What's New — Hand Therapy — April 2026¶
12 new articles published this month.
Themes: Orthotic and Assistive Device Innovation · Peripheral Nerve Injuries and Compression · Rehabilitation Interventions and Clinical Outcomes · Ergonomics and Kinematics
Digest generated 2026-05-09 03:58:53+00:00.
Highlights¶
Orthotic and Assistive Device Innovation¶
This theme highlights recent advancements in orthotic design and assistive technologies for hand therapy. Research includes the development of a new sling for brachial plexus injury [3], extension gloves for children with epidermolysis bullosa [6], and an automated custom finger orthosis for virtual therapy [7]. Additionally, studies evaluate 3D-printed relative motion orthoses compared to traditional thermoplastic tape [8]. These innovations aim to improve patient function, comfort, and accessibility to care through novel materials and digital integration.
Peripheral Nerve Injuries and Compression¶
Articles in this cluster focus on the diagnosis, management, and epidemiology of peripheral nerve conditions. A systematic review emphasizes the critical importance of identifying red flags in elbow pain to prevent missed diagnoses [9]. Another study provides an educational guide for recognizing ulnar nerve compression [4]. Furthermore, an analysis of 20 years of emergency department data explores the presentation and trends of median, radial, and ulnar nerve injuries [10]. These resources support clinicians in improving early detection and comprehensive care for nerve pathologies.
Rehabilitation Interventions and Clinical Outcomes¶
This theme covers specific therapeutic interventions and their effects on clinical outcomes. A study examines the impact of compressive tissue flossing on lateral elbow tendinopathy in service members [1]. Another systematic review evaluates the effectiveness of proprioceptive training for thumb carpometacarpal osteoarthritis [12]. Additionally, research on thermal changes following distal radius fractures provides insight into post-injury physiology [5]. Finally, a study investigates how real-time visual feedback influences force development during grip tasks [11], offering evidence for biofeedback strategies in rehabilitation.
Ergonomics and Kinematics¶
This single-article theme addresses the biomechanical aspects of hand movement and potential risk factors for musculoskeletal disorders. The article analyzes the movement patterns of the wrist and metacarpal joints in spatial planes during typing [2]. By establishing a foundation for kinematic risk factors, this research contributes to understanding how repetitive tasks may contribute to hand disorders, informing ergonomic interventions and preventive strategies in clinical practice.
Articles by Theme¶
Orthotic and Assistive Device Innovation (4)¶
3. Gushikem A, de Mendonça Cardoso M, Baldassin V, et al. Development of a new sling for improving function in people with brachial plexus injury: A mixed cohort. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2025.12.019
This mixed-cohort study developed and evaluated a new sling designed to improve function in individuals with brachial plexus injury. The results indicate that the new sling enhances functional outcomes compared to standard care. This device represents a promising therapeutic tool for optimizing rehabilitation and daily living activities in patients with brachial plexus injuries.
6. von Gunten M, Folly P, Vögelin E, et al. Development and evaluation of extension gloves for children with recessive dystrophic epidermolysis bullosa: A case report. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2026.01.002
A case report describes the development and evaluation of extension gloves for children with recessive dystrophic epidermolysis bullosa. The gloves were designed to address specific functional and dermatological challenges associated with the condition. This intervention demonstrates potential for improving hand function and quality of life in pediatric patients with this rare genetic disorder.
7. Miles D, Tadesse Y. Design and feasibility testing of an automated custom finger orthosis for virtual therapy. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2026.01.004
This study designed and conducted feasibility testing of an automated custom finger orthosis for use in virtual therapy. The results indicate that the device is feasible for integration into virtual rehabilitation environments. This technology offers a novel approach to enhancing engagement and precision in finger rehabilitation through virtual reality platforms.
8. Okumuş FS, Sığırtmaç İC, Arslan ÖB, et al. The development of a 3D-printed relative motion orthosis and field testing of 3D and thermoplastic tape relative motion orthoses. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2026.02.005
This study developed a 3D-printed relative motion orthosis and compared its performance against 3D and thermoplastic tape relative motion orthoses through field testing. The findings highlight the potential of 3D-printed devices to offer customized and effective orthotic solutions. Clinicians may consider 3D-printed orthoses as a viable alternative for managing specific hand conditions requiring relative motion support.
Peripheral Nerve Injuries and Compression (3)¶
4. Romano AC, Chenowith A, Holden C, et al. Hiding in plain sight: A provider's educational guide to recognizing ulnar nerve compression. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2025.12.022
This article serves as an educational guide for healthcare providers to recognize ulnar nerve compression, often referred to as 'hiding in plain sight.' It emphasizes the importance of accurate diagnosis to prevent missed or delayed treatment. Clinicians are encouraged to utilize this guide to improve their clinical reasoning and early detection of ulnar neuropathies.
9. Rossi F, Cioeta M, Palatini A, et al. The importance of identifying red flags in patients with elbow pain: A systematic review. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2026.02.009
This systematic review emphasizes the critical role of recognizing red flags in clinical assessments for patients presenting with elbow pain. The findings highlight that early identification of serious underlying conditions is essential to prevent misdiagnosis and ensure appropriate management.
10. Boroumand S, Ajjawi I, Gu E, et al. Exploring 20 years of peripheral nerve injuries of the upper extremity: An analysis of median, radial, and ulnar nerve injuries presenting to US emergency departments. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2026.02.012
This study analyzed two decades of data on upper extremity peripheral nerve injuries, specifically median, radial, and ulnar nerve injuries, presenting to US emergency departments. The analysis provides insights into the epidemiology and trends of these injuries, informing emergency care protocols and resource allocation.
Rehabilitation Interventions and Clinical Outcomes (4)¶
1. Elam JE, Haugen TA, Culley KA, et al. The effects of a compressive tissue flossing program on the symptoms of lateral elbow tendinopathy in U.S. service members. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2025.12.007
This study evaluated the efficacy of a compressive tissue flossing program on symptoms of lateral elbow tendinopathy in U.S. service members. The findings suggest that this intervention may effectively reduce pain and improve function in this specific population. Clinically, compressive tissue flossing offers a viable non-invasive treatment option for managing lateral elbow tendinopathy in military personnel.
5. Sakurai T, Yamazaki H, Abe Y, et al. Thermal changes and clinical outcomes following distal radius fractures: A study on heat production. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2026.01.001
This study investigated thermal changes and clinical outcomes following distal radius fractures, focusing on heat production during the healing process. The findings correlate thermal variations with clinical recovery metrics, providing objective data on tissue healing. Understanding these thermal patterns can aid clinicians in monitoring fracture healing and adjusting rehabilitation protocols accordingly.
11. Saavedra-Barbosa HM, Uygur M, de Freitas PB. Real-time visual feedback of exerted force does not affect maximal grip force but influences rate of force development. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2026.02.014
This study investigated whether real-time visual feedback of exerted force impacts maximal grip force and the rate of force development in hand therapy. Results indicate that while visual feedback does not alter maximal grip force, it significantly influences the rate of force development, suggesting its utility in specific rehabilitation contexts.
12. Eapen C, Aggarwal V, Thomas DT, et al. Effectiveness of proprioceptive training in patients with thumb carpometacarpal osteoarthritis: A systematic review. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2026.02.015
This systematic review evaluated the effectiveness of proprioceptive training interventions for patients diagnosed with thumb carpometacarpal osteoarthritis. The findings suggest that proprioceptive training may offer benefits for functional outcomes, supporting its inclusion as a therapeutic option in clinical practice.
Ergonomics and Kinematics (1)¶
2. Ito T, Kokubun T. The movement patterns of the wrist and metacarpal joints in spatial planes during typing as a foundation of possible kinematic risk factor of hand musculoskeletal disorders. Journal of Hand Therapy 2026. doi:10.1016/j.jht.2025.12.011
Researchers analyzed the movement patterns of the wrist and metacarpal joints in spatial planes during typing to identify potential kinematic risk factors for hand musculoskeletal disorders. The study provides a foundational understanding of how specific joint motions contribute to repetitive strain injuries. These insights can inform ergonomic interventions and preventive strategies for individuals engaged in prolonged typing activities.