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09/22/2025
ecallenCanine Health

Give Your Dog the Fastest Path to Recovery: How Shock Wave Therapy Transforms TPLO Healing

When your beloved companion needs TPLO surgery for their torn ACL, you want nothing more than to see them back on their feet, pain-free, and ready to play again. As a loving pet parent, you’re probably wondering what you can do to help them heal faster and get back to being themselves. 

The answer might surprise you: Shock wave therapy could dramatically improve your dog’s recovery timeline and overall outcome. 

What Makes Shock Wave Therapy a Game-Changer for TPLO Recovery?

Recent veterinary research has shown remarkable results when dogs receive shock wave therapy after TPLO surgery. Dogs treated with postoperative shock wave therapy showed faster weight-bearing recovery compared to those without this treatment. This means your furry friend could be walking more comfortably, sooner. 

Here’s what shock wave therapy does for your dog’s healing: 

Accelerated Bone Healing: Shock wave therapy has been shown to speed bone healing following TPLO surgery, helping the surgical site integrate faster and more effectively. 

Improved Limb Function: Studies demonstrate increased limb use following treatment, meaning your dog will start using their leg normally much sooner than expected. 

Reduced Inflammation: The therapy decreases patellar tendon inflammation, which translates to less pain and swelling during recovery. 

Enhanced Tissue Repair: Shock wave therapy has been proven to decrease inflammation and increase fiber alignment in tendons and ligaments, promoting stronger, more flexible healing. 

The Difference Between Dogs Who Receive Shock Wave Therapy vs. Those Who Don't

Imagine two dogs, both recovering from TPLO surgery: 

Max received traditional post-surgical care only. He spent weeks favoring his leg, moving cautiously, and showing signs of discomfort during his recovery. His return to normal activity took the typical 12-16 weeks. 

Bella received the same surgery plus shock wave therapy treatments. Within days, she was bearing more weight on her leg, showing less pain, and her bone healing progressed faster than expected. Her veterinarian was amazed at how quickly she returned to her playful self. 

The research backs this up: dogs receiving shock wave therapy consistently show faster recovery times and better outcomes compared to those receiving standard care alone. 

Why PulseVet®'s Hydro-Electric Technology Leads the Pack

Not all shock wave therapy is created equal. PulseVet devices utilize an electrohydraulic source to create the most effective shock waves for orthopedic and sports medicine indications. This makes a real difference in your dog’s treatment outcome. 

Here’s what sets PulseVet shock wave apart: 

Proven Technology: PulseVet technology is backed by twenty years of clinical research, giving you confidence in its effectiveness and safety. 

Superior Wave Generation: The hydro-electric system creates more consistent, therapeutic shock waves compared to other technologies, ensuring your dog receives optimal treatment every session. 

Veterinary-Specific Design: PulseVet shock wave treatments are customizable depending on species, age, and condition being treated, meaning your dog’s treatment is tailored specifically for their needs. 

No Sedation Required: PulseVet shock wave technology needs no sedation, reducing stress and risk for your pet while making treatments more convenient. 

The Treatment Experience: Stress-Free for You and Your Dog

Preparation of the treatment area is minimal – a technician will shave the dog’s hair in the affected area before treatment begins. Most dogs tolerate the therapy well, and many pet parents report seeing improvements after just a few sessions. 

This treatment has been proven-effective and is an affordable treatment option covered by most veterinary insurance plans, making it accessible when your dog needs it most. 

Your Dog's Future Starts Now

TPLO surgery already has a high success rate with over 90% of dogs regaining full function of the knee. Adding PulseVet shockwave therapy to their recovery plan could mean the difference between a good recovery and an exceptional one. 

Don’t let your dog struggle through a longer, more painful recovery when proven technology can help them heal faster and more completely. Ask your veterinarian about incorporating PulseVet shock wave therapy into your dog’s TPLO recovery plan. 

Your four-legged family member deserves every advantage in their journey back to health. With PulseVet shock wave therapy, you’re giving them exactly that – and giving yourself the peace of mind that comes from knowing you’ve done everything possible to help them heal. 

To learn more about PulseVet shock wave therapy and find a veterinarian near you who offers this advanced treatment, visit pulsevet.zomedica.com. 

© 2025 Zomedica, Inc. All rights reserved. 

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09/22/2025
ecallenCanine Health

Dog Back Pain Diagnosis: Recognizing Lumbosacral Disease in Veterinary Practice

Based on clinical insights from Dr. Matt Brunke, DVM, DACVS-SA, DACVSMR, CCRT in his webinar, “Empowering Vets to Treat More with Less Risk”*

When a client says “my dog doesn’t go upstairs anymore,” many veterinarians immediately think hip dysplasia. But what if the hips are normal? Lumbosacral disease—the canine equivalent of human sciatica—represents one of the most underdiagnosed conditions in veterinary practice. 

The statistics are sobering: 27% of police dogs are retired or euthanized due to lumbosacral pathology, with average retirement dropping to 6.6 years instead of the target 8 years. For veterinary professionals managing canine spinal problems, recognizing this hidden epidemic is crucial for improving both diagnostic accuracy and patient outcomes. 

The Effects of Dog Back Pain

Lumbosacral (LS) disease involves nerve root compression typically between L7-S1, affecting the most mechanically stressed segment of the canine spine. Unlike obvious conditions that present with dramatic lameness, dog back pain often manifests as subtle behavioral changes that owners attribute to “getting old.” 

Critical Impact Statistics: 

  • 27% of working dogs retire early due to LS disease 
  • Average retirement age: 6.6 years (target was 8 years) 
  • Bilateral presentation: Common in chronic cases 

Understanding the Disease Process

The L7-S1 junction bears the highest mechanical stress in the canine spine, making it vulnerable to multiple degenerative changes: 

  1. Intervertebral disc degeneration: L7-S1 most commonly affected 
  2. Ligamentum flavum hypertrophy: Spinal canal narrowing 
  3. Facet joint arthritis: Secondary instability 
  4. Foraminal stenosis: Nerve root compression 

This multi-factorial pathology explains why how to diagnose back pain in dogs requires systematic evaluation rather than single diagnostic tests. 

High-Risk Breeds and Critical Risk Factors

Primary Risk Breeds: 

  • German Shepherds: Highest documented prevalence 
  • Doberman Pinschers: Second highest risk 
  • Rhodesian Ridgebacks: Significant predisposition 
  • Great Danes: Large breed susceptibility 
  • Labrador Retrievers: Working and sporting lines 
  • Greyhounds: Despite excellent hip conformation 

The Transitional Vertebrae Factor

Perhaps the most critical risk factor for dog back pain diagnosis is transitional vertebrae—a finding that dramatically alters prognosis. 

Clinical Importance: 

  • 8x higher risk for developing degenerative LS disease 
  • Earlier onset: 1-2 years sooner than normal anatomy 
  • Increased hip dysplasia risk: Abnormal pelvic development 

Types: Lumbarization, sacralization, or numerical variations (6 or 8 lumbar vertebrae instead of 7). 

Diagnostic Examination Protocol

Dog back pain diagnosis requires moving beyond basic orthopedic assessment to include specific neurological tests that reveal lumbosacral pathology. 

Pre-examination Essentials: 

  • Rule out hip dysplasia and stifle pathology 
  • Assess general neurological function 
  • Document gait abnormalities 

Essential Lumbosacral Tests

Test 1 – Tail Jack Maneuver
The most reliable screening test for lumbosacral disease

Technique: 

  1. Elevate tail to maximum comfortable extension 
  2. Hold for 10-15 seconds 
  3. Positive signs: Pain vocalization, attempts to move away, cessation of panting 

Test 1 – Withdrawal Reflex Testing: The Game Changer
Often provides the earliest detectable sign of lumbosacral neuropathy

Critical Assessment: 

  1. Pinch digits of each pelvic limb 
  2. Normal response: Hip, stifle, AND hock flexion 
  3. LS neuropathy: Hip and stifle flex, hock remains extended 
  4. Early indicator: Often precedes obvious clinical signs

Test 3 – LS Space Palpation Technique:

  1. Locate L7-S1 junction (epidural landmark) 
  2. Apply gentle downward pressure 
  3. Observe for pain response, muscle guarding, breathing changes 

Neurological Grading
Grade 1: Mild – Intermittent signs, normal withdrawal reflexes
Grade 2: Moderate – Consistent signs, delayed hock flexion
Grade 3: Severe – Constant pain, absent hock flexion 

Radiographic Assessment Essentials

Standard Views Required: 

  • Lateral pelvis: L4 through coccygeal vertebrae 
  • Ventrodorsal pelvis: Complete visualization 
  • Extended views: T11 through sacrum for vertebral counting 

Critical Findings: 

  • Disc space narrowing (L7-S1 most common) 
  • End plate sclerosis 
  • Step lesions (ventral displacement of L7) 
  • Osteophyte formation 

Vertebral Counting Protocol: 

  1. Start at T11 (last rib-bearing vertebra) 
  2. Count to L7 (should be 7 lumbar vertebrae) 
  3. Document any variations—transitional vertebrae dramatically alter prognosis 

Dog Back Pain Treatment Strategies

Most cases of canine spinal problems respond well to systematic conservative management. 

Phase 1: Acute Pain Control (0-2 weeks) 

  • Activity restriction: Leash walks only 
  • NSAIDs: If appropriate candidate 
  • Controlled environment: Prevent jumping, stairs 
  • Weight management: Critical for long-term success 

Phase 2: Rehabilitation (2-8 weeks) 

  • Physical therapy: Controlled exercises 
  • PulseVet® shock wave therapy: 2-3 treatments bi-weekly 
  • Progressive activity increase: Gradual return to function 

Pharmaceutical Options for Canine Lumbosacral Disease

First-Line Medications: 

  • Carprofen/Meloxicam: Anti-inflammatory effects 
  • Amantadine: NMDA receptor antagonist 
  • Gabapentin: Neuropathic pain component 

PulseVet® Shock Wave Technology

Treatment Protocol for LS Disease: 

  • Frequency: 4-6 treatments, bi-weekly intervals 
  • Energy levels: Low-moderate (0.10-0.20 mJ/mm²) 
  • Target areas: Paravertebral muscles, LS junction 
Clinical Benefits:
  • Non-invasive treatment option 
  • Minimal Side effects
  • Suitable for poor anesthetic candidates
  • Can be combined with other therapies

Long-Term Management of Canine Lumbosacral Disease

Favorable Prognostic Factors: Early diagnosis, mild-moderate signs, owner compliance, normal vertebral anatomy

Poor Prognostic Factors: Severe neurological deficits, transitional vertebrae, poor compliance 

Lifestyle Modifications for Dogs with Back Injuries

Essential Changes: 

  • Permanent weight management 
  • Avoid high-impact activities 
  • Ramp access for elevated surfaces 
  • Regular low-impact exercise 

Monitoring Protocol: 

  • Quarterly examinations initially 
  • Annual radiographic assessment 
  • Withdrawal reflex monitoring 

Canine Lumbosacral Disease: Key Takeaways

✅ LS disease is underdiagnosed – consider in all hind limb lameness cases  
✅ Withdrawal reflex testing is crucial – often the earliest detectable sign 
✅ Always count vertebrae – transitional vertebrae significantly increase risk
✅ Conservative management works – 60-70% success rate with proper protocol  
✅ Weight management is essential – critical for long-term success 

Implementing systematic evaluation protocols for dog back pain diagnosis can dramatically improve diagnostic accuracy and patient outcomes while providing specialized care that keeps working dogs operational and family pets comfortable. 

For comprehensive training in PulseVet shock wave therapy protocols, explore pulsevet.com 

*Dr. Matt Brunke was paid by Zomedica, Inc. to provide this webinar 

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09/22/2025
ecallenCanine Health

Dog Shoulder Injury Diagnosis: Veterinary Guide to Forelimb Lameness

Based on clinical insights from Dr. Matt Brunke, DVM, DACVS-SA, DACVSMR, CCRT in his webinar, “Empowering Vets to Treat More with Less Risk”*

Shoulder tendinopathy in dogs often goes undiagnosed in veterinary practice, overshadowed by more common elbow pathology. Yet for sporting dogs and working canines, canine shoulder injury represents a significant cause of performance decline and chronic pain. Unlike obvious conditions like cruciate ruptures, shoulder problems present with subtle lameness and normal elbow examinations that can leave practitioners searching for answers. 

Dr. Matt Brunke emphasizes that while most thoracic limb lamenesses are elbow in origin, when the elbow examination is completely normal and forelimb dysfunction persists, the shoulder becomes the primary suspect. This is particularly true in dogs with repetitive activity histories—agility competitors, dedicated fetch players, and working dogs whose jobs demand repetitive shoulder motion. 

Understanding Canine Shoulder Anatomy

The canine shoulder presents unique challenges that differentiate it from human shoulder pathology. Dogs lack functional clavicles, meaning the entire forelimb is suspended from the trunk by muscular attachments rather than bony connections. This arrangement places enormous stress on shoulder soft tissues. 

The glenohumeral joint relies heavily on muscular support for stability, with primary motion occurring in flexion-extension planes rather than the multidirectional movement seen in humans. This biomechanical difference makes dogs particularly susceptible to overuse injuries from repetitive activities. 

The Big Five Tendons: The supraspinatus serves as the primary lateral stabilizer and is most commonly injured in sporting dogs. The infraspinatus, responsible for external rotation, frequently suffers damage in agility dogs making sharp turns. The biceps brachii tendon, running through the bicipital groove, is prone to chronic tenosynovitis in fetch-playing dogs. 

Canine Shoulder Pathophysiology Patterns

Shoulder tendinopathy typically develops through chronic repetitive stress rather than acute trauma. Dogs engaging in high-intensity, repetitive activities gradually develop microscopic tendon tears that create inflammation cycles. Unlike acute injuries that heal with rest, these chronic microtraumas often lead to tendon degeneration. 

Secondary compensation mechanisms create challenging diagnostic scenarios. When dogs develop elbow arthritis, they alter gait mechanics to avoid pain, placing abnormal stress on shoulder structures. This secondary shoulder tendinopathy won’t resolve until the primary elbow problem is addressed. 

Physical Examination Protocol

Visual Inspection and History Begin by observing natural movement patterns. Dogs with shoulder tendinopathy often show subtle weight shifts and altered foot positioning. The history typically reveals gradual onset rather than acute injury, with “warm-up lameness” being characteristic—dogs appear stiff initially but improve with activity. 

Complete Scapular Evaluation Start by locating the scapular spine, which should form a straight line from dorsal to ventral. Any deviation suggests fracture or deformity requiring radiographs. Palpate the entire scapular body systematically, assessing supraspinatus and infraspinatus muscle bellies for atrophy or asymmetry. 

Critical Safety Point: If the scapular spine isn’t straight or painful, radiographs are mandatory to rule out osteosarcoma or fractures. 

The Gold Standard: Biceps Stretch Test

This two-phase test represents the most reliable functional assessment for shoulder tendinopathy: 

Phase 1 – Shoulder Flexion: Flex the shoulder to 90 degrees while maintaining neutral elbow position. This tests supraspinatus and infraspinatus tendons. Positive signs include pain response or muscle guarding. 

Phase 2 – Elbow Extension: Extend the elbow while maintaining shoulder flexion to engage the biceps tendon. Dogs with biceps tendinopathy show clear pain responses. In severe cases with complete rupture, you may observe “loss of end feel” where the radius and ulna can be positioned parallel to the spine. 

Safety Considerations: Avoid direct biceps tendon palpation due to bite risk. The medial insertion lies close to the dog’s face, and painful responses can be defensive. Functional testing provides better information without safety concerns. 

Diagnostic Imaging Strategy

Sedated orthogonal radiographs remain the foundation of shoulder diagnosis, primarily to rule out serious conditions rather than directly visualize tendon pathology. Standard views include lateral and caudocranial projections with proper positioning being critical for interpretation. 

Key Radiographic Patterns: 

  • Biceps tenosynovitis: Mineralized bodies along the bicipital groove with osteophytes at the supraglenoid tubercle 
  • Shoulder arthritis: Caudal humeral head osteophytes and corresponding glenoid changes 
  • Osteosarcoma: Moth-eaten lytic lesions requiring immediate attention 

Quality positioning is essential—small changes dramatically alter joint appearance. Veterinary radiologist review provides objective interpretation and catches subtle abnormalities. 

Advanced Imaging Options

Musculoskeletal Ultrasound offers dynamic tendon assessment and cost-effective evaluation of fiber architecture. However, it requires significant training and experience for accurate interpretation. The learning curve is steep, but practices investing in training can achieve excellent diagnostic value. 

CT and MRI provide the highest soft tissue detail but require anesthesia and may not be readily available. These are typically reserved for surgical planning or unclear diagnoses after thorough clinical evaluation. 

FAQ: Shoulder Tendinopathy Diagnosis

How do I differentiate shoulder pain from elbow pain? 
Key differences include pain location during manipulation, range of motion patterns, and radiographic findings. Shoulder issues show pain on shoulder flexion/extension with normal elbow ROM, while elbow problems demonstrate the opposite pattern. Both conditions can coexist in chronic cases. 

What breeds are predisposed to shoulder tendinopathy? 
High-risk breeds include Border Collies (agility activities), Labrador Retrievers (fetch, swimming), German Shepherds (working activities), and Golden Retrievers (sporting activities). Any dog with repetitive activity exposure can develop these conditions. 

When should I refer to a specialist? 
Referral indications include suspected complete tendon rupture, failed conservative management after 6-8 weeks, concurrent neurological signs, or need for advanced imaging and arthroscopy. 

How reliable is the biceps stretch test? 
The biceps stretch test has high sensitivity for biceps tendinopathy when performed correctly. False positives are rare, though concurrent elbow pathology can complicate interpretation. Proper technique is essential for accurate results. 

Can shoulder tendinopathy be bilateral? 
Yes, bilateral presentation occurs in approximately 20-30% of cases, especially in working dogs with repetitive activities. Always examine both shoulders systematically, even when lameness appears unilateral. 

Treatment Integration

Treatment success requires understanding that shoulder tendinopathy represents chronic inflammatory conditions needing comprehensive management rather than quick fixes. 

Initial Phase (0-2 weeks): Focus on controlling inflammation through rest, activity restriction, and appropriate NSAIDs. Cold therapy provides additional anti-inflammatory benefits during this acute management period. 

Rehabilitation Phase (2-8 weeks): Controlled exercise progression, physical therapy protocols, and PulseVet® shock wave therapy become crucial. The 3-5 weekly shockwave treatments target cellular-level inflammation while promoting tissue healing and proper fiber alignment. 

Multimodal Approach Benefits

Combining pharmaceutical management (NSAIDs, amantadine) with non-pharmaceutical modalities like PulseVet shock wave technology provides synergistic effects. This approach addresses multiple aspects of the inflammatory cascade while promoting natural healing mechanisms. 

Prognosis Factors: Favorable outcomes depend on early diagnosis, acute versus chronic presentation, owner compliance with activity restrictions, and absence of concurrent elbow pathology. Most acute cases resolve in 4-8 weeks with proper management, while chronic cases may require 8-16 weeks and ongoing maintenance. 

Key Takeaways

✅ Shoulder tendinopathy often mimics elbow disease – systematic examination is essential 
✅ Biceps stretch test is the gold standard for functional assessment  
✅ Always palpate the entire scapula – rule out fractures and neoplasia  
✅ Radiographs are essential for differential diagnosis  
✅ Early intervention improves outcomes – don’t wait for severe lameness 

Implementing systematic shoulder examination protocols improves diagnostic accuracy and patient outcomes while providing valuable specialized services for your veterinary practice.  For advanced training in PulseVet shock wave therapy protocols, visit pulsevet.com 

* Dr. Matthew Brunke was paid by Zomedica, Inc. to provide the webinar. 

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09/22/2025
ecallenCanine Health

Veterinary Rehabilitation Equipment: Shock Wave & PEMF Therapy for Senior Dogs

Veterinary rehabilitation equipment has become essential for practices treating the growing population of senior dogs. With canine osteoarthritis affecting at least one in four dogs and functional mobility decline representing a primary euthanasia factor, practices need proven treatment solutions that deliver measurable outcomes while generating sustainable revenue. The PulseVet® shock wave system and Assisi LOOP®  targeted PEMF (tPEMF™) devices offer evidence-based technologies that transform geriatric care capabilities and practice profitability. 

The Growing Market for Veterinary Rehabilitation Equipment

Senior Dog Population Trends 

The aging canine population presents significant opportunities for veterinary practices willing to invest in advanced care capabilities. Geriatric dogs face a complex interplay of conditions requiring specialized treatment approaches: 

Primary Conditions Driving Equipment Demand: 

  • Osteoarthritis: Affects at least one in four dogs, likely much higher 
  • Neurologic diseases: Intervertebral disc disease, degenerative myelopathy 
  • Mobility decline: Sarcopenia, obesity, and sedentary lifestyle complications 
  • Chronic pain management: Multi-modal treatment requirements 

Market Reality: Practices without rehabilitation capabilities often refer these high-value cases to specialty centers, losing significant revenue opportunities. 

Revenue Impact of Rehabilitation Services 

Practice Differentiation Benefits: 

  • Premium pricing for advanced care services 
  • Increased client retention through comprehensive treatment 
  • Referral generation from improved patient outcomes 
  • Competitive advantage in aging pet population market 

Client Willingness to Pay: Pet owners consistently invest in quality-of-life improvements for senior pets, making rehabilitation services highly profitable when properly positioned. 

PulseVet Shock Wave System: Evidence-Based Osteoarthritis Treatment

Why Shock Wave Therapy for Veterinary Practice 

The PulseVet shock wave system represents the most researched and clinically validated modality for canine osteoarthritis treatment. With multiple published studies demonstrating efficacy, shockwave therapy offers practices a proven revenue generator with measurable patient outcomes. 

Technology Advantages: 

  • Focused high-velocity soundwaves with precise energy delivery 
  • Multiple biological effects: Neovascularization, tissue regeneration, pain reduction 
  • Proven mechanisms: Affects nitric oxide, protects chondrocytes, recruits stem cells 
  • Documented outcomes: Improved weight-bearing, mobility, and pain scores 

Clinical Applications and Treatment Protocols 

Primary Indications for PulseVet Therapy: 

  • Hip osteoarthritis: Comprehensive pain and mobility improvement 
  • Elbow osteoarthritis: Targeted joint-specific protocols 
  • Shoulder tendinopathy: Soft tissue healing enhancement 
  • Lumbosacral disease: Pain reduction and functional improvement 
  • Cranial cruciate ligament injuries: Post-surgical rehabilitation support 

Treatment Protocol Examples: 

  • Standard osteoarthritis: 3-6 treatments, weekly intervals 
  • Lumbosacral pain: Protocol showing 60% CBPI improvement 
  • Progressive improvement: Continued benefits at 14, 28, and 60-day assessments 

Assisi Loop PEMF Device: At-Home Treatment Solution

Market Advantage of Targeted PEMF Therapy 

The Assisi LOOP  tPEMF devices address a critical gap in veterinary rehabilitation: consistent at-home treatment for mobility-impaired patients. This solution provides practices with additional revenue streams while solving client compliance challenges. 

Technology Benefits: 

  • Pulse electromagnetic field therapy affects inflammatory cascades 
  • Nitric oxide modulation provides measurable anti-inflammatory effects 
  • Portable design enables daily home treatment 
  • Client convenience reduces transportation barriers for senior pets 

Clinical Applications 

Target Patient Population: 

  • Severe mobility limitations: Patients with transportation challenges 
  • Chronic conditions: Long-term inflammatory management needs 
  • Post-surgical care: Extended rehabilitation requirements 
  • Client preference: Owners seeking at-home treatment options 

Practice Differentiation: 

  • Comprehensive care offering: In-clinic and at-home solutions 
  • Client education opportunities: Demonstrate commitment to advanced care 
  • Reduced clinic burden: Fewer frequent visits for chronic patients 
  • Enhanced outcomes: Consistent daily treatment improves results 

Equipment Features and Benefits

PulseVet Shock Wave System Capabilities 

Assisi Loop PEMF Device Advantages

Frequently Asked Questions About Veterinary Rehabilitation Equipment

What is the typical ROI timeline for rehabilitation equipment investment? 

Most practices see equipment ROI within 12-18 months with proper case volume. The PulseVet shock wave system typically pays for itself with 50-100 treatment sessions, achievable within the first year for active practices. 

How much training is required for veterinary staff to operate rehabilitation equipment? 

The PulseVet shock wave system requires 8-16 hours of comprehensive training, while Assisi Loop PEMF device instruction takes 2-4 hours. Zomedica provides complete training programs and ongoing support. 

What are the space requirements for rehabilitation equipment in general practice? 

The PulseVet shock wave system requires a dedicated treatment room (8×10 feet minimum), while Assisi Loop devices require minimal storage space. Both integrate easily into existing practice layouts. 

Success Stories and Practice Transformations

Small Animal Practice Case Study:

  • Practice size: 2-doctor general practice
  • Implementation: PulseVet shockwave system and Assisi Loop devices 
  • Results after 12 months:  
    • 40% increase in geriatric case retention 
    • $8,000 monthly revenue from rehabilitation services 
    • 25% improvement in client satisfaction scores 
    • 15% growth in senior pet wellness visits 

Multi-Doctor Practice Results: 

  • Practice profile: 4-doctor mixed animal practice 
  • Equipment investment: Complete rehabilitation equipment suite 
  • 18-month outcomes:  
    • $25,000 monthly rehabilitation revenue
    • 60% reduction in geriatric case referrals 
    • 30% increase in new client acquisition 
    • Regional reputation as geriatric care specialist 

Client Satisfaction and Retention Benefits 

Outcome Measurements: 

  • Treatment success rates: 60-80% improvement in mobility assessments 
  • Client compliance: 90%+ completion rates for prescribed protocols 
  • Referral generation: 3:1 ratio of new clients from existing client referrals 
  • Practice differentiation: 85% of clients report choosing practice for advanced care 

Long-term Practice Benefits: 

  • Revenue stability: Recurring treatment generates predictable income 
  • Team satisfaction: Advanced capabilities improve job satisfaction 
  • Professional growth: Continuing education and specialization opportunities 
  • Market leadership: Recognition as innovative practice in community 

Taking Action: Transform Your Practice with Rehabilitation Technology

Why Choose Zomedica’s Technology? Here are Some Proven Technology Advantages:  

✓ PulseVet shockwave system:
Extensively researched with multiple canine studies 
✓ Assisi Loop PEMF devices:
Convenient at-home treatment solutions 
✓ Comprehensive training:
Complete staff education and certification programs 
✓ Ongoing support:
Clinical protocol development and technical assistance 
✓ Practice growth:
Revenue enhancement through advanced care capabilities 
✓ Competitive advantage:
Cutting-edge technology differentiates your practice  
✓ Measurable outcomes:
Objective assessment tools and documentation support 

Comprehensive Practice Support and Resources

Discover how Zomedica’s rehabilitation equipment solutions can transform your practice revenue and patient outcomes. Our veterinary technology specialists understand the business and clinical challenges of implementing advanced care services. 

Visit zomedica.com to explore our complete rehabilitation equipment solutions and discover how the PulseVet sho ckwave system and Assisi Loop PEMF devices can generate sustainable revenue while delivering exceptional patient care. 

The future of veterinary practice profitability lies in advanced care capabilities—join successful practices already achieving measurable results with Zomedica technology. 

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