When you are done, drop me a note if this course helped you! 🙂
👋 Welcome! + Slides + Textbook + Intro
Slides Updated September 2024:
Orthopaedic Examination Techniques: A Practical Guide ebook
I would have loved to teach you face to face, but maybe we are separated by time and space. 🥲 Nevertheless, I hope you enjoy this course and remember to practice on one another! However, here's my suggested sequence for mastering the physical examinations: Knee ➔ Shoulder → Spine ➔ Hand ➔ Hip (Selective Tests) ➔ Elbow (Selective Tests) ➔ Foot and Ankle (Focus on Inspection)
If you have any questions that need clarification, feel free to message me on Telegram @mokyingren. I'll provide an evidence-based answer to the best of my ability.
🙋♂️ Upper Limb
📹 Bonus Lecture: Shoulder and Elbow PE
🙆♂️ Shoulder PE
Questions I get asked:
While we agree that the test should be done in the plane of the scapula (about 30 degrees adduction), there's debate about the degree of forward flexion: 90 degrees or 30 degrees?
Both methods are acceptable, and you won't be penalized for choosing one over the other. However, it's crucial to justify your choice with evidence and logical reasoning. Personally, I prefer 90 degrees forward flexion, as this aligns with the original test description.
Jobe originally described this test in 1982 using 90 degrees forward flexion.
In 1996, Kelly referred to the Jobe test as the "empty can test." Interestingly, her study found that the "full can test" better isolated the supraspinatus.
Since the supraspinatus initiates abduction, testing at 30 degrees may better isolate its activity while reducing deltoid involvement.
(Note that this approach is a modification of the original Jobe/Empty can test, as it differs from the initial description.)
💪 Elbow PE
Questions I get asked:
🤙 Hand Nerves PE
Median Nerve Ulnar Nerve Radial Nerve Questions I get asked:
- Saturday Night Palsy, also known as Honeymooner’s Palsy is a form of radial neuropathy that occurs from inadvertent compression of the nerve at the spiral groove of the humerus.
- This means that the triceps muscle will be intact because branches of the radial nerve that supply the triceps muscle originate before the spiral groove.
- The other muscles distally will be affected.
🏃 Lower Limb
🦿 Hip PE
Questions I get asked:
- The most intuitive is when you are standing facing the patient’s face is to place them in this manner:
- Thumbs at bilateral ASIS
- Middle fingers at bilateral GT
- Index finger drop down perpendicular from ASIS
- Follow the scenario here in this patient:
- Step 1, patient lies supine. And in his natural state, we measure his Apparent Limb Length from the umbilicus / xiphisternum to the medial mealleolus. Here we measure a ALLD of 5cm.
- Step 2, We square the pelvis. The adduction contracture becomes apparent now because the leg is unable to be abducted and swings to the other side!
- We now need to place the normal leg in the same position as the leg with adduction contracture
- Step 3, when we measure the True Limb Length from the ASIS to the Medial malleolus (third picture), we see that the limb lengths are equal.
🦵 Knee PE
📹 POV (Point-of-View) Examination Videos
Questions I get asked:
- Terminology for knee effusion tests is not consistent in the literature. "Ballotment" has also been called the "cross fluctuance test."
- By convention, it is accepted to mention them in the following sequence.
- Fluid bulge test for small effusions
- Cross fluctuance (ballotment test) for moderate effusions
- Patella Tap test for Large effusions
No, this is not always true. Consider the following:
- In an exam setting, where a patient is unlikely to have a massive acute effusion, a negative fluid bulge test might allow us to skip the other two tests.
- However, in a clinical setting, this may not be the case. With moderate to large effusions, the fluid bulge test might be negative because the joint capsule is too distended for the test to be executed effectively. Therefore, if an effusion is suspected during inspection, one should thoroughly proceed with the other tests as necessary.
🦶 Foot and Ankle PE
- The Foot and Ankle Examination is the most diverse and, consequently, the most challenging to teach and execute. This variety means that if it appears in exams, examiners may have differing approaches. Therefore, it's essential to focus on the fundamentals.
- In undergraduate exams, if this topic appears, most marks will likely be awarded for inspection and correctly diagnosing the deformity. While you're unlikely to be asked to perform special tests, it's reasonable to expect questions about the rationale behind these tests.
- My videos are comprehensive and designed for completeness. They're executed at a postgraduate level. As such, you won't be expected to perform examinations in your exams with the same level of detail I demonstrate at the undergraduate level.
- IMPORTANT: Refer to the master framework while watching all videos. Some segments—such as General Inspection while sitting, Grind test, Silfverskiöld test, and gross neurovascular assessment—are repeated in the explanation videos. Feel free to skip these portions, though they're included to maintain the flow and reinforce key concepts.
- There are four conditions, each with two accompanying videos: a detailed explanation and a quick run-through. These conditions are Pes Planus, Hallux Valgus (often associated with Pes Planus), Pes Cavus, and Hallux Rigidus.
Pes Planus Hallux Valgus Pes Cavus Hallux Rigidus Questions I get asked:
Nil
🏋️♀️Spine
💆♂️ Cervical Spine PE
Questions I get asked:
Nil
🏌️♂️ Lumbar Spine PE
Questions I get asked:
- The correct understanding is that the Lesague’s test is equivalent to the Straight Leg Raise Test. https://www.ncbi.nlm.nih.gov/books/NBK539717/
- The Bragard’s Sign/ Test is: ”After lowering the leg, passive dorsiflexion of the foot increases root tension and reinforces a positive straight leg raise.”