Mixed-breed dog wearing a soft black recovery e-collar looking directly at the camera against a warm gradient background

Assisi DentaLOOP® Therapy Device: Clinical Protocols for Veterinary Dental Pain Management

Managing pain after dental extractions — whether a single tooth or a full-mouth procedure — is one of the more complex challenges in day-to-day veterinary practice. Standard analgesic protocols often force a difficult tradeoff: push the pharmacology hard enough to achieve adequate relief, and you risk adverse effects and client compliance failures; pull back, and the patient suffers. Veterinary dental pain management deserves a better option. 

The Assisi® DentaLOOP® targeted PEMF therapy device was developed to address exactly this gap. Clinical research demonstrates that targeted Pulsed Electromagnetic Field (tPEMF™) therapy can reduce opioid requirements by approximately 50% while improving patient comfort and recovery outcomes — making it a meaningful addition to multimodal dental pain management protocols for both dogs and cats. 

With periodontal disease affecting 80% of canine and 70% of feline patients by age three, dental procedures constitute a significant and growing portion of practice caseload. This clinical guide provides veterinary protocols for integrating the DentaLOOP® therapy device into dental practice, from routine extractions through complex orofacial surgery and chronic inflammatory conditions. 

Clinical Key Point 

tPEMF therapy does not replace your existing analgesic protocol — it enhances it. The goal is multimodal pain management: better outcomes with less pharmacological burden on the patient. 

The Clinical Challenge: Dental Pain Management in Veterinary Practice

abby cat with blue eyes wearing a soft black recovery e-collar, resting on a couch between decorative pillows

Postoperative dental pain management presents layered challenges that affect patient welfare, client satisfaction, and practice efficiency simultaneously. Understanding where standard protocols fall short is the foundation for building a better approach. 

Medication-Related Challenges

Even well-designed analgesic protocols encounter real-world limitations in the dental patient population. The most common include: 

  • Inadequate pain control despite standard analgesic protocols, particularly in complex extractions or full-mouth cases 
  • Adverse drug reactions — gastrointestinal effects from NSAIDs are among the most frequently reported complications in postoperative dental patients 
  • Polypharmacy concerns in geriatric or medically compromised patients, where drug interactions and organ function limitations constrain options 
  • Regulatory and ethical pressures around opioid prescribing, which continue to tighten across the veterinary profession 

Client Compliance Issues

Even when a pharmacological protocol is clinically sound, its effectiveness depends on client execution at home. Common compliance barriers include: 

  • Poor adherence with multi-drug regimens, particularly when dosing schedules are complex or frequent 
  • Difficulty administering oral medications to patients who are already painful and reluctant to be handled around the mouth 
  • Polypharmacy concerns in geriatric or medically compromised patients, where drug interactions and organ function limitations constrain options 
  • Cost concerns when multiple pharmaceutical interventions are prescribed simultaneously 
Assisi DentaLOOP product box describing tPEMF therapy for oral pain and inflammation, alongside a Weimaraner dog with the DentaLOOP device held near its muzzle

Limited Options for Chronic Oral Conditions

Chronic inflammatory conditions of the oral cavity present a particularly difficult management challenge. Conditions including feline chronic gingivostomatitis (FCGS), canine chronic ulcerative paradental stomatitis (CUPS), and oral eosinophilic granuloma complex require long-term pain and inflammation management — and long-term pharmacological approaches carry cumulative hepatotoxic and nephrotoxic risks that limit what is safe to sustain. Practitioners managing these cases need options that can be used consistently over time without compounding organ burden. 

The Science Behind tPEMF™ Therapy for Veterinary Dental Pain 

Targeted PEMF therapy works through documented cellular mechanisms — this is not a generic energy therapy. The DentaLOOP device delivers the same tPEMF signal that has been used and validated in veterinary medicine for over 15 years, now optimized specifically for oral and maxillofacial anatomy. 

Mechanism of Action 

The tPEMF signal enhances endogenous nitric oxide (NO) production through the endothelial nitric oxide synthase (eNOS) pathway. This triggers a cascade of anti-inflammatory and analgesic effects at the cellular level, including: 

  • Reduction in pro-inflammatory cytokine activity 
  • Direct pain modulation through the nitric oxide signaling pathway 
  • Improved local circulation and tissue perfusion at the treatment site 
  • Accelerated tissue healing and resolution of inflammation 

Clinical trials have demonstrated approximately 50% reduction in opioid requirements with tPEMF therapy, with anti-inflammatory effects comparable to NSAIDs in standard inflammation models — without the associated gastrointestinal, hepatic, or renal risks. 

What Distinguishes the DentaLOOP® from Generic PEMF Devices 

Not all PEMF devices are equivalent. The DentaLOOP therapy device is the only targeted PEMF device specifically configured to target the nitric oxide signaling pathway. Generic PEMF devices deliver non-optimized signals that do not consistently reach the therapeutic threshold required to activate the eNOS pathway. The distinction matters clinically: the mechanism only functions reliably when the signal parameters are correct. 

The DentaLOOP is backed by over 15 years of clinical use in veterinary medicine, with peer-reviewed research published in JAAHA and other veterinary journals — making it the most extensively validated targeted PEMF device available for veterinary practice. 

Clinical Application: The DentaLOOP Therapy Device 

The DentaLOOP adapts the proven tPEMF signal for oral and maxillofacial applications. Each battery-powered device delivers 60 fifteen-minute treatment sessions with automatic shutoff — designed for straightforward use by both in-clinic staff and clients at home. An optional DentaLOOP Bonnet (available in small, medium, and large) enables hands-free application, reducing handling demands for both patient and owner. 

Clinical Indications: Postoperative Pain Management 

The DentaLOOP therapy device is indicated across the full spectrum of veterinary dental and oral surgical procedures: 

  • Single or multiple tooth extractions 
  • Full-mouth extractions 
  • Periodontal surgery, including flaps and guided tissue regeneration 
  • Orofacial surgery: mandibulectomy, maxillectomy, rostral mandibulectomy 
  • Oral tumor resection 
  • Traumatic oral injuries 

Clinical Indications: Chronic Inflammatory Conditions 

For patients requiring long-term inflammation and pain management, the DentaLOOP therapy device offers a non-pharmacological option that can be sustained over time without cumulative organ risk: 

  • Feline chronic gingivostomatitis (FCGS) 
  • Canine chronic ulcerative paradental stomatitis (CUPS) 
  • Oral eosinophilic granuloma complex 
  • Chronic periapical inflammation 

Evidence-Based Protocols for Integrating the DentaLOOP 

The following protocols are designed to integrate the DentaLOOP therapy device into existing multimodal pain management frameworks. The device complements rather than replaces current analgesic protocols — the goal is enhanced outcomes with reduced pharmacological burden. 

Protocol 1: Routine Single or Multiple Tooth Extractions 

For straightforward extraction cases, the DentaLOOP therapy device is most commonly deployed postoperatively, though pre-procedural use can reduce baseline inflammation in patients with significant periodontal disease. 

  • Preoperative (optional): Begin DentaLOOP sessions 3–5 days before the procedure, twice daily, 15 minutes per session. Particularly beneficial in patients with active periodontitis or significant gingival inflammation. 
  • Intraoperative: Maintain standard anesthetic protocol with local nerve blocks. Multimodal analgesia — opioid, NSAID, local anesthetic — is still recommended alongside tPEMF therapy. 
  • Postoperative: Begin DentaLOOP sessions as soon as the patient has recovered from anesthesia. Two to four 15-minute sessions daily for the first 3–5 days, then twice daily through the recheck period. 
  • Client instruction: Discharge the device with the patient. The DentaLOOP Bonnet simplifies home use for clients who may struggle with manual positioning. Demonstrate application before discharge. 

Protocol 2: Full-Mouth Extractions 

Full-mouth extractions represent the highest-demand postoperative pain management scenario in veterinary dentistry — and the clinical context where the DentaLOOP therapy device offers the most meaningful benefit. 

  • Preoperative: Begin DentaLOOP therapy 5–7 days prior to the procedure when possible, twice daily. Pre-procedural tissue treatment reduces baseline inflammation and may support better postoperative tissue response. 
  • Intraoperative: Regional nerve blocks are essential. Full multimodal protocol including opioid intraoperatively; NSAID and additional systemic analgesia per patient assessment. 
  • Postoperative in-clinic: Initiate DentaLOOP session in recovery. Continue four times daily while hospitalized, if applicable. 
  • Postoperative at home: Three to four sessions daily for the first 5–7 days, then twice daily for two to three weeks. Use the DentaLOOP Bonnet to facilitate consistent, stress-free home application. 
  • NSAID tapering: tPEMF therapy may support earlier NSAID tapering in patients who respond well — assess at the 5–7 day recheck and adjust analgesic protocol accordingly. 

Protocol 3: Chronic Inflammatory Conditions (FCGS, CUPS, Eosinophilic Granuloma Complex) 

Chronic oral inflammatory conditions require a long-term management mindset. The DentaLOOP® therapy device is well-suited to this role because it can be used continuously without the cumulative organ risks associated with prolonged NSAID or corticosteroid use. 

  • Induction phase: Three to four sessions daily for the first two weeks, 15 minutes per session. 
  • Maintenance phase: Twice daily sessions ongoing. Reassess comfort, appetite, and oral examination findings at 30-day intervals to evaluate response. 
  • Integration with other therapies: The DentaLOOP device is compatible with concurrent pharmacological management. In FCGS cases where immunosuppressive therapy is ongoing, tPEMF therapy may allow for dose reduction over time as inflammation improves — work with an internal medicine specialist when adjusting immunosuppressive protocols. 
  • Client education: Frame DentaLOOP therapy as a long-term component of the oral health management plan, not a short-course treatment. Consistent client adherence is essential to sustained benefit. 

Protocol 4: Orofacial Surgery and Oral Tumor Resection 

Major oral surgical procedures involve significant tissue trauma and extended postoperative pain burden. The DentaLOOP therapy device supports tissue healing and pain modulation throughout the recovery period characteristic of these cases. 

  • Preoperative: Begin DentaLOOP therapy 5–7 days before surgery when the oncologic timeline allows. 
  • Postoperative: Four times daily for the first week, then three times daily through suture removal or wound recheck. Continue twice daily as needed based on clinical assessment. 
  • Wound healing support: Position the device to cover the surgical site during each session. The tPEMF signal penetrates tissue and does not require direct contact with the wound. 
Smiling veterinarian holding a happy mixed-breed dog with mouth open during a dental health exam at a veterinary clinic

Ready to integrate the Assisi DentaLOOP into your dental protocols? 
Learn more at assisi.zomedica.com/dentaloop  •  Contact us 

Practice Integration: What to Expect 

Adopting a new modality into clinical workflow raises practical questions. The DentaLOOP therapy device is designed to minimize implementation friction — for your team and your clients. 

Staff Training and Workflow 

The DentaLOOP requires minimal staff training. Application is straightforward: position the device around the muzzle or facial area, initiate the 15-minute session, and allow the automatic shutoff to complete the treatment. The DentaLOOP Bonnet simplifies positioning for recovery monitoring and reduces the need for staff to remain with the patient during treatment. 

Most practices integrate the DentaLOOP device into their existing post-extraction recovery protocol without significant workflow disruption. The device can be initiated in the recovery area and sent home with the patient, creating continuity between in-clinic and at-home care. 

Client Communication 

Client buy-in is straightforward when the value is framed clearly. Key messages that resonate: 

  • The DentaLOOP device helps manage pain and inflammation through a non-drug mechanism, which is particularly valuable for patients who have had adverse reactions to medications or who are on complex drug regimens 
  • It does not replace medications — it works alongside them, with the goal of achieving better comfort with less pharmacological burden 
  • Home use is simple: the DentaLOOP Bonnet allows for hands-free application with no special handling required 
  • Practices implementing the DentaLOOP device report improved client confidence in postoperative care and fewer distress-related callbacks in the days following dental procedures, based on practitioner feedback 

Elevating Veterinary Dental Pain Management 

Veterinary dentistry demands pain management solutions that do not force a choice between efficacy and safety. The DentaLOOP therapy device addresses both — delivering clinically validated anti-inflammatory and analgesic effects through a non-pharmacological mechanism that is compatible with every stage of the dental patient’s treatment, from preoperative tissue preparation through long-term chronic condition management. 

As the only targeted PEMF device specifically configured for the nitric oxide signaling pathway and backed by over 15 years of clinical validation in veterinary medicine, the DentaLOOP device offers practitioners confidence in both mechanism and outcomes. Integration requires minimal staff training, fits into existing workflows, and extends the quality of care your practice can offer to dental patients across the full spectrum of complexity. 

The result is better patient comfort, stronger client confidence, and a multimodal pain management approach that works harder for your patients — and your team. 

©2026 Zomedica Inc. All rights reserved.  DENTALOOP® is a registered trademark of Zomedica Inc. 

Disclaimer: The information provided on this blog is for general informational and educational purposes only. It is not intended as medical advice and should not be used as a substitute for professional medical guidance. Always consult a qualified healthcare provider before making any healthrelated decisions. 

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Shock Wave & PEMF Therapy for Dogs: Evidence-Based Rehabilitation Protocols 

Veterinary rehabilitation has evolved beyond traditional physical therapy. Today, PulseVet® shock wave therapy and Assisi LOOP® targeted pulsed electromagnetic field (tPEMF™) therapy provide evidence-based alternatives for chronic tendinopathies, osteoarthritis, and post-operative recovery. 

These non-invasive modalities offer repeatable, well-tolerated interventions with objective outcome data—transforming treatment for cases where surgery carries excessive risk or owners seek conservative management. 

What Is Shock Wave Therapy for Dogs?

Shock wave therapy delivers high-velocity acoustic waves that penetrate deep tissues to stimulate cellular healing. Originally developed for kidney stone treatment in humans, the technology now addresses chronic musculoskeletal conditions in veterinary patients. 

Therapeutic effects include: 

  • Increased regional blood flow and angiogenesis 
  • Upregulation of growth factors (VEGF, TGF-β, BMP) 
  • Mechanical disruption of calcifications and fibrotic tissue 
  • Reduction of inflammatory mediators 
  • Accelerated tissue healing 

Focused vs. Radial Shock Wave: Critical Differences

Focused Extracorporeal Shock Wave Therapy (ESWT) offers superior veterinary applications: 

  • Adjustable penetration depth (5-40mm+) for anatomical precision 
  • Targeted wave pattern for specific tissue planes 
  • 90%+ of patients tolerate awake treatment 
  • Patient feedback identifies exact pain localization 
  • Minimal noise and discomfort 

Radial Pressure Wave Therapy has significant limitations: 

  • Cannot target specific tissue depths 
  • Strongest at skin surface with diverging pattern 
  • Louder operation requiring ear protection 
  • More painful for patients 
  • Less common in veterinary practice 

Bottom line: Focused ESWT provides targeted electromagnetic pulses and keeps patients comfortable, resulting in optimal clinical outcomes. 

PulseVet® Therapy: Modern Focused Technology

The PulseVet® shock wave XTrode™ system addresses limitations that previously made shock wave therapy challenging: 

Key features: 

  • Electrohydraulic technology with broad focal zone 
  • Energy and pulse controls on handpiece (no foot pedals) 
  • Minimal acoustic amplitude and noise 
  • 3-5 minute treatment sessions 
  • 90%+ patient tolerance while awake 

Clinical advantages: 

  • Real-time patient feedback enables precise targeting 
  • Equal or superior outcomes versus older sedation-requiring systems 
  • Improved scheduling efficiency and client acceptance 
  • Dogs naturally indicate exact pathology location through response 

Treatment technique: Apply generous coupling gel, part hair (clipping usually unnecessary), position probe perpendicular to tissue. Start at lower energy, increase until patient shows awareness, then reduce slightly for optimal comfort and targeting. 

Assisi LOOP® Targeted PEMF Therapy

Assisi LOOP® tPEMF™ therapy delivers Assisi LOOP® tPEMF™ therapy delivers targeted electromagnetic pulses that work at the cellular membrane level to promote healing. Backed by decades of FDA-cleared use in human medicine since the 1970s, PEMF technology is now transforming veterinary care—accelerating post-operative recovery and providing effective chronic pain management for pets. 

Therapeutic effects: 

  • Enhanced nitric oxide production and vasodilation 
  • Improved tissue oxygenation and nutrient delivery 
  • Upregulation of anti-inflammatory cytokines 
  • Accelerated wound healing 
  • Modulation of pain signaling pathways 

Treatment options: 

The portable Assisi LOOP® device positions electromagnetic coils over treatment areas for 15-minute sessions. Home therapy capability improves owner compliance. Treatment penetrates casts, bandages, and bedding without removal—a significant advantage over cold therapy. 

Assisi LOOP® Lounge beds provide continuous electromagnetic field therapy during rest, examinations, and rehabilitation exercises with integrated orthopedic support. 

Evidence-Based Clinical Applications: Shock Wave and Targeted PEMF Therapy

Studies demonstrating the success of both extracorporeal shock wave therapy and targeted PEMF therapy abound.

Elbow Dysplasia and Osteoarthritis

Force plate studies document objective improvements with PulseVet shock wave therapy: 

  • Increased peak vertical force in treated limbs 
  • Improved vertical impulse measurements 
  • Enhanced gait symmetry indices 
  • Sustained improvements 8-12 weeks post-treatment 

Protocol: Target entire joint in three dimensions with focus on medial compartment. Deliver 500-1,000 pulses per session at energy level E3-E5. Repeat every 2-3 weeks for 2-5 treatments. Consider maintenance every 1-3 months during competition season. 

Shoulder Tendinopathies

Biceps tendinopathy, supraspinatus tears, and infraspinatus calcification respond to combined ESWT, shoulder hobbles (4-6 weeks), home Assisi LOOP therapy, optional PRP, and controlled rehabilitation. 

Treatment technique: Position forelimb in external rotation to expose biceps tendon. Palpate to confirm probe placement. Awake treatment allows optimal limb positioning for precise targeting. 

Surgery remains indicated for complete ruptures or cases unresponsive to 4-6 treatments. 

Lumbosacral Disease

Ohio State University research demonstrated statistically significant decreases in lumbosacral pain (validated by Canine Brief Pain Inventory) and lameness using deeper penetration probes (35-40mm), higher energy flux density (0.3 mJ/mm²), and bilateral paraspinal treatment. 

Working dogs, service dogs, and sporting breeds with cauda equina syndrome respond particularly well, offering valuable conservative option for extending working careers. 

Chronic Tendinopathies

Performance and working dogs benefit from ESWT’s ability to stimulate tissue remodeling and restore viscoelastic properties. Common applications include Achilles tendinopathy, digital flexor injuries, iliopsoas strain, and chronic biceps inflammation. 

Many agility competitors benefit from monthly “tune-up” treatments during competition seasons to maintain function. 

Post-Operative Recovery with Assisi LOOP Therapy

NC State University randomized controlled trial (n=16) in dogs following thoracolumbar hemilaminectomy provided Level 2 evidence: 

  • Improved pain pressure thresholds (p<0.05) 
  • Enhanced proprioceptive placing scores 
  • Decreased pain assessment scores 
  • Zero adverse effects 

Animal Medical Center study found superior wound healing in Assisi LOOP therapy group (p<0.05), with controls requiring analgesics 1.8x more frequently. Additional benefits included reduced edema and earlier ambulation. 

PulseVet Shock Wave Protocol

Parameters: 

  • Pulse count: 500-1,000 per session 
  • Energy level: E1-E5 (titrated to patient response) 
  • Penetration depth: Select probe based on target tissue (5-40mm) 
  • Treatment duration: 3-5 minutes per area 
  • Frequency: Every 2-3 weeks 
  • Series: 2-5 treatments for initial response 

Patient preparation: Apply generous coupling gel, part hair, position for anatomical access. Most patients tolerate awake treatment. 

Post-treatment: Mild soreness possible 24-48 hours. Transient lameness occasionally seen, resolves within 24 hours. 

Assisi LOOP Therapy PEMF Protocol

Post-operative (acute phase): 15-minute sessions every 2 hours for 2 weeks, then twice daily for weeks 3-6. Apply over bandages/casts. 

Chronic pain management: 15-minute sessions twice daily. Pre-exercise application enhances circulation; post-exercise reduces inflammation. 

Owner compliance advantage: 15-minute sessions provide structured time for passive ROM and manual therapy, improving overall program adherence. 

Safety and Contraindications

ESWT safety profile: Excellent, with reactions in <5% of patients (mild discomfort, temporary erythema, transient soreness). 

Absolute contraindications: 

  • Active infection at treatment site 
  • Known neoplasia in treatment field 
  • Open growth plates 
  • Acute inflammatory phase 
  • Immune-mediated polyarthropathies 

Assisi LOOP therapy contraindications: 

  • Cardiac pacemakers (absolute) 
  • Hemangiosarcoma in treatment field (relative) 

Key Takeaways

PulseVet shock wave therapy and Assisi LOOP tPEMF therapy provide evidence-based treatment for canine musculoskeletal conditions: 

✓ Objective force plate improvements in weight-bearing and gait 

✓ Conservative management for chronic tendinopathies and OA 

✓ Post-operative adjunct reducing complications (Level 2 evidence for Assisi LOOP therapy) 

✓ 90%+ patients tolerate PulseVet shock wave awake 

✓ Excellent safety profiles with minimal contraindications 

✓ Home therapy options improving owner compliance 

✓ Compatible with multimodal rehabilitation protocols 

Proven applications: 

  • Elbow dysplasia and osteoarthritis (force plate-validated) 
  • Shoulder tendinopathies and chronic tendon injuries 
  • Lumbosacral disease (CBPI-validated pain reduction) 
  • Post-operative recovery (randomized controlled trial evidence) 
  • Coxofemoral arthritis 

Success factors: Accurate imaging diagnosis, appropriate patient selection, multimodal protocol integration, objective outcome documentation, realistic client communication. 

Modern focused systems like PulseVet therapy eliminate previous barriers—sedation requirements, excessive noise, patient discomfort—making shock wave therapy a practical, repeatable intervention for chronic musculoskeletal conditions. 

Ready to expand your rehabilitation services? Contact our team to discuss PulseVet shock wave and Assisi LOOP PEMF integration, equipment options, and staff training. 

© 2025 Zomedica Inc. All rights reserved. PulseVet and Assisi are registered trademarks of Zomedica Inc. 

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