4- Hour Pre-Conference Institutes (ticketed event)

Date: Thursday, October 8, 2026
Time: 7:30 AM to 11:30 AM
Level: Ticketed Event
  • Casting Motion to Mobilize Stiffness (CMMS): Changing the Way We Treat the Stiff Hand

    Description

    CMMS is a treatment technique that was first introduced over twenty years ago as an intervention for the stiff hand. The CMMS treatment technique is now gaining popularity as an alternative to treating the stiff hand. This CMMS preconference presentation discusses the research and brain science which supports the role of the central nervous system in changing the maladaptive movement patterns that develop during hand immobilization and/or trauma. There will also be a casting lab that introduces participants to the principles of plaster casting to promote active redirection of motion in the stiff hand.

    Objectives

    Consider/analyze abnormal movement patterns of the stiff hand when evaluating which patients would benefit from the CMMS technique.

    Integrate cortical remapping concepts using active redirection in treatment of the stiff hand.

    Apply a Plaster of Paris cast for active redirection of motion in the treatment of the stiff hand.

  • Hands On Orthoics

    Description

    This in-person, lab-intensive pre-conference course is designed for clinicians of all skill levels, from beginners to experienced practitioners seeking a refresher or advancement of their skills. Through a blend of focused lecture and guided laboratory practice, participants will develop and refine their orthotic fabrication techniques. Emphasis will be placed on the design and fabrication of static and static progressive orthoses to effectively address tissue restrictions and support functional outcomes. Participants will apply evidence-informed treatment principles for post-surgical and non-surgical conditions commonly encountered in both outpatient and inpatient settings.

    Objectives

    Design and fabricate static and static progressive orthoses to address tissue restrictions based on patient-specific clinical presentations.

    Apply clinical reasoning to select appropriate orthotic interventions and treatment protocols for common post-surgical and non-surgical upper extremity conditions in both inpatient and outpatient settings.

    Demonstrate proficiency in orthotic fabrication techniques, including material selection, fitting, and modification, to optimize patient comfort, function, and outcomes.