Back to Blog

Fibrocartilaginous Embolism (Spinal Stroke) in Dogs: Vet’s 2025 Guide to Diagnosis, Recovery & Care 🧠🐾

  • 131 days ago
  • 5 min read
Fibrocartilaginous Embolism (Spinal Stroke) in Dogs: Vet’s 2025 Guide to Diagnosis, Recovery & Care 🧠🐾

    In this article

Fibrocartilaginous Embolism (Spinal Stroke) in Dogs: Vet’s 2025 Guide to Diagnosis, Recovery & Care 🧠🐾 

By Dr. Duncan Houston BVSc

Hello—I’m Dr Duncan Houston BVSc, veterinarian and Ask A Vet founder. FCE is a sudden spinal stroke caused when fibrocartilage from an intervertebral disc blocks blood flow to a part of the spinal cord. Though alarming, many dogs recover well with supportive care and rehabilitation. In this vet‑approved guide, I cover:

  • What FCE is and how it happens
  • Which dogs are most at risk
  • Common clinical signs and how it differs from disc herniation
  • Diagnostic methods—especially MRI
  • Supportive care and rehab strategies
  • Prognosis and long‑term outlook
  • Tools from Ask A Vet for tracking recovery milestones

1. What Is FCE?

FCE is an ischemic spinal cord injury—essentially a spinal stroke. Fibrocartilage from an intervertebral disc enters spinal vessels, blocking blood supply and causing sudden dysfunction in the affected spinal segment.


2. Who Is at Risk?

  • Common in large and giant breeds—German Shepherds, Irish Wolfhounds—but also seen in small breeds like Miniature Schnauzers and Shelties.
  • Typically affects young to middle‑aged dogs (median 3–6 yrs), though any age may be affected.
  • Often triggered by mild trauma or vigorous exercise, sometimes even just normal activity.

3. Signs of FCE

  • Sudden onset of weakness or paralysis—often in one limb or one side of the body.
  • Often asymmetrical, and typically non‑progressive—symptoms stabilize within 12–24 hrs.
  • Initial pain or yelp at onset, but usually pain subsides soon after.
  • No worsening after onset—key difference vs. disc herniation.

4. Diagnosing with MRI

Diagnosis is best confirmed with MRI or less commonly CT/myelography. MRI shows characteristic intramedullary hyperintensity without compressive lesions. Advanced diffusion‑weighted MRI increases early detection accuracy.


5. Supportive Care & Rehab

  • Hospitalize acutely—provide padded rest and bladder care as needed.
  • Encourage movement early with harness, sling, or cart to prevent muscle atrophy.
  • Physiotherapy: stretching, massage, muscle stimulation, hydrotherapy improve recovery.
  • Recovery typically begins in 3–7 days, but full neurological healing may take weeks to months.

6. Prognosis

  • Most dogs improve significantly—about 84% regain mobility, especially with intact deep‑pain perception.
  • Prognosis is poorer if there is complete paralysis and loss of deep‑pain.
  • Recurrence is rare, and the long‑term outlook is good with ongoing rehab.

7. Ask A Vet Tools for Recovery

  • Log mobility milestones, bladder/bowel control, and exercise tolerance
  • Track physiotherapy sessions, hydrotherapy, and daily progress
  • Set reminders for vet check‑ups and rehab appointments

📌 Final Thoughts from a Vet

FCE, while dramatic, often leads to recovery when recognized early and treated with supportive rehab. MRI confirms the diagnosis, and physiotherapy is essential. With Ask A Vet tracking and goal-setting tools, recovery becomes structured, encouraging, and measurable. You and your dog are not alone on the road to regain function. 🐾❤️

© 2025 Dr Duncan Houston BVSc, Ask A Vet founder. Want a rehab plan template, progress tracking charts, or bladder care guide? Just ask!

Dog Approved
Build to Last
Easy to Clean
Vet-Designed & Tested
Adventure-ready
Quality Tested & Trusted
Dog Approved
Build to Last
Easy to Clean
Vet-Designed & Tested
Adventure-ready
Quality Tested & Trusted