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Restoring Standing and Stepping after Spinal Cord Injury: Physiologically-based Control Strategies and Functional Electrical Stimulation Paradigms
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Restoring Standing and Stepping after Spinal Cord Injury: Physiologically-based Control Strategies and Functional Electrical Stimulation Paradigms
Advancements in treatment and rehabilitation strategies have lead to an improvement in the quality of life of individuals with spinal cord injuries.
Restoring Standing and Stepping after Spinal Cord Injury: Physiologically-based Control Strategies and Functional Electrical Stimulation Paradigms
Item #: 53988203

Restoring Standing and Stepping after Spinal Cord Injury: Physiologically-based Control Strategies and Functional Electrical Stimulation Paradigms

Item #: 53988203

NZD 149

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Advancements in treatment and rehabilitation strategies have lead to an improvement in the quality of life of individuals with spinal cord injuries.
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What Stands Out

Innovative Control Strategies
Utilizes advanced physiologically-based control strategies for restoring standing and stepping, offering an effective approach for individuals recovering from spinal cord injuries.
Comprehensive Paradigms
Integrates functional electrical stimulation paradigms, providing users with diverse methods to enhance mobility, regain independence, and improve quality of life post-injury.
Research-Backed Solutions
Grounded in contemporary scientific research, ensuring that techniques and strategies presented are effective and tailored to meet the needs of spinal cord injury survivors.

Product Details

Discover the comprehensive guide to restoring mobility after spinal cord injury. Buy the 1st Edition of Restoring Standing and Stepping after Spinal Cord Injury from Ubuy, a leading Cook Islands.
  • Addresses the impact of spinal cord injury (SCI) on independence and self-image
  • Presents advancements in treatment and rehabilitation strategies for individuals with SCI
  • Focuses on developing functional electrical stimulation (FES) techniques for restoring standing and stepping after SCI
  • Highlights the use of intraspinal microstimulation (ISMS) as a centrally applied FES technique
  • Discusses the development of physiologically-based control strategies and stimulation paradigms based on natural systems
  • Provides insight into the neural control of locomotion through conducted studies
Publisher VDM Verlag
Publication date June 7, 2009
Edition 1st
Language English
Print length 140 pages
ISBN-10 9783639156447
ISBN-13 978-3639156447
Item Weight 7.2 ounces (204.12 grams)
Dimensions 5.91 x 0.32 x 8.66 inches (15 x 0.8 x 22 cm)

Who Should Buy?

Suitable For
  • Rehabilitation Professionals

    Physical therapists and rehabilitation experts can utilize this book to enhance therapeutic strategies for spinal cord injury patients.

  • Medical Researchers

    Researchers exploring innovative treatments for spinal cord injuries will find valuable insights and data in this comprehensive resource.

  • Patients and Caregivers

    Individuals recovering from spinal injuries and their caregivers can gain knowledge about available treatment options and recovery methodologies.

Not Suitable For
  • General Public

    This book contains specialized content that may be challenging for those without a medical or rehabilitation background.

Product Description

Restoring Standing and Stepping after Spinal Cord Injury: Physiologically-based Control Strategies and Functional Electrical Stimulation Paradigms

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Customer Questions & Answers

  • Question: What is the main focus of 'Restoring Standing and Stepping after Spinal Cord Injury'?

    Answer: 'Restoring Standing and Stepping after Spinal Cord Injury' focuses on innovative physiologically-based control strategies and functional electrical stimulation (FES) paradigms aimed at restoring mobility for individuals with spinal cord injuries. The book delves into the science of neurorehabilitation and how targeted stimulation can facilitate improved standing and stepping abilities. These approaches are vital for enhancing independence and quality of life for patients. Professionals in rehabilitation and therapy can apply these insights during patient treatment planning, leading to the development of personalized rehabilitation regimens.
  • Question: Who should read this book?

    Answer: This book is ideal for a diverse audience, including physical therapists, rehabilitation specialists, medical professionals, and researchers focusing on spinal cord injuries. It serves as a comprehensive resource that provides detailed insights into cutting-edge control strategies and FES techniques. By understanding these methodologies, clinicians can incorporate innovative practices into their treatment protocols, promoting better outcomes for their patients. Furthermore, students and academics in fields related to neurorehabilitation will find it a valuable reference for current research trends and applications.
  • Question: What are the core concepts covered in this book?

    Answer: Core concepts include the physiological underpinnings of movement restoration post-injury and practical applications of functional electrical stimulation. The book elaborates on various control strategies that leverage neural pathways and muscle activation to re-enable mobility. It combines theoretical frameworks with clinical insights, making it a crucial resource for understanding how to effectively implement rehabilitation techniques. For practitioners, this could translate into more effective patient therapies and improved patient outcomes in clinical settings.
  • Question: How does functional electrical stimulation (FES) work?

    Answer: Functional electrical stimulation (FES) works by delivering electrical impulses to activate paralysed muscles. This technique promotes voluntary movements, such as standing or walking, by stimulating key muscle groups involved in these actions. The book explores various FES paradigms and their effectiveness in rehabilitation settings. Clinicians can utilize FES to help patients regain muscle function, improve coordination, and enhance mobility, ultimately aiding their journey towards independence after spinal cord injury.
  • Question: What are the potential benefits of applying the strategies discussed in the book?

    Answer: Applying the strategies from this book offers several benefits, including improved muscle strength, enhanced motor control, and increased independence for individuals with spinal cord injuries. By using physiologically-based approaches and FES, clinicians can provide more targeted and effective rehabilitation. Benefits can also extend to psychosocial aspects, as improved mobility contributes to greater self-efficacy and confidence in patients. Consequently, the book could radically transform rehabilitation practices and patient quality of life.
  • Question: Can these strategies be adapted for home use?

    Answer: Yes, many of the strategies discussed in the book can be adapted for home use, provided that patients are guided by healthcare professionals. Adaptations may include specific exercise routines utilizing FES devices that patients can employ daily. This accessibility allows patients to engage in regular rehabilitation outside traditional clinical settings, enhancing their long-term recovery prospects. Hence, this book serves as a practical guide that empowers patients to take an active role in their rehabilitation.
  • Question: What advancements in technology are highlighted in the book?

    Answer: The book highlights several advancements in technology such as recent innovations in electrical stimulation devices, software algorithms for movement tracking, and application of robotic-assisted therapies. These technologies have dramatically improved the precision and personalisation of rehabilitation strategies. By integrating these advancements, professionals can provide tailored treatments that enhance recovery. For instance, tracking patient progress through advanced software can allow for real-time adjustments in therapy, optimizing outcomes.
  • Question: Does the book provide case studies or examples?

    Answer: Yes, the book includes various case studies and real-world examples that showcase the application of the discussed strategies and paradigms. These case studies illustrate the outcomes of implementing physiologically-based control strategies and FES in clinical settings. By examining these scenarios, readers can better understand the practical implications of the theories explored and how they can manifest in actual patient experiences, making it easier to relate to their own practices.
  • Question: What unique approaches are integrated in this book?

    Answer: This book uniquely integrates physiological principles with advanced technological applications, such as real-time monitoring and individualized feedback. The integration of these strategies enables practitioners to design comprehensive rehabilitation programs tailored to the specific needs of individuals with spinal cord injuries. Such an approach is crucial in addressing diverse patient scenarios effectively, ultimately enhancing therapeutic interventions and supporting better recovery outcomes.
  • Question: Where can I buy 'Restoring Standing and Stepping after Spinal Cord Injury'?

    Answer: You can buy 'Restoring Standing and Stepping after Spinal Cord Injury: Physiologically-based Control Strategies and Functional Electrical Stimulation Paradigms 1st' at Ubuy. Ubuy provides a user-friendly platform allowing you to browse and purchase this insightful resource conveniently. As a trusted e-commerce provider, Ubuy ensures a seamless shopping experience with comprehensive product information to help you make informed decisions.

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Pros

  • Effective rehabilitation strategies
  • Innovative electrical stimulation techniques
  • Comprehensive and well-researched
  • User-friendly for diverse patients
  • Supports improved mobility and function

Cons

  • May require professional guidance for best results.

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NZD 149

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Features & Benefits

  • Spinal cord injuries have a significant impact on independence and self-image.
  • Improvements in treatment and rehabilitation have improved the quality of life.
  • Physiological systems and rehabilitative devices are presented.
  • Functional electrical stimulation (FES) techniques are being developed for restoring standing and stepping after SCI.
  • Intraspinal microstimulation (ISMS) is highlighted as a promising FES technique.
  • The studies described here have advanced the development of a FES system for restoring standing and stepping after SCI.

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