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Advanced Diagnostics

Fluoroscopy

&nbsp;Fluoroscopy: Real-Time Imaging for Advanced ProceduresWhat is Fluoroscopy?Fluoroscopy is an advanced imaging technology that acts like a <strong...

Surgical procedure for Fluoroscopy

CT & MRI Imaging

Laboratory Pathology

Procedure Overview

 Fluoroscopy: Real-Time Imaging for Advanced Procedures

What is Fluoroscopy?

Fluoroscopy is an advanced imaging technology that acts like a “live X-ray video.” Unlike traditional X-rays, which produce a single static image, fluoroscopy provides continuous, real-time imaging of your pet’s internal structures. This allows our specialists to see organs, blood flow, and medical devices in motion—making it an essential tool for guiding delicate, minimally invasive procedures with unmatched precision.

For Pet Parents: A Live-Action Look Inside

Think of fluoroscopy as a GPS system for our surgeons. It lets us navigate inside your pet’s body safely, without large incisions, and with greater accuracy.

Fluoroscopy is especially valuable for:

  • Correcting breathing issues: Guiding the placement of a tracheal stent to open a collapsed windpipe.
  • Fixing heart defects: Delivering a tiny device to correct congenital heart conditions, such as PDA (Patent Ductus Arteriosus).
  • Removing foreign objects: Safely guiding instruments to remove items stuck in the esophagus or stomach.

Because procedures are guided in real time, fluoroscopy means less discomfort, smaller incisions, and faster recovery for your pet.

For Veterinarians: Real-Time Imaging for Complex Cases

For our referral partners, fluoroscopy provides dynamic visualization that is critical for both diagnostics and interventional procedures. This modality enables precision work that simply isn’t possible with standard imaging.

Applications include:

  • Interventional cardiology: Placement of catheters, stents, and occlusion devices in the heart and great vessels.
  • Urology: Guidance for urinary stent placement in ureteral or urethral obstructions.
  • Gastroenterology: Assessment and treatment of esophageal or intestinal motility disorders, strictures, and obstructions.
  • Orthopedics: Real-time guidance for the reduction and fixation of complex fractures.

Our specialists combine fluoroscopy expertise with advanced interventional skills, providing referral support for cases that go beyond the capabilities of most general practices.

Why Choose MaxPetZ for Fluoroscopy?

  • 🩺 Specialist-led interventional team trained in advanced minimally invasive procedures
  • ⚡ State-of-the-art fluoroscopy suite for high-resolution, real-time guidance
  • 🏥 ICU and surgical support for complex case management
  • 🤝 Collaborative approach with referring veterinarians, including detailed case reports and consultation

FAQs About Fluoroscopy for Pets

Q: Is fluoroscopy safe?

A: Yes. The radiation exposure is minimal and carefully monitored. The benefits of real-time precision far outweigh the risks.

Q: Does my pet need anesthesia?

A: In most cases, yes. Anesthesia keeps your pet still and safe during delicate procedures. Our anesthesia team and ICU provide 24/7 monitoring for maximum safety.

Q: How is fluoroscopy different from X-rays?

A: Traditional X-rays take still pictures. Fluoroscopy creates a continuous moving image, allowing us to guide tools and devices inside the body in real time.

Q: What kinds of conditions can it treat?

A: Fluoroscopy is essential for advanced procedures in cardiology, urology, gastroenterology, and orthopedics—ranging from tracheal stents and PDA occlusions to urinary blockages and complex fracture repairs.

Q: How soon will results be available?

A: Because fluoroscopy is real-time, results are immediate. Reports and recommendations are shared the same day with pet parents and referring veterinarians.

👉 Whether you’re a pet parent looking for less invasive treatment or a veterinarian needing real-time imaging for a complex case, fluoroscopy at MaxPetZ offers the precision and safety needed for advanced care.

When is this procedure recommended?

Severe hip dysplasia
Advanced arthritis
Hip fractures
Avascular necrosis
Failed previous hip surgeries

Procedure Steps

1
Pre-operative assessment and imaging
2
General anesthesia administration
3
Surgical approach to the hip joint
4
Removal of damaged bone and cartilage
5
Implantation of prosthetic components
6
Closure and post-operative monitoring

Recovery Process

Initial 24-48 hours of intensive monitoring
Pain management protocols
Restricted activity for 2-3 weeks
Gradual increase in exercise
Physical therapy sessions
Follow-up X-rays at 6 weeks