Anderson et al: Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Veterinary Surgery 2, 2025

🔍 Key Findings

  • Study Design: Cadaveric model using four large-breed dogs with 10x10 cm full-thickness wounds at four locations (shoulder, thorax, flank, thigh).
  • Configurations Tested: Diagonal, opposite, parallel, and perpendicular placements of wound infusion catheter and JP drain.
  • Fluid Retrieval:
    • No significant difference by configuration (p = .92) or location (p = .32).
    • Perpendicular configuration had the highest mean retrieval (11.35 mL, 56.8% of instilled volume).
    • Flank location had the lowest retrieval (7.2 mL, 35.9%).
  • Surface Area Coverage:
    • Parallel configuration achieved the highest SA coverage (83.4% ± 11.6%, p < .01).
    • Perpendicular was lowest.
  • Leakage:
    • No difference in leakage between configurations (p = .74) or locations (p = .10).
    • Leakage commonly occurred at drain or catheter entry points (93.8% of wounds).
  • Conclusion: Parallel drain configuration optimized fluid dispersion. Infusion-retrieval systems may allow for topical therapy delivery in closed wounds.
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model
Application and influence of four drain configurations on fluid dispersal and retrieval in a cadaveric canine wound infusion-retrieval system model

Simini Surgery Review Podcast

How critical is this paper for crushing the Boards?

🚨 Must-know. I’d bet on seeing this.

📚 Useful background, not must-know.

💤 Skip it. Doubt it’ll ever show up.

Thanks for the feedback!
We'll keep fine-tuning the articles vault.
Oops — didn’t go through.
Mind trying that again?