manageable symptoms, and dogs where surgery is not the preferred choice. Surgery works best for severe pain, poor mobility, or young dogs who qualify for early correction. Red light therapy works best when inflammation, stiffness, muscle strain, or pain are present.

When not to use:
Do not use red light therapy over a known or suspected tumor, untreated infection, open wound, or unexplained severe pain without veterinary guidance. Dogs with sudden lameness, severe pain, or rapidly worsening mobility need veterinary evaluation.

Help your dog move with less pain

How to treat hip dysplasia in dogs starts with a clear diagnosis and a plan that fits your dog’s life.

That plan may include weight management, physical therapy, pain medications, joint supplements, red light therapy, and/or surgery. The right mix depends on your dog.

Help your dog move with less pain

How to treat hip dysplasia in dogs starts with a clear diagnosis and a plan that fits your dog’s life.

That plan may include weight management, physical therapy, pain medications, joint supplements, red light therapy, and/or surgery. The right mix depends on your dog.

Is red light therapy right for your dog?

Want help thinking through your dog’s options?

Lucy

Evidence Citations

  • Bedinvetmab, alone or in combination with photobiomodulation and pulsed electromagnetic field therapy, on pain and quality of life in dogs with hip osteoarthritis

    By Cidral

    • 2026

    • Journal: Vet Res Commun

    Abstract: “These findings provide preliminary evidence that the combination of bedinvetmab and physiotherapy enhances pain control and promotes better quality of life in dogs with OA.”

    One Sentence Outcome:In dogs with hip osteoarthritis, bedinvetmab combined with PBM/PEMF and physiotherapy was associated with improved pain control and quality of life.

    Study Parameters:Dog (n = 30)

    Device Parameters: Wavelength: 808.0 nm; Power: 1000.0 mW; PBM+PEMF

    Evidence Level:Level 2b (small veterinary clinical study)

    Study Type: Veterinary clinical study

    Outcome Direction: Positive / supportive

  • Photobiomodulation

    By American Society for Laser Medicine and Surgery (ASLMS); Anders JJ

    • 2016

    • Journal: American Society for Laser Medicine and Surgery

    Abstract: ASLMS guidance states that PBM is used for relief of pain and inflammation, but pain should be diagnosed first to confirm it is from a neuromusculoskeletal condition and to rule out disqualifying conditions or contraindications such as cancerous skin lesions; it also notes pregnant women are not good candidates because fetal effects are unknown.

    One Sentence Outcome:ASLMS guidance supports diagnosis before PBM pain treatment and recommends screening for contraindications such as cancerous lesions and pregnancy.

    Study Parameters:ASLMS public guidance describing PBM indications, diagnostic prerequisites, contraindication screening, pregnancy caution, and parameter considerations.

    Device Parameters: PBM devices using lasers, LEDs, and broadband light in visible and near-infrared spectra.

    Evidence Level:Professional guidance

    Study Type: Professional guidance page

    Outcome Direction: Guidance / contraindication screening

  • Effect of weight reduction on clinical signs of lameness in dogs with hip osteoarthritis

    By Impellizeri et al.

    • 2000

    • Journal: Journal of the American Veterinary Medical Association

    Abstract: Results suggest that in overweight dogs with hind-limb lameness secondary to hip osteoarthritis, weight reduction alone can substantially improve clinical signs of lameness.

    One Sentence Outcome:Weight reduction alone may substantially improve lameness in overweight dogs with hip osteoarthritis.

    Study Parameters:Overweight dogs with hind limb lameness secondary to hip osteoarthritis underwent weight reduction and were assessed for lameness changes.

    Device Parameters: Not applicable; weight-management intervention.

    Evidence Level:Moderate

    Study Type: Clinical study

    Outcome Direction: Positive

  • The effect of weight loss on lameness in obese dogs with osteoarthritis

    By Marshall et al.

    • 2010

    • Journal: Veterinary Research Communications

    Abstract: In obese dogs with osteoarthritis, body weight reduction produced significant decreases in lameness; improvement was detected from approximately 6.1% weight loss onward.

    One Sentence Outcome:This study supports weight loss as a practical home-management strategy that can reduce OA-related lameness in obese dogs.

    Study Parameters:Fourteen obese client-owned dogs with clinical and radiographic OA followed a restricted-calorie diet over 16 weeks with repeated body weight, lameness, and kinetic gait assessments.

    Device Parameters: Not applicable; weight-loss intervention.

    Evidence Level:Moderate

    Study Type: Prospective clinical trial

    Outcome Direction: Positive

  • Evaluation of the effect of photobiomodulation on joint range of motion in dogs

    By Duarte & Alves

    • 2025

    • Journal: Lasers in Medical Science

    Abstract: This canine clinical study found significant improvements in joint range of motion after PBMT across all evaluated joints, with large effect sizes. The findings support mobility-focused home protocols where repeated treatment is feasible.

    One Sentence Outcome:PBMT significantly improved joint range of motion in dogs.

    Study Parameters:Clinical study in dogs assessing joint range of motion before and after PBMT.

    Device Parameters: 980 nm PBMT; exact power/output not stated in the database row reviewed.

    Evidence Level:Moderate

    Study Type: Prospective veterinary clinical study

    Outcome Direction: Positive

  • 2015 AAHA/AAFP Pain Management Guidelines for Dogs and Cats

    By Epstein et al.

    • 2015

    • Journal: Journal of the American Animal Hospital Association / Journal of Feline Medicine and Surgery

    Abstract: The AAHA/AAFP guidelines support veterinarians in incorporating pain management into practice and emphasize integrated pain management, patient care, early intervention, and evaluation of response.

    One Sentence Outcome:These guidelines support a multimodal, response-guided approach to companion-animal pain management rather than relying only on analgesic drugs.

    Study Parameters:Guideline summarizes contemporary pain management principles for dogs and cats, including integrated approaches and evaluation of treatment response.

    Device Parameters: Not applicable; guideline covering pharmacologic and non-pharmacologic pain management.

    Evidence Level:Guideline / expert consensus

    Study Type: Clinical guideline

    Outcome Direction: Positive

  • COAST Development Group’s international consensus guidelines for the treatment of canine osteoarthritis

    By Cachon et al.

    • 2023

    • Journal: Frontiers in Veterinary Science

    Abstract: This report presents international consensus recommendations for treating canine osteoarthritis by COASTeR stage, emphasizing patient-specific protocols, pain, mobility impairment, quality of life, and multimodal treatment choices.

    One Sentence Outcome:COASTeR guidelines provide a modern stage-based framework for treating canine OA pain, mobility impairment, and quality-of-life decline.

    Study Parameters:Consensus guidelines provide stage-based canine OA recommendations using COASTeR, incorporating evidence-based and expert-informed treatment decisions.

    Device Parameters: Not applicable; guideline for staged canine OA treatment.

    Evidence Level:Guideline / expert consensus

    Study Type: International consensus guideline

    Outcome Direction: Positive

  • A randomized blind placebo-controlled trial investigating the effects of photobiomodulation therapy (PBMT) on canine elbow osteoarthritis

    By Looney et al.

    • 2018

    • Journal: Canadian Veterinary Journal

    Abstract: Twenty dogs with naturally occurring elbow osteoarthritis were randomized to PBMT or sham treatment. PBMT at 10-20 J/cm² for 6 weeks improved lameness and pain scores and reduced NSAID requirements compared with sham.Twenty dogs with naturally occurring elbow osteoarthritis were randomized to PBMT or sham treatment. PBMT at 10-20 J/cm² for 6 weeks improved lameness and pain scores and reduced NSAID requirements compared with sham.

    One Sentence Outcome:This study reported a positive outcome for the photobiomodulation intervention or evidence question.

    Study Parameters:Both elbows treated for 6 weeks; lameness score, pain score, and NSAID dose recorded before and 7-10 days after the last treatment.

    Device Parameters: PBMT at 10-20 J/cm² per elbow joint; sham group received 0 J/cm². Exact wavelength was not stated in the PubMed abstract.

    Evidence Level:Level 1b (veterinary randomized controlled trial)

    Study Type: RCT

    Outcome Direction: Positive

  • Effects of low-level laser therapy on impaired mobility in dogs with naturally occurring osteoarthritis

    By Barale et al. Vet Med Sci. 2023.

    • 2023

    • Journal: Vet Med Sci

    Abstract: This study asked whether low-level laser therapy could increase physical activity in dogs with osteoarthritis. Twenty-three dogs wore accelerometers and received six weekly treatments while pain and owner-reported mobility scores were tracked.

    One Sentence Outcome:Daily activity and step counts rose significantly from baseline and remained elevated through week 6, suggesting better mobility and quality of life.

    Study Parameters:23 dogs with osteoarthritis; six consecutive weekly laser treatments; accelerometry plus CBPI and LOAD owner-reported outcomes.

    Device Parameters: Not clearly reported in the source database

    Evidence Level:Level 2b (prospective cohort, uncontrolled)

    Study Type: Prospective veterinary clinical study

    Outcome Direction: Positive

  • Preliminary clinical experience of low-level laser therapy for the treatment of canine osteoarthritis-associated pain: A retrospective investigation on 17 dogs

    By Barale et al. Open Vet J. 2020.

    • 2020

    • Journal: Open Vet J

    Abstract: Osteoarthritis is common in dogs and causes chronic pain that can impair quality of life and may not fully respond to analgesics; this retrospective study evaluated whether low-level laser therapy could improve quality of life and reduce analgesic needs in dogs with OA.

    One Sentence Outcome:Pain scores fell after the first session and continued improving, and analgesic medication was reduced in 13 of 17 dogs.

    Study Parameters:17 dogs with osteoarthritis-associated pain; serial LLLT sessions; clinical pain scales and analgesic use tracked over treatment.

    Device Parameters: Wavelength: 808 nm

    Evidence Level:Level 4 (veterinary case series/retrospective)

    Study Type: Retrospective veterinary clinical study

    Outcome Direction: Positive

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Author Image - Alon Landa

About the Author
Alon Landa is the CEO and co-founder of MedcoVet, a leader in at-home red light therapy for pets. With over 20 years of experience in medical technology and firsthand involvement in developing the Luma, Alon combines deep technical knowledge with a passion for improving pet health. He regularly collaborates with veterinarians and pet parents to advance photobiomodulation (PBM) care at home.
 📍 Based in Boston, MA
📖Read more from Alon here

Kristy Williams Medical Reviewer Headshot

About the Medical Reviewer
Clinical Focus: Surgery, anesthesia, canine fitness, injury prevention, agility
Kristy Williams brings over 30 years of experience to the veterinary field. Her career began in the 1990s, working as a civilian for the Army Veterinary Corps at RAF Feltwell in England, where she first discovered her passion for animal care and supporting their families. Upon returning to the United States, Kristy pursued her education and graduated in 2005 as a certified veterinary technician after passing the national exam. She has since gained extensive experience in both general practice and emergency/referral practices.
Read More about Kristy here.

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