High-Power Laser Therapy for Postoperative Rehabilitation of Radial-Ulnar Fracture

Introduction

Feline radial-ulnar fractures occur in the radial and ulnar diaphyses of cats. Little Roll, an Abyssinian cat, sustained a left forelimb radial-ulnar fracture after a fall. Laser therapy served as a key non-invasive treatment during postoperative rehabilitation, providing:

• Significant pain and inflammation relief
• Enhanced drug absorption
• Improved local blood circulation
• Accelerated post-surgical recovery

This case demonstrates the application of Vetmedix Veterinary Laser in fracture rehabilitation.

1. Case Presentation

Patient Details:

• Name: Little Roll
• Weight: 3 kg
• Breed: Abyssinian
• Age: 1 year
• Sex: Male
• Condition: Acute
• Medical History: None
• Presenting Complaint: Left forelimb radial-ulnar fracture

2. Diagnosis

Diagnostic Workup:

• Biochemistry, Blood Profile, Blood Gases & Fluorescence SAA
• Diagnostic DR Imaging

Findings:
Confirmed left forelimb radial-ulnar fracture.

Therapeutic equipment：VETMEDIX-MAX

3. Treatment Protocol

Treatment Dates: February 1-8, 2025
Sessions: 8 total (1/day)

• First 5 sessions: Custom mode
• Final 3 sessions: Program mode

Parameters:

• Custom Mode: 30W power, 10% duty cycle, 1kHz frequency, 5min duration
• Program Mode: Acute-Musculoskeletal-Light Color-3kg preset

Application Technique:
Non-contact small handpiece used in sweeping motions over the affected limb.

Equipment:
Vetmedix High Power Laser

4. Treatment Outcomes

Short-Term Recovery:

After 8 days of hospitalization and laser therapy:

• Rapid pain reduction post-first session
• Progressive restoration of mobility
• No infection observed during follow-ups
• Successful suture removal with minimal scarring

Long-Term Monitoring:

Regular radiographic follow-ups confirmed recovery

Stable vital parameters

5. Case Conclusions

Key Findings:

1. Vetmedix laser therapy effectively:
   
   
   • Reduced inflammation and pain
   • Accelerated tissue healing
   • Shortened recovery time versus traditional methods
2. Photobiomodulation (PBM) technology:
   
   
   • Enhanced natural healing via improved circulation
   • Provided non-invasive postoperative care
3. Clinical outcome:
   
   
   • Faster return to normal activity
   • No adverse effects observed

6. Attending Physician

Dr. Liu Yufei
Attending Veterinarian, YCP Pet Hospital

Professional Background:

• National Licensed Veterinarian
• Committed to advancing pet healthcare technologies