Surgical Quick Fire

Surgical Quick Fire Real Cases. Real Learning. Real Surgeons.

Daily clinical cases, surgical questions, anatomy pearls, radiology challenges and exam preparation for MRCS, MSRA and FRCS candidates.

06/09/2026

🤖🦵 Robotic-Assisted Knee Replacement

How does robotic technology help during a Total Knee Replacement?

It assists the surgeon with 3D planning, precise bone preparation, implant positioning, and knee balancing—helping achieve accurate alignment tailored to the patient’s anatomy.

❓ Would you choose robotic-assisted knee replacement if it were recommended for you?

A) Yes 👍
B) No
C) I’d trust my surgeon’s recommendation

👇 Comment your answer!

🎓 For educational purposes only.

04/09/2026

🩺 SURGICAL QUICK FIRE 🔥

🦴 EPCAT III — Aspirin vs Rivaroxaban after Joint Replacement

The research question:
After total hip or knee arthroplasty, is aspirin alone as effective as 5 days of rivaroxaban followed by aspirin for preventing symptomatic VTE?

📊 Trial:
• 5,429 patients
• Randomised controlled trial
• THA/TKA
• Aspirin 81 mg daily vs rivaroxaban 10 mg daily × 5 days → aspirin

🎯 OUTCOME:
Symptomatic VTE
➡️ Aspirin: 0.48%
➡️ Rivaroxaban → Aspirin: 0.45%

✅ Aspirin was NON-INFERIOR.

🧠 QUICK FIRE TAKEAWAY:
Aspirin alone ≈ Rivaroxaban × 5 days → Aspirin
for symptomatic VTE prevention in the studied arthroplasty population.

⚠️ This does NOT mean aspirin is automatically appropriate for every arthroplasty patient—individual VTE/bleeding risk and local guidelines still matter.

Educational content only — not individual medical advice”

📚 REFERENCE:
Shivakumar et al., EPCAT III Trial. N Engl J Med. Published 12 July 2026.
PMID: 42437501 | DOI: 10.1056/NEJMoa2603649

25/08/2026

🦴 MODERN TOTAL HIP REPLACEMENT (THR) — DO YOU KNOW THE COMPONENTS?

Have you ever wondered what a modern Total Hip Replacement (THR) implant actually looks like and how all the different parts work together? 🤔

A THR is not just one implant — it is a carefully engineered system made up of several components:

🔹 Femoral Stem – sits inside the femur and provides the foundation for the femoral component.

🔹 Femoral Head – attaches to the stem and acts as the new “ball” of the hip joint.

🔹 Acetabular Shell/Cup – is positioned within the acetabulum and provides the new socket.

🔹 Polyethylene or Ceramic Liner – sits inside the acetabular cup and provides the bearing surface for the femoral head.

🔹 Taper Junction – connects the femoral head securely to the femoral stem.

🔄 HOW DOES IT WORK?

The femoral stem is fixed within the femur, while the femoral head articulates smoothly inside the acetabular liner.

Together, these components recreate the ball-and-socket mechanism of the hip, allowing movements such as flexion, extension, abduction, adduction and rotation.

🎥 In this realistic 3D animation, watch the THR components enter the surgical field one by one, see how they connect, and finally see how the complete implant moves inside the hip.

❓ QUIZ:
Which component forms the new “ball” of the hip joint?

A️⃣ Femoral stem
B️⃣ Acetabular cup
C️⃣ Femoral head
D️⃣ Polyethylene liner

👇 Comment your answer!

📚 IMPORTANT: This animation and post are for educational and information purposes only. They are intended to explain the basic components and principles of Total Hip Replacement and are not a substitute for professional medical advice, diagnosis, or treatment.

25/08/2026

🦵 TOTAL KNEE REPLACEMENT — DO YOU KNOW WHAT’S INSIDE?

Have you ever wondered what actually happens inside your knee after a Total Knee Replacement (TKR)?

A modern knee replacement is made up of several carefully designed components that work together to recreate smooth knee movement:

🔹 Femoral Component – replaces the damaged surfaces of the end of the thigh bone (femur).

🔹 Tibial Baseplate – sits on the top of the shin bone (tibia) and provides the foundation for the tibial component.

🔹 Polyethylene Insert – sits between the femoral component and tibial baseplate, providing a smooth bearing surface and helping distribute load.

🔹 Patellar Component – replaces the damaged underside of the kneecap and works with the femoral trochlear groove.

🔄 HOW DOES IT WORK?

When you bend and straighten your knee, the metal femoral component moves smoothly over the polyethylene insert, while the patella glides within the trochlear groove.

Together, these components are designed to provide stability, smooth movement and improved knee function.

🎥 Watch the 3D animation to see each component enter the field one by one, how they fit together, and how the completed knee moves.

❓ QUIZ:
Which component acts as the main bearing surface between the femoral component and tibial baseplate?

A️⃣ Femoral component
B️⃣ Polyethylene insert
C️⃣ Tibial baseplate
D️⃣ Patellar component

👇 Comment your answer!

📚 IMPORTANT: This video and post are for educational and information purposes only. They are intended to help explain the basic concepts of Total Knee Replacement and are not a substitute for professional medical advice, diagnosis, or treatment.

15/08/2026

🦴 WHO REALLY NEEDS A TOTAL SHOULDER REPLACEMENT?

Not everyone with shoulder pain needs surgery.

Total Shoulder Replacement (Total Shoulder Arthroplasty) may be considered when a patient has:

🔹 Severe shoulder arthritis — significant cartilage loss and joint damage
🔹 Persistent pain — pain that continues despite appropriate non-surgical treatment
🔹 Significant stiffness — difficulty with everyday movements such as dressing, reaching, or lifting
🔹 Loss of function — shoulder problems substantially affecting daily activities and quality of life
🔹 Failure of conservative treatment — physiotherapy, activity modification, medications and injections have not provided adequate relief
🔹 Suitable shoulder anatomy and rotator cuff function — important factors when considering an anatomic total shoulder replacement

⚠️ Important: Having arthritis on an X-ray alone does not automatically mean you need a shoulder replacement.

The decision depends on the combination of symptoms, clinical examination, imaging, functional limitation, patient expectations and overall health.

💡 Anatomic Total Shoulder Replacement is generally designed to restore the shoulder’s natural ball-and-socket anatomy. In patients with significant rotator cuff deficiency, a reverse shoulder replacement may be a more appropriate option.

🎥 Watch the animation to understand how a total shoulder replacement works.

Have you been told you need a shoulder replacement? What symptoms are you experiencing?

Educational content only. This does not replace an individual assessment by an orthopaedic surgeon.

15/08/2026

🦵 Total Knee Replacement: When Should Mobilisation Start?

After a Total Knee Replacement (TKR), early mobilisation is an important part of recovery.

🚶 Mobilisation should usually begin on the day of surgery or as soon as it is safe to do so, depending on the patient’s medical condition and local protocol.

Why early mobilisation matters:

✅ Reduces the risk of venous thromboembolism (DVT/PE)
✅ Helps prevent postoperative stiffness
✅ Promotes muscle activation and recovery
✅ Improves confidence with walking
✅ Helps patients return home sooner
✅ Supports early functional recovery

Patients are typically encouraged to:
➡️ Sit out of bed
➡️ Stand with assistance
➡️ Walk with an appropriate walking aid
➡️ Gradually increase walking distance
➡️ Begin prescribed knee exercises and physiotherapy

⚠️ Important: Mobilisation should be individualised according to pain, stability, medical status and the surgeon/physiotherapy team’s advice.

🦿 TKR recovery starts with movement — safely, progressively and early.

📌 Save this post for your orthopaedic learning!

13/08/2026

🦿 TOTAL KNEE REPLACEMENT — Restoring Motion. Relieving Pain.

What happens after the damaged knee has been replaced?

In a Total Knee Replacement, damaged joint surfaces are replaced with carefully engineered components that recreate the function of the knee joint.

🔹 Femoral component — replaces the damaged femoral surface
🔹 Tibial baseplate — provides a stable foundation
🔹 Polyethylene insert — creates a smooth bearing surface between the components
🔹 Precise alignment — allows controlled, stable knee movement

In this animation, watch the completed knee move from full extension to approximately 90° of flexion, demonstrating the smooth articulation of the prosthetic components.

🎥 A simplified 3D visualization of the final result of Total Knee Replacement.

💬 Did you know how these three main components work together to restore knee movement?

📌 Save this video for later and follow for more orthopaedic surgery & implant education.

Educational medical visualization. Actual surgical techniques, implants and biomechanics may vary between patients.

07/08/2026

🦴 TOTAL HIP REPLACEMENT – Acetabular Preparation: The Foundation of a Successful Hip Replacement

🧐 Did you know?

One of the most critical steps in a Total Hip Replacement happens before any implant is inserted.

After the damaged femoral head is removed, the surgeon carefully prepares the hip socket (acetabulum) using sequential hemispherical reamers. Each reamer gradually enlarges the socket while preserving healthy bone and restoring the hip’s natural centre of rotation.

Once the ideal size and orientation are achieved:
✅ A porous-coated titanium acetabular cup is implanted with a secure press-fit.
✅ If additional stability is needed, screws are inserted through the cup into the pelvic bone (ilium) to provide immediate fixation.
✅ Over time, bone grows into the porous surface of the implant, creating long-term biological fixation.

🎯 Proper cup position is essential because it influences:
• Hip stability
• Leg length
• Range of motion
• Implant longevity
• Risk of dislocation and wear

This video demonstrates the acetabular preparation and cup implantation stage of Total Hip Replacement for educational purposes.

❓ Question of the Day

What is the primary purpose of sequential acetabular reaming during Total Hip Replacement?

A. To enlarge the skin incision
B. To prepare a hemispherical socket for stable cup fixation
C. To shorten the femur
D. To insert the femoral stem

💬 Comment your answer below before checking the replies!

👍 Like | 💾 Save | 🔄 Share with someone interested in orthopaedics.

⚠️ Educational content only. This post is intended for medical education and should not be considered personal medical advice.

07/08/2026

🤔 Quick Knee Replacement Quiz!

After a Total Knee Replacement, which implant component acts as the smooth “cushion” between the metal femoral component and the tibial baseplate?

A️⃣ Femoral Stem
B️⃣ Polyethylene Insert
C️⃣ Bone Cement
D️⃣ Patellar Tendon

💬 What’s your answer? Leave A, B, C, or D in the comments!

🎥 Watch my upcoming ultra-realistic 3D animation to discover:
✅ What each implant component looks like
✅ How the implants fit together
✅ How they restore smooth, pain-free movement

📚 Every week I share simple, evidence-based orthopaedic education.

⚠️ Educational purposes only. Always seek advice from a qualified healthcare professional for personal medical concerns.

07/08/2026

🦴 Do You Know the Main Parts of a Total Knee Replacement (TKR)?

Millions of people regain pain-free mobility with knee replacement surgery—but how well do you know the implant itself?

❓Which of the following is a component of a modern Total Knee Replacement?

A️⃣ Femoral Component
B️⃣ Tibial Baseplate
C️⃣ Polyethylene Insert
D️⃣ All of the above

👇 Comment your answer before reading the comments!

🎥 In my next 3D animation, I’ll show each implant component one by one and explain how they work together to restore a smooth, stable knee joint.

💙 Tag someone who would find this interesting!

⚠️ Educational purposes only. This post is not intended as medical advice.

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