Innovations in Neurocognitive Rehabilitation

Abstract

Everything can be taken from a man but one thing: the last of human freedoms-to choose one's attitude in any given set of circumstances, to choose one's own way.(Popova, 2013) Neurocognitive disorders have been one of the most challenging health issues that patients, caregivers, and clinicians persevere through.Conditions such as Alzheimer's disease, stroke, and traumatic brain injury continue to be adverse experiences with an impending decline of essential functional capacity.Globally, these conditions are strenuous and leave a toll on families and healthcare institutions-of which the vast majority follow traditional rehabilitation strategies to mitigate the challenges.These methods fail to address the diverse range of cognitive impairments that leave patients entirely dependent on caregivers and medications.Amidst these approaches, the rapid evolution of technological innovations is setting the stage for a new era of rehabilitation.Personal therapies, accuracy in assessment and rehabilitation planning, and integration of tech-wear leave us hopeful about the future of patient healing.This book creates a pathway to introduce a well-balanced interdisciplinary perspective of neuropsychological rehabilitation.Here, we discuss the interplay of traditional approaches with cutting-edge technology, namely, tools such as virtual reality (VR), augmented reality (AR), robotics, artificial intelligence (AI), and wearable technologies that can transform neurorehabilitation.These tools facilitate patient interventions and unbiased, data-driven evaluation that refine therapy and rehabilitation.The constant feedback provided through tech integration will prove to increase the maximization of rehabilitation outcomes and to have clarity in goals.However, we do not overlook the importance of human interventions in patientcentered care and navigating through the nuanced challenges that are incomprehensible to technological development.Neuropsychological principles of neuroplasticity are heavily relied on to understand the role technology and traditional rehabilitation perspectives apply to improve the overall quality of patient life.Neuroplasticity is the property of the brain that enables it to change its own structure and functioning in response to activity and mental experience.(Doidge, 2007) viThe book is categorized into 5 parts with a total of 16 chapters where we will delve into the foundations of neurocognitive rehabilitation, detailing the various types of cognitive impairments, impact on patient life, and rehabilitation challenges.The second part focuses on the latest technology in neurocognitive rehabilitation (VR, AI, robotics, assistive technology, wearable devices, and sensors), its role in rehabilitation, and avenues to integrate them in traditional rehabilitation settings.The third part deals with the application of technology including case studies and recent research to determine the challenges, motivations, and benefits of technological rehabilitation.The fourth section details the advancement of technology in rehabilitation.This includes neuroplasticity, cognitive training programs, speech and language rehabilitation, motor rehabilitation, and biofeedback.The book concludes with the final part on the challenges in integrating technology in neurological rehabilitation.These include the ethical and privacy violations, the feasibility of integrating the technology, equity in accessibility, and the future scope of rehabilitation technology in neurological conditions.This book provides clarity in key rehabilitation concepts and the practical application of technology in rehabilitation and substantiates with a holistic approach to rehabilitation.The book encourages its readers to identify the potential of technology in rehabilitation, the possible future areas of study, and the importance of keeping up with the rapidly evolving world of technology.The book sparks the need for collective action to identify that rehabilitation is mul