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Advanced Diagnostics

CT-IVU

CT-IVU: Advanced Imaging for the Urinary SystemWhat is a CT-IVU?A CT-IVU (Computed Tomography – Intravenous Urography) is a highly specialized diagnos...

Surgical procedure for CT-IVU

CT & MRI Imaging

Laboratory Pathology

Procedure Overview

CT-IVU: Advanced Imaging for the Urinary System

What is a CT-IVU?

A CT-IVU (Computed Tomography – Intravenous Urography) is a highly specialized diagnostic test that combines a CT scan with an injected contrast dye. This contrast highlights the kidneys, ureters (the tubes connecting the kidneys to the bladder), and bladder, creating detailed 3D images of the urinary system.

Compared to a standard CT or X-ray, a CT-IVU provides superior clarity and precision, making it one of the most advanced tools available for diagnosing urinary tract conditions in pets.

For Pet Parents: A Clear Roadmap to Solve Urinary Problems

If your pet is struggling with chronic urinary infections, blood in the urine, or difficulty urinating, a CT-IVU may be recommended. This advanced test allows our specialists to see every part of the urinary system and pinpoint the exact cause of the problem.

A CT-IVU can help us identify:

  • Kidney or bladder stones causing pain or blockages
  • Masses or tumors within the urinary tract
  • Abnormal ureters that may be blocking urine flow
  • The cause of urinary incontinence

This level of detail is crucial for designing a targeted treatment plan, often avoiding the need for exploratory surgery. The scan is quick and painless, performed under brief general anesthesia so your pet stays still and comfortable.

For Veterinarians: Diagnostic Clarity for Complex Cases

A CT-IVU provides a definitive diagnostic advantage in urogenital cases where traditional contrast radiography may fall short. With high-resolution, multi-phase imaging, it delivers unmatched accuracy for case workups.

Clinical applications include:

  • Evaluating ureteral integrity in suspected trauma or leakage cases
  • Precise stone localization and assessment of their effect on urinary outflow
  • Identifying ectopic ureters, a key cause of congenital urinary incontinence
  • Characterizing and staging masses in the kidneys, ureters, or bladder

All CT-IVU cases at MaxPetZ include a comprehensive written report, along with the option for direct consultation with our specialists. This ensures a collaborative approach to diagnosis and treatment planning.

Why Choose MaxPetZ for CT-IVU?

  • 🩺 Board-certified specialists with advanced imaging expertise
  • Cutting-edge CT technology with multi-phase contrast capability
  • 🏥 Safe, monitored anesthesia for every patient
  • 🤝 Collaborative reporting with referring veterinarians

FAQs About CT-IVU for Pets

Q: Is CT-IVU safe?

A: Yes. The procedure is safe and well-tolerated. The contrast dye is veterinary-approved, and your pet is closely monitored under anesthesia by our critical care team.

Q: Why is CT-IVU better than a regular CT or X-ray?

A: The contrast dye “lights up” the urinary system, giving us a much clearer picture of the kidneys, ureters, and bladder compared to standard imaging.

Q: How long does the procedure take?

A: The scan itself usually takes only a few minutes. Including preparation and recovery, most pets are with us for a few hours.

Q: How quickly are results available?

A: Same-day results for pet parents, with a detailed written report sent to the referring veterinarian within 24 hours.

Q: Which pets need a CT-IVU?

A: Pets with recurrent urinary infections, suspected blockages, blood in urine, incontinence, or trauma to the urinary system are most likely to benefit.

👉 Whether you are a pet parent searching for answers or a veterinarian managing a complex urinary case, CT-IVU at MaxPetZ provides the precision needed for confident diagnosis and effective treatment.

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