Lower Limb Clinic
    Specialist Treatment • 600+ Reviews

    Ultrasound Scanning

    Advanced diagnostic imaging for soft tissue injuries, tendon problems, and joint conditions. Real-time visualisation for accurate diagnosis.

    What is Ultrasound Scanning?

    Musculoskeletal ultrasound is a safe, non-invasive imaging technique that uses high-frequency sound waves to create real-time images of soft tissues, tendons, ligaments, and joints. Unlike X-rays, ultrasound excels at visualising soft tissue structures and can detect problems that other imaging misses.

    At Lower Limb Clinic, we use diagnostic ultrasound as an integral part of our assessment process. Being able to see inside the foot and ankle in real-time helps us make accurate diagnoses, monitor healing, and guide injection treatments with precision.

    Common Symptoms

    • Persistent pain not responding to treatment
    • Swelling or lump that needs investigation
    • Suspected tendon tear or damage
    • Joint pain requiring assessment
    • Foot pain of unknown origin
    • Monitoring healing after injury

    Common Causes

    • Plantar fasciitis and fascial tears
    • Achilles tendinopathy and tears
    • Morton's neuroma
    • Bursitis
    • Ligament injuries
    • Soft tissue masses

    Our Treatment Approach

    Ultrasound scanning is a diagnostic tool that informs our treatment approach rather than being a treatment itself. The information gained helps us understand exactly what's causing your symptoms and plan the most effective treatment.

    Diagnostic Scanning: We can assess tendons (including the Achilles, tibialis posterior, and plantar fascia), identify neuromas, detect bursitis, evaluate joint fluid, and visualise soft tissue masses.

    Dynamic Assessment: Unlike MRI, ultrasound allows us to see structures moving in real-time. We can watch tendons glide, check for impingement during movement, and assess function—not just structure.

    Guided Procedures: Ultrasound ensures our injection therapy reaches exactly the right location, improving accuracy and outcomes.

    What to Expect

    1

    Clinical Assessment

    We'll discuss your symptoms and examine the affected area before scanning to ensure we focus on the right structures.

    2

    Ultrasound Scan

    Gel is applied to the skin and a probe is moved over the area. You'll see the images on screen in real-time. The scan is completely painless.

    3

    Dynamic Testing

    We may ask you to move your foot or toes while scanning to assess tendon function and identify issues that only appear with movement.

    4

    Explanation of Findings

    We'll explain what the scan shows, pointing out any abnormalities and what they mean for your condition.

    5

    Treatment Planning

    Based on the findings, we'll discuss the most appropriate treatment options and next steps for your care.

    "The ultrasound showed exactly what was causing my heel pain—a partial tear in my plantar fascia that had been missed elsewhere. Finally getting the right diagnosis changed everything."

    Andrew K.

    Treated for: Plantar Fascia Tear

    Frequently Asked Questions

    Common questions about Ultrasound Scanning at Lower Limb Clinic.

    Find Your Nearest Clinic

    Get Ultrasound Scanning at our clinic, conveniently located in East Belfast

    Lisburn Road Clinic

    385 Lisburn Road, BT9 7EP

    Mon-Fri: 9am-6pm, Sat: 9am-1pm

    Ormeau Road Clinic

    373 Ormeau Road, BT7 3GP

    Newcastle Clinic

    1 Shimna Road, BT33 0AS

    We serve patients from across Belfast and Northern Ireland including East Belfast, South Belfast, Lisburn, Bangor, Holywood, Newtownards, Dundonald, Carryduff, Hillsborough, and Comber.

    Book Your Assessment

    • 45-60 minute appointments
    • No referral needed
    • 600+ 5-star reviews
    Book Online028 9013 9185

    Treatment Benefits

    • Immediate results during appointment
    • No radiation exposure
    • Completely painless and non-invasive
    • Can assess structures during movement
    • Guides injection therapy precisely
    • Cost-effective compared to MRI