Compensatory Movements In Body-Powered And Myoelectric Prosthesis Users During Activities Of Daily Living
Christina Lee, MS
We characterized the compensatory movements involved with transradial body-powered and myoelectric prosthesis use in a wide array of common activities of daily living. Body-powered users exhibited greater trunk lateral lean range of motion compared to myoelectric users in some activities. Movement compensations are likely impacted by additional factors beyond the terminal device actuation method.
Learning Objectives:
- List potential factors that impact compensatory movement strategies observed in upper limb prosthesis users.
- Describe differences in compensatory movement strategies between body-powered and myoelectric prosthesis users.
- Identify objective measures that characterize compensatory movement strategies in upper limb prosthesis users.
Employment And Activity Trends Of Individuals With Upper Limb Difference
Diane J. Atkins, OTR
This study, led by Amputee Coalition is the first of its kind to assess employment implications of prosthetic devices for both people with acquired upper limb loss and congenital upper limb difference. Data indicated that people with congenital upper limb differences are significantly more likely to work full time than people with acquired limb loss. Other assessments and implications are discussed.
Learning Objectives:
- Understand the impact of anxiety and depression on the upper limb amputee.
- Describe the factors that interfere with the early fitting of a prosthesis.
- Identify the employment trends of the upper limb amputee.
Satisfaction With Customizable 3D-Printed Finger Orthoses Compared To Commercial Silverring™ Splints
Natasha Irani, OTD, OTR/L
This presentation will cover (1) an occupational therapy doctoral researcher's process of designing, developing, and prototyping a customizable 3D-printed finger orthosis and (2) results from a comparison study investigating orthotic user satisfaction with the 3D-printed finger orthotic prototype compared to a commercial finger orthosis. Findings from this study may assist practitioners' decision making as they navigate the best orthotic options for individuals with hand conditions while considering orthotic wear compliance and satisfaction.
Learning Objectives:
- At the conclusion of this session, participants will be able to make skilled informed decisions on 3D printing technology and related processes in the field of finger orthotics.
- At the conclusion of this session, participants will evaluate the evidence on orthotic user satisfaction with 3D printed finger orthoses compared to commercial SilverRing™ Splints based on a conducted comparative research study.
- At the conclusion of this session, participants will understand how to design, develop, and prototype a customizable 3D-printed finger orthosis.
The Challenge And Outcome Of A Bilateral Partial Hand With Toe-To-Hand Transfer And Prosthetic Intervention: A Case Study
Diane J. Atkins, OTR
This presentation describes the challenges and functional outcome of an individual with bilateral "palm-only" partial hands. His total independence will be demonstrated following a toe-to hand transfer and bilateral mechanical and myoelectric multi-articulating digits.
Learning Objectives:
- List the partial hand options that are available to an individual with the thumb and all digits amputated.
- Discuss the social and emotional impact of partial hand loss.
- Describe the toe-to-hand transfer procedure.
The Experience Of Those With Partial Hand Loss And The Influence Of Current Technology
Diane J. Atkins, OTR
This presentation captures survey data of users of partial hand prostheses in an effort to describe and document the psychological adjustment and return-to-work outcomes of this population. This study was conducted in order to determine which devices are best suited to not only affect one's emotional well-being, but also create a successful work outcome for these individuals.
Learning Objectives:
- Describe the mental health impact of partial hand loss.
- Identify the impact of prosthetic technology in partial hand loss and its impact upon work.
- Understand the impact of partial hand loss and return to work.