Aims & Scope

International Journal of Digital Rehabilitation and Therapy

International Journal of Digital Rehabilitation and Therapy (IJDRT) is an international scientific peer-reviewed journal, published  in electronic format.

  • The articles in this journal are published OPEN ACCESS (OA) exclusively in English
  • IJDRT will be published in 2 issues (June and December) from 2025.
  • Ethical Committee Approval in Research: "ETHICAL COMMITTEE APPROVAL” must have been obtained for all disciplines, this approval must be specified and documented in the article.
  • "iThenticate" document is mandatory for article submission (Maximum15%).

 

  • Aims

The aim of the International Journal of Digital Rehabilitation & Therapy is to promote the creation, use, and comprehension of digital technology in therapy and rehabilitation. With an emphasis on the use of technology in healthcare settings to improve patient outcomes, accessibility, and personalized treatment, the journal offers a forum for interdisciplinary research and innovation.

  • Scope

The journal covers a wide range of topics, including but not limited to

  1. Neurological Conditions

 Neurological conditions often result in long-term impairments requiring extensive rehabilitation. Digital tools, such as virtual reality, robotics, and tele-rehabilitation platforms, provide scalable and customizable solutions for motor, cognitive, and functional recovery.

  1. Musculoskeletal Disorders

Musculoskeletal conditions are among the leading causes of disability worldwide. Digital interventions like wearable devices and biofeedback tools can enhance physical therapy, track progress, and empower patients to manage chronic pain and post-injury recovery effectively.

  1. Cardiopulmonary Conditions

Cardiopulmonary rehabilitation programs benefit from remote monitoring and digital platforms, which can improve adherence, enable real-time feedback, and reach patients in rural or underserved areas.

  1. Mental Health and Behavioral Disorders

 The global mental health burden necessitates scalable, accessible interventions. Digital tools, such as cognitive behavioral therapy apps and VR-based exposure therapy, provide cost-effective solutions to improve mental well-being and manage behavioral disorders.

  1. Pediatric Conditions

Children with developmental or motor coordination challenges benefit from gamified digital therapies that are engaging, adaptive, and suitable for remote learning environments. Early intervention through digital platforms can significantly impact developmental outcomes.

  1. Aging-Related Conditions

 As populations age, addressing cognitive and physical decline becomes a priority. Digital tools like memory training apps, fall detection systems, and exergaming promote independence and quality of life in older adults

  1. Women's Health

Women-specific health issues often require long-term management and specialized care. Digital platforms can provide remote monitoring, tailored exercise programs, and mental health support. For example, mobile apps for pelvic floor exercises or virtual consultations for managing postpartum recovery are already proving effective.

  1. Cancer Rehabilitation

Cancer treatments often leave patients with functional impairments (e.g., mobility issues, lymphedema). Digital rehabilitation tools like virtual physical therapy or AI-guided exercises can support recovery effectively.

  1. Sports Rehabilitation

Digital rehabilitation and therapy transform sports rehabilitation by enhancing efficiency, engagement, and accessibility. Its data-driven approach ensures better outcomes while making recovery a more personalized and motivating experience. This synergy between technology and rehabilitation holds significant promise for both professional athletes and everyday fitness enthusiasts.

  1. Orthosis and Prosthesis

Personalized Care with digital tools enable precise customization, ensuring devices meet the unique anatomical and functional needs of each user. Enhanced Adaptation with real-time feedback, users can quickly adapt to prostheses and orthoses, improving their functional outcomes.