The Disease Du Jour 179: Diagnosing and Managing Equine Soft Tissue Injuries with Dr. Kara Brown
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In this episode of Disease Du Jour, host Carly Sisson interviews Dr. Kara Brown, an assistant professor of equine sports medicine and rehabilitation at Penn Vets New Bolton Center, about the diagnosis, management, and long-term care of equine soft tissue injuries. Dr. Brown explains the pathophysiology of tendon and ligament injuries, emphasizing that most result from chronic repetitive strain rather than acute trauma, leading to degeneration, inflammation, and eventual structural damage. She outlines common injury sites—particularly the flexor tendons, suspensory ligament, and deep digital flexor tendon—and discusses key risk factors such as speed, age, conformation (e.g., long toe-low heel), metabolic diseases like Cushing’s, and discipline-specific demands. The episode covers a comprehensive diagnostic approach, highlighting ultrasound as the primary field tool, with MRI and PET scans used for more complex or subtle cases. Dr. Brown details early management strategies including cryotherapy, anti-inflammatory medications, and controlled exercise, stressing the importance of balancing rest with functional loading to promote proper healing. She highlights the transformative impact of regenerative therapies like PRP and autologous mesenchymal stem cells, which improve tissue quality and reduce re-injury rates. Additional modalities such as shockwave therapy and class 4 laser are discussed for their evidence-backed benefits in healing and pain relief. The role of farrier collaboration through biomechanical shoeing (e.g., wedge shoes) is emphasized as critical for reducing strain on injured structures. The conversation concludes with long-term management strategies, including modified training, performance risk assessment, and owner education to detect early signs of re-injury, as recurrent injuries often follow a downward spiral in prognosis.
Tendon and ligament injuries are primarily due to chronic repetitive strain, not acute trauma, leading to degeneration and inflammation.
Early detection relies on owner-reported performance issues and subtle clinical signs, as lameness may not correlate with injury severity.
Ultrasound is the gold standard in the field, but MRI and PET scans are essential for diagnosing subtle or inaccessible injuries.
Regenerative therapies like PRP and stem cells significantly improve healing quality and reduce re-injury rates.
Controlled exercise (e.g., hand walking) is superior to strict stall rest, as it promotes proper collagen alignment and functional recovery.
…and 3 more takeaways available in PodZeus
Introduction to Equine Soft Tissue Injuries and Dr. Kara Brown
Host Carly Sisson introduces Dr. Kara Brown, an expert in equine sports medicine and rehabilitation at Penn Vets New Bolton Center, and outlines the episode's focus on diagnosing and managing tendon and ligament injuries in horses.
Pathophysiology and Risk Factors of Soft Tissue Injuries
Dr. Brown explains how repetitive strain leads to tendon degeneration and inflammation, with risk factors including speed, age, conformation (e.g., long toe-low heel), metabolic disease (e.g., Cushing’s), and discipline-specific demands.
Clinical Signs and Diagnostic Approaches
The episode covers subtle and overt clinical signs of injury, including swelling, heat, and lameness, and details the diagnostic process—starting with physical exam and blocking, then progressing to ultrasound, MRI, and PET scans for complex cases.
Early Management and Regenerative Therapies
“We now have a really large base of literature supporting the use of intralesional injections with regenerative therapies... improving actually the quality of the repair tissue and decreasing re-injury rates.”
Rehabilitation Modalities and Farrier Collaboration
“Ferrier Reed plays a really big role... because you can alter the biomechanics of the foot to decrease strain on certain tendons and ligaments.”
“We now have a really large base of literature supporting the use of intralesional injections with regenerative therapies... improving actually the quality of the repair tissue and decreasing re-injury rates.”
“Re-injuries are certainly going to decrease the functional, you know, a larger area of disease, decreased function of the types of healing tissue that are in there.”
“Ferrier Reed plays a really big role... because you can alter the biomechanics of the foot to decrease strain on certain tendons and ligaments.”
Host
Guest
Dr. Kara Brown
person
Ultrasound
other
Platelet-Rich Plasma (PRP)
other
Deep Digital Flexor Tendonitis
other
Penn Vets New Bolton Center
organization
Suspensory Ligament Desmitis
other
Autologous Mesenchymal Stem Cells
other
Shockwave Therapy
other
MRI
other
Cushing's Disease
other
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