دانلود کتاب مغز، ستون فقرات و اعصاب در ورزش + ویدئو
The Brain, Spine and Nerves in Sports 1st Edition + Video

The definitive text on the diagnosis and treatment of sports-related neurological injuries

Although musculoskeletal injuries are by far the most common injuries seen in sports, neurological injuries are often the most serious and potentially devastating. The Brain, Spine and Nerves in Sports is a comprehensive textbook edited by neurosurgeons Nicholas Theodore and Russell R. Lonser, internationally renowned experts in sports-related brain and spine trauma. The book covers intricacies associated with the diagnosis and treatment of sports-related neurological injuries, with firsthand, collaborative insights from a who’s who of multidisciplinary neurological experts in sports injury medicine.

The book is organized into four sections and 40 thoughtfully curated chapters covering diagnosis, surgical and nonsurgical approaches, and management of traumatic brain injuries, concussions, spinal cord injuries, and peripheral nerve injuries. The final chapter focuses on leveraging concussion data to improve the safety of American football. Each chapter blends theoretical knowledge, evidence-based practices, case studies, and practical insights derived from the authors’ extensive clinical experience.

Key Features

• Contributions and pearls from leading authorities in the fields of neurosurgery, spine surgery, sports medicine, and rehabilitation
• The latest advancements, techniques, and best practices for managing neurological conditions in athletes, presented in a succinct, easy-to-digest format, with short videos
• Detailed, critical overviews of sports-related neurological injuries in American football, soccer, cycling, baseball, skiing, combat sports, ice hockey, rugby, and more
• A wealth of tables and assessment tools to enhance management of challenging, often time-sensitive situations, including complex return-to-play issues

This definitive textbook will help neurosurgeons, orthopedic surgeons, neurologists, trainers, sports medicine physicians, and pain management physicians optimize patient outcomes, enhance performance, and promote the overall well-being of athletes at all levels of competition.

Contents

۱ Sports-Related Head Injury
۲ Imaging of Sports-Related Neurological Injuries
۳ Management of Sports-Related Head Injury in the Athlete
۴ Post-concussion Syndrome Management
۵ Congenital Cranial Anomalies and Implications for Athletics
۶ Considerations for the Child with Sports-Related Head Injury
۷ Concussion: Long-term Sequelae
۸ Sports-Related Spine Injuries
۹ Biomechanics of the Head and Spine in Sports
۱۰ Nonsurgical Treatment of Spinal Injuries
۱۱ Emergent Management of the Athlete with Spinal Cord Injury
۱۲ Physical Examination of the Athletic Spine
۱۳ Rehabilitation of Athletic Spinal Injuries
۱۴ Spinal Manipulation
۱۵ Surgery: Anterior Cervical Diskectomy and Fusion
۱۶ Surgery: Cervical Arthroplasty
۱۷ Surgery: Posterior Cervical Foraminotomy
۱۸ Surgery: Posterior Lumbar Decompression and Fusion
۱۹ Surgery: Direct Pars Repair for Spondylolysis
۲۰ Return to Play after Spinal Injury
۲۱ Congenital Spinal Anomalies and Implications for Athletics
۲۲ Anatomy and Physical Examination of the Peripheral Nerves
۲۳ Common Peripheral Nerve Problems in Athletes: Diagnosis and Management
۲۴ American Football
۲۵ Soccer
۲۶ Golf
۲۷ Cycling
۲۸ Rowing
۲۹ Professional Motorsport Racing
۳۰ Gymnastics
۳۱ Equestrian
۳۲ Baseball
۳۳ Skiing
۳۴ Combat Sports
۳۵ Ice Hockey
۳۶ Weightlifting
۳۷ Rugby
۳۸ Aquatic Sports
۳۹ The Future of Traumatic Brain Injury
۴۰ Concussions in the National Football League: Using Data to Improve Game Safety

Video Contents

Video 9.1: Maximum principal strain in the brain (warmer colors represent higher brain strains) from a pulse with a peak linear acceleration of 35 g with low rotational kinematics (top) and high rotational kinematics (bottom).
Video 9.2: Maximum principal strain in the brain (warmer colors represent higher brain strains) from rotational impacts with peak kinematics of 40 rad/s and 4 krad/s2 applied in difference planes: sagittal (left), coronal (center), and transverse (right).
Video 9.3: Test setup for the Virginia Tech helmet test program.
Video 19.1: Case presentation of a 16-year-old girl with spondylolysis treated with direct pars repair via the Buck procedure.