Old Nobby- Life Size Functional Shoulder Joint Anatomical Model with Ligaments, US $170 – Picture 0

Old Nobby- Life Size Functional Shoulder Joint Anatomical Model with Ligaments, US $170 – Picture 1

Old Nobby- Life Size Functional Shoulder Joint Anatomical Model with Ligaments, US $170 – Picture 2

Old Nobby- Life Size Functional Shoulder Joint Anatomical Model with Ligaments, US $170 – Picture 3

Old Nobby- Life Size Functional Shoulder Joint Anatomical Model with Ligaments, US $170 – Picture 4

Old Nobby- Life Size Functional Shoulder Joint Anatomical Model With Ligaments

US $170

New York, New York, United States
Jun 9th

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Old Nobby- Life Size Functional Shoulder Joint Anatomical Model with Ligaments, Size 6.5" X 5.5" X 6.5" Plus Presentation Stand 3-Dimensional: All the main anatomical structures of the knee joint can be seen including the femur, fibula, tibia and patella bones; the lateral and medial collateral ligaments; the medial and lateral menisci; the infrapatellar tendon and the insertion of the quadriceps muscles. LIFE LIKE: "Shoulder bones shows the scapula, distal end of the clavicle, humerus. Movements include shoulder flexion,extension, internal rotation, external rotation, abduction, adduction All important ligaments of the shoulder joint and the acromio-clavicular joint" CROSS SECTION of BONES: The model shows a cross section of the bones including the periosteum and spongy bone HUMAN SIZE: As the model is life size you can clearly see all the main anatomical structures of the knee . Approximate 6.5" x 5.5" x 6.5" inches GUARANTEED: Built to last and comes with a 3 year Old Nobby Guarantee so you can count on its durability and life expectancy Old Nobby Anatomical Models increase a patient's exercise compliance and commitment to ongoing treatment by giving them valuable insight into the nature of their condition. The shoulder model is used by clinicians and therapists to illustrate common conditions such as shoulder osteoarthritis, impingement syndrome, rotator cuff dysfunction, A.C. joint strains and osteoarthritis and biceps tendonitis. The model's realistic movements help the practitioner show a patient normal and abnormal shoulder, scapular and A.C. ranges of motion and scapulohumeral rhythm.