About this Research Topic
Proprioception, the hidden hero of human sensory perception, is important in a variety of contexts, including sports, rehabilitation, and healthcare. It is an inbuilt neurological talent that allows us to perceive our body's location, motions, and spatial orientation, and is sometimes referred to as our "sixth sense." Proprioception's multifarious importance is increasingly being recognized across a variety of fields, motivated by the demand for accuracy, control, and injury avoidance. Technology and creative evaluation methodologies are emerging as crucial instruments for unlocking the full potential of proprioception, opening the path for expanded research and practical applications.
Proprioception is the foundation for excellent performance in sports. It enables athletes to master their bodies with grace, improving balance, agility, and coordination. Proprioception is like the conductor's wand for gymnasts, dancers, and martial artists, orchestrating exact motions. This Research Topic sheds light on how proprioception's significant influence extends beyond sports to impact rehabilitation, injury prevention, and recovery. In an older population, when proprioception becomes a significant aspect in maintaining balance and reducing falls, eventually leading to a greater quality of life, research into its function in health and aging is critical.
Technological advancements are transforming our understanding and use of proprioception. Motion capture systems, force platforms, and virtual reality are examples of cutting-edge technology that provide quantitative insights into proprioceptive skills. Wearable sensors in sports training give real-time feedback and data analysis, allowing players to fine-tune their proprioceptive skills. This special issue focuses on how technology is facilitating a better understanding of proprioception and its potential for improving performance and rehabilitation results.
Novel evaluation methodologies are required to properly comprehend the intricacies of proprioception and its ramifications in sports, rehabilitation, and healthcare.
We are open to making a platform for discussion on the following topics:
Neurophysiological Basis of Proprioception: An exploration of the intricate neural mechanisms underpinning proprioception.
Neurophysiological Basis of Proprioception: An exploration of the intricate neural mechanisms underpinning proprioception.
Sensory Feedback Systems in Proprioception
Neuromuscular Control and Proprioception
Proprioception, Developing Brain and Cognitive Function
Psychological Aspects of Proprioception
Proprioception and Aging, Fall Prevention and Chronic Pain Management
Proprioception and Athletic Performance
Proprioceptive Training in Diverse Sports and Physical Therapy
Proprioception, Balance, and Musculoskeletal Injuries
Proprioception and Skill Acquisition
Wearable Technology for Proprioceptive Training and technology-enhanced Rehabilitation
Proprioception in Contact Sports
Proprioceptive Rehabilitation Protocols
Biomechanics, Injury Prevention, and Proprioception
Assessment Tools for Proprioception
Ethical Considerations in Proprioception Research
Cross-Disciplinary Approaches and Future Directions in Proprioception Research
Proprioception is the foundation for excellent performance in sports. It enables athletes to master their bodies with grace, improving balance, agility, and coordination. Proprioception is like the conductor's wand for gymnasts, dancers, and martial artists, orchestrating exact motions. This Research Topic sheds light on how proprioception's significant influence extends beyond sports to impact rehabilitation, injury prevention, and recovery. In an older population, when proprioception becomes a significant aspect in maintaining balance and reducing falls, eventually leading to a greater quality of life, research into its function in health and aging is critical.
Technological advancements are transforming our understanding and use of proprioception. Motion capture systems, force platforms, and virtual reality are examples of cutting-edge technology that provide quantitative insights into proprioceptive skills. Wearable sensors in sports training give real-time feedback and data analysis, allowing players to fine-tune their proprioceptive skills. This special issue focuses on how technology is facilitating a better understanding of proprioception and its potential for improving performance and rehabilitation results.
Novel evaluation methodologies are required to properly comprehend the intricacies of proprioception and its ramifications in sports, rehabilitation, and healthcare.
We are open to making a platform for discussion on the following topics:
Neurophysiological Basis of Proprioception: An exploration of the intricate neural mechanisms underpinning proprioception.
Neurophysiological Basis of Proprioception: An exploration of the intricate neural mechanisms underpinning proprioception.
Sensory Feedback Systems in Proprioception
Neuromuscular Control and Proprioception
Proprioception, Developing Brain and Cognitive Function
Psychological Aspects of Proprioception
Proprioception and Aging, Fall Prevention and Chronic Pain Management
Proprioception and Athletic Performance
Proprioceptive Training in Diverse Sports and Physical Therapy
Proprioception, Balance, and Musculoskeletal Injuries
Proprioception and Skill Acquisition
Wearable Technology for Proprioceptive Training and technology-enhanced Rehabilitation
Proprioception in Contact Sports
Proprioceptive Rehabilitation Protocols
Biomechanics, Injury Prevention, and Proprioception
Assessment Tools for Proprioception
Ethical Considerations in Proprioception Research
Cross-Disciplinary Approaches and Future Directions in Proprioception Research
Keywords: Proprioception, neuromuscular control, biomechanics, proprioceptive training
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
