Palpation is an assessment skill, not magic fingers. Use anatomy, position and movement to test whether the structure under your hand is the one you think it is.
| Landmark | What it helps you find | Caution |
|---|---|---|
| Spine of scapula / acromion | Trapezius, deltoid, supraspinatus/infraspinatus regions | Do not confuse bone with “tight tissue.” |
| Medial scapular border | Rhomboid region, serratus relationship, scapular motion | Do not force beneath scapula. |
| Inferior angle scapula | Scapular orientation; latissimus/teres relationships | Position changes scapular location. |
| ASIS | Sartorius, TFL region, pelvic orientation | Communicate before palpating near anterior hip. |
| Greater trochanter | Gluteal and deep lateral-rotator region | Direct bone pressure may be uncomfortable. |
| Ischial tuberosity | Proximal hamstrings | Sensitive region. Draping and consent matter. |
| Patella / tibial tuberosity | Quadriceps tendon/patellar ligament and knee orientation | Do not aggressively compress symptomatic knee structures. |
| Fibular head | Biceps femoris insertion; lateral leg orientation | Common fibular nerve is vulnerable nearby. |
| Medial/lateral malleoli | Ankle tendon orientation | Tarsal-tunnel structures lie posterior to medial malleolus. |
Deltoid: locate acromion, then ask for gentle shoulder abduction. Biceps: elbow flexion plus supination helps distinguish it from brachialis. SCM: gentle contralateral head rotation makes the ipsilateral SCM easier to identify, but avoid indiscriminate anterior-neck pressure. Tibialis anterior: dorsiflexion with inversion confirms the muscle lateral to the tibial crest. Fibularis longus/brevis: eversion helps identify the lateral compartment. Hamstrings: gentle knee flexion can clarify posterior-thigh tendons while you protect the popliteal fossa.
Palpation can describe qualities such as temperature, tissue resistance, tenderness, swelling or movement. Those observations do not automatically establish a medical diagnosis, “adhesion,” toxin accumulation, nerve entrapment or structural lesion. Document what you actually observed and what the client reported.
For each assigned muscle, the student should identify a bony landmark, locate the target, demonstrate one confirming action, name its major action and innervation, and identify the closest relevant endangerment site.