This composite educational graphic illustrates clinical mobility tests and biomechanical principles of the shoulder joint complex, specifically the Stenvers shoulder examination. Panels A-D are clinical photographs showing a practitioner performing manual assessments on a male subject. These include end-range flexion and abduction maneuvers with specific hand placements on the scapula, humerus, and acromioclavicular region to evaluate joint play and movement quality. Panels E-H provide corresponding anatomical diagrams. E compares lateral scapular positioning at end-range flexion between normal (left) and restricted (right) states, showing increased protraction in the latter. F details clavicular motion, contrasting normal posterior/dorsocranial trajectories (bold) with restricted movement patterns. G illustrates scapular posterior tilting during the terminal phase of flexion, and H depicts the associated motion of the cervicothoracic junction and spinal column. The content is designed for musculoskeletal physical therapy and orthopedic education, focusing on scapulohumeral rhythm, clavicular kinematics, and the identification of restricted range of motion in shoulder pathology.

Clinical photograph showing two specific orthopedic physical examination maneuvers performed for shoulder pathology. Image (a) demonstrates Speed's test, which evaluates the long head of the biceps tendon; the participant has the right arm extended anteriorly with the forearm supinated, while the left hand applies downward resistance at the distal forearm/wrist. Image (b) illustrates a modification of the Hawkins-Kennedy impingement test, used to assess for subacromial impingement; the participant's right arm is flexed to 90 degrees at the shoulder with the elbow also flexed to 90 degrees, and the arm is internally rotated. These images represent telerehabilitation or self-administered physical examination techniques where the patient uses their own limbs or surrounding environment to recreate provocative orthopedic tests. The anatomical focus is the glenohumeral joint and associated musculotendinous structures. Educational context includes musculoskeletal assessment, physical therapy, and telemedicine clinical reasoning.

Clinical procedural photograph demonstrating physical examination techniques for assessing posterior shoulder tightness. The image is divided into two panels (a and b), showing a patient in the supine position on an examination table. In panel (a), the Combined Abduction Test (CAT) is shown: the examiner uses one hand to stabilize the lateral border of the scapula while the other hand passively abducts the patient's arm toward the head to check for restricted range of motion. In panel (b), the Horizontal Flexion Test (HFT) is depicted: the examiner maintains scapular stabilization while passively adducting the patient's arm across the torso toward the contralateral shoulder. These maneuvers are typically used in sports medicine and orthopedics to identify posterior capsule or muscle tightness, which are clinical indicators often associated with shoulder impingement or throwing-related overhead injuries. The examiner's hand placement is critical in both tests to prevent compensatory scapular motion, ensuring the assessment reflects true glenohumeral joint flexibility.

A clinical photograph depicting a physical examination of the shoulder joint in a medical or rehabilitative setting. An examiner is shown using a digital pressure algometer to quantify the pressure pain threshold (PPT) at the acromioclavicular (AC) joint of a seated patient. Three specific anatomical landmarks on the anterior and superior shoulder are indicated by black circular markers: the coracoid process, the AC joint, and the anterolateral subacromial area. The image demonstrates a standardized diagnostic procedure often used in the assessment of musculoskeletal conditions such as adhesive capsulitis (frozen shoulder) or subacromial impingement syndrome. The focus is on the correct placement of the algometer and the topographical identification of myofascial or articular trigger points for clinical evaluation of pain sensitivity and joint pathology.

Educational clinical photograph compilation illustrating physical examination maneuvers for shoulder assessment. The content is organized into four main sections: 1. Shoulder (Basics): Highlights the deltoid region with a green overlay and a red dot indicating the acromioclavicular joint (ACJ). 2. Modified Scarf Test: Demonstrates cross-body adduction to assess ACJ pathology, featuring a blue directional arrow and a red dot at the ACJ. 3. Glenohumeral Joint Assessment: Displays the patient in neutral, external rotation (highlighted in green for normal range of motion), and internal rotation (highlighted in red for restricted or abnormal motion). 4. Modified Hawkins Test: Shows two variations for impingement assessment—a vertical approach with the arm abducted to 90 degrees and internally rotated, and a horizontal approach with the arm adducted across the midline. Blue arrows indicate the direction of force and rotation. This resource uses a color-coding convention where green overlays typically represent normal findings or anatomical target zones, and red signifies potential pathology or restricted range of motion. It is designed for clinical training and telemedicine frameworks.

A composite of four clinical photographs demonstrating the clinical assessment of passive range of motion (PROM) of the shoulder joint. The series illustrates standardized physical examination techniques: (a) measurement of glenohumeral abduction with the patient standing and the examiner stabilizing the scapula; (b) assessment of external rotation with the patient supine and the shoulder in 90 degrees of abduction; (c) measurement of internal rotation in the supine position; and (d) functional assessment of internal rotation with the 'hand behind back' maneuver. In panels a, b, and c, a gravity-referenced inclinometer (Plurimeter-V) is utilized to objectively quantify the joint angles. The inclinometer is shown placed along the humerus, distal to the shoulder joint, to capture the angular displacement from the vertical or horizontal reference. This image serves as an educational guide for orthopedic and physical therapy practitioners in the assessment of shoulder pathologies such as adhesive capsulitis or rotator cuff disorders.