Dog Swallowed a Fishing Hook with Sausage — Minimally Invasive Removal Using Veterinary Endoscopy

Dog Swallowed a Fishing Hook with Sausage — Minimally Invasive Removal Using Veterinary Endoscopy

Summary

Foreign body ingestion is one of the most common emergency conditions in dogs. Among them, fishhooks are especially dangerous because of their sharp barbed structure, which can easily injure the esophagus or stomach.

Dog Swallowed a Fishing Hook with Sausage — Minimally Invasive Removal Using Veterinary Endoscopy

Foreign body ingestion is one of the most common emergency conditions in dogs. Among them, fishhooks are especially dangerous because of their sharp barbed structure, which can easily injure the esophagus or stomach.

This case demonstrates how a portable veterinary endoscope enabled the safe and minimally invasive removal of a swallowed fishhook from a dog’s stomach, avoiding open surgery and allowing rapid recovery.

Case Background

  • Species: Dog
  • Gender: Female

Chief Complaint

The owner’s child was fishing outdoors, and the dog followed along. Unfortunately, the dog accidentally swallowed a fishhook baited with sausage.

Because fishhooks are sharp and barbed, there was significant risk of:

  • ▪️Esophageal injury
  • ▪️Gastric perforation
  • ▪️Internal bleeding
  • ▪️Emergency surgical complications

▪️Immediate intervention was required.

Clinical Challenge

Fishhooks are particularly difficult foreign bodies because:

  • ▪️The hook may embed into the stomach lining
  • ▪️Blind pulling can cause perforation
  • ▪️Traditional surgery is invasive and stressful

▪️Accurate visualization and controlled extraction are essential for safe removal.

Endoscopic Foreign Body Removal Procedure

The veterinary team performed gastrointestinal endoscopy using the JeetVet RAE-105 portable veterinary endoscope.

  • Endoscope inserted through the esophagus
  • Continuous air insufflation for clear visualization
  • Examination of the esophagus and stomach
  • Identification of the fishhook inside the stomach
  • Careful endoscopic extraction through the oral cavity

Endoscopic Examination Findings

Figure 1: Cardia

The endoscope passed smoothly through the gastroesophageal junction.

Canine endoscope

Figure 2: Pylorus

Examination of the pyloric region confirmed no additional obstruction.

Canine endoscope

Figure 3: Gastric Fundus — Fishhook Identified

The fishhook was clearly visualized in the gastric fundus.

Canine endoscope

Figure 4: Fishhook Removal

The foreign body was carefully grasped and safely removed.

Canine endoscope

Why Endoscopy Was Critical

1. Minimally Invasive

Endoscopy avoided abdominal surgery and significantly reduced tissue trauma.

2. Precise Visualization

Direct visualization enabled accurate localization of the fishhook before removal.

3. Reduced Risk of Injury

Controlled extraction minimized the risk of perforation and bleeding.

4. Faster Recovery

Compared with surgery, the dog experienced a much faster recovery process.

Portable Veterinary Endoscope vs Traditional Endoscope

Parameter JeetVet RAE-105 Traditional Endoscope
Outer Diameter 5.8 mm 6–10 mm
Instrument Channel 2.0 mm 2.0 mm or 2.4 mm
Working Length 1000 mm 1000 mm
Image Quality 720P 720P
Field of View 120° 120°
Articulation 360° continuous rotation 4-direction control
Connectivity Supports phone and computer Dedicated processor required
Learning Curve Easy to use (~5 minutes) Long training required
ROI Fast return on investment Typically 2–3 years

Clinical Value of Veterinary Endoscopy

Compared with traditional surgery, veterinary endoscopy offers:

  • ▪️Reduced patient trauma
  • ▪️Lower complication risk
  • ▪️Faster recovery
  • ▪️Improved clinical efficiency

▪️Portable veterinary endoscope systems also provide:

  • ▪️Easy adoption for clinics
  • ▪️▪️Multi-functional clinical applications
  • ▪️Better cost-performance ratio
Canine endoscope

Conclusion

Fishhook ingestion can quickly become a life-threatening emergency in dogs.

With modern veterinary endoscopy, dangerous gastric foreign bodies can often be removed safely and minimally invasively, avoiding surgery while dramatically improving patient recovery and clinical outcomes.