Following a brief overview of the history of splint fabrication and the advances in the splinting and orthotics arena, an anatomical review of hand structures and landmarks will be performed. Types of splints as well as the variety in thermoplastic materials and characteristics will be presented in preparation for additional courses within this series. This course is Part 1 of a 4-part series on static splinting.

In this course, types of pre-cut, pre-formed and sheet-based splint fabrication techniques are explored as well as a comparison between volar and dorsal-based approaches. A detailed demonstration of four types of forearm-based wrist orthotics are presented, including radial gutter/thumb spica splints, dorsal and volar wrist cock-ups, and functional position with an intrinsic plus modification option. This course is Part 2 of a 4-part series on static splinting.

This course is meant to give an overview of juvenile idiopathic arthritis. Furthermore, the goal is to assist occupational therapists in understanding and treating children with this heterogeneous condition.

Types of pre-cut, pre-formed and sheet-based splint fabrication techniques are explored as well as video demonstration of the fabrication of a hand-based thumb spica, finger gutter and MP joint blocking splints. In addition, the application and use of a spring finger extension splint, oval 8 splints as well as static progressive finger flexion and extension splints are discussed.

This course will present material that will help you better understand thoracic outlet syndrome. You will develop evaluation and treatment strategies to address the issue associated with the thoracic outlet syndrome.

This course will introduce the concepts associated with use of electrical stimulation in functional treatments, including equipment and parameter selection and modification.

Occupational therapists play a vital role in the management of upper extremity burn injuries for patients during their acute care stay. This course will focus on basic anatomy, burn classification, and appropriate evaluation and interventions during the early phases of wound healing for maximum functional recovery.

Therapeutic intervention for the resolution of elbow stiffness. Joint and soft tissue mobilization, therapeutic exercise and occupation-based interventions to prevent and resolve elbow stiffness are presented. Orthotic principles for prevention and resolution of elbow stiffness are reviewed.

This course begins with an in-depth overview of the anatomy and mechanics of traumatic brachial plexus injury, possible nerve transfers, and delves into the role of OT in evaluating and monitoring the progress of recovery. Additionally, it highlights treatment priorities and techniques that may be helpful in the rehabilitation of this patient population.

The unique anatomy and physiology of the elbow joint are explored in the context of contracture development. Contributions of neurological mechanisms of bicipital co-contraction and shoulder girdle substitution to elbow stiffness are elucidate as are implications for therapy management.