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دانلود کتاب EMG Lesion Localization and Characterization: A Case Studies Approach
دانلود کتاب محلی سازی و خصوصیات ضایعات EMG: رویکرد مطالعات موردی
مشخصات کتاب
EMG Lesion Localization and Characterization: A Case Studies Approach
دسته بندی: عصب شناسی ویرایش: 1 نویسندگان: Mark A. Ferrante, Bryan Tsao سری: ISBN (شابک) : 0826148646, 2019021025 ناشر: Springer Publishing Company سال نشر: 2019 تعداد صفحات: 449 زبان: English فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) حجم فایل: 5 مگابایت
قیمت کتاب (تومان) : 42,000
کلمات کلیدی مربوط به کتاب محلی سازی و خصوصیات ضایعات EMG: رویکرد مطالعات موردی: نورولوژی، الکترودیاگنوستیک، روماتولوژی، طب فیزیکی و توانبخشی، آسیب های ورزشی و توانبخشی
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توجه داشته باشید کتاب محلی سازی و خصوصیات ضایعات EMG: رویکرد مطالعات موردی نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.
توضیحاتی در مورد کتاب محلی سازی و خصوصیات ضایعات EMG: رویکرد مطالعات موردی
محلی‌سازی و مشخصه‌سازی ضایعه EMG: رویکرد مطالعات موردی رویکردی منحصربه‌فرد برای پزشکی الکترودیاگنوستیک (EDX) دارد و از مطالعات موردی و تمرین‌ها برای آموزش استدلال بالینی و ایجاد مهارت‌های فنی استفاده می‌کند. بخش اول اصول اولیه، بررسی آناتومی عصب و عضله، فیزیولوژی و پاتوفیزیولوژی مربوطه را به همراه تکنیک‌ها، اندازه‌گیری‌ها و مشکلات مطالعه ارائه می‌کند. بخش دوم بر چگونگی استفاده مؤثرتر از مطالعات موردی برجسته کتاب تأکید می‌کند و پس از آن 60 مورد را پوشش می‌دهد که طیفی از اختلالات را در آزمایشگاه EMG با اختلالات منطقه‌ای و چند منطقه‌ای اندام فوقانی و تحتانی، پلکسوپاتی بازویی، اختلالات عمومی و سازماندهی می‌کند. موارد چالش برانگیز از طریق مطالعات موردی EDX، محلی‌سازی و خصوصیات ضایعه نشان داده شده و گام به گام با استفاده از یک جعبه متن شناور که یافته‌ها را برای هر مورد ردیابی می‌کند، مورد بحث قرار می‌گیرد. موارد با ویژگی‌های بالینی شروع می‌شوند که مطالعات اولیه EDX انجام شده را دیکته می‌کنند. نتایج آن مطالعات دور بعدی آزمایش را هدایت می کند، که تا زمانی که ناهنجاری موضعی و مشخص شود و تشخیص داده شود، ادامه می یابد. به این ترتیب، ماهیت پویای تست الکترودیاگنوستیک و فرآیند تجزیه و تحلیل مطالعات متوالی تقویت می‌شود، همانطور که در آزمایشگاه EMG تقویت می‌شود. که توسط دو متخصص برجسته در نورولوژی و پزشکی الکترودیاگنوستیک تالیف شده است، تمام جنبه‌های محلی‌سازی و شناسایی ضایعه به طور گسترده پوشش داده شده است، از جمله محاسبات شدت ضایعه برای بلوک‌های هدایت دمیلینه‌کننده و ضایعات از دست دادن آکسون و محاسبات انواع مختلف فرکانس‌های جذب پتانسیل عمل واحد حرکتی. این کتاب دارای تعداد زیادی نقاشی آناتومیک، نمودارها و تصاویر EDX است تا مهارت‌های محلی‌سازی ضایعه و خصوصیات را به طور جامع نشان دهد. با انتقال «رویکرد شناختی» به پزشکی EDX، محلی‌سازی و مشخصه‌سازی ضایعات EMG دانش بالینی را با موارد واقعی ادغام می‌کند تا به رزیدنت‌ها، همکاران، تکنسین‌ها و ارائه‌دهندگان عصبی عضلانی در زمینه پزشکی الکترودیاگنوسیک آموزش دهد. ویژگی های کلیدی: شامل 60 مورد است که تمام اختلالات عصبی عضلانی اصلی را پوشش می دهد اصول و مفاهیم اولیه و پیشرفته آناتومیک، فیزیولوژیک، پاتوفیزیولوژیک و زمانی مربوط به پزشکی EDX را ارائه می دهد. مطالعات EDX در حین جمع‌آوری مورد ارزیابی قرار می‌گیرند و بینشی در مورد اصول زیربنای پزشکی الکترودیاگنوستیک ارائه می‌کنند. از طریق تجزیه و تحلیل گام به گام متوالی یافته ها، فرآیند تصمیم گیری مورد نیاز در آزمایشگاه EMG شبیه سازی می شود. خرید شامل دسترسی به کتاب الکترونیکی برای استفاده در اکثر دستگاه‌های تلفن همراه یا رایانه است
توضیحاتی درمورد کتاب به خارجی
EMG Lesion Localization and Characterization: A Case Studies Approach takes a unique approach to electrodiagnostic (EDX) medicine, using case studies and exercises to teach clinical reasoning and build technical skills. The first section presents basic principles, reviewing pertinent nerve and muscle anatomy, physiology, and pathophysiology along with study techniques, measurements, and pitfalls. The second section emphasizes how to most effectively utilize the book’s featured case studies, followed by 60 cases covering the range of disorders encountered in the EMG lab and organized by regional and multiregional disorders of the upper and lower extremities, brachial plexopathies, generalized disorders, and challenging cases. Through the EDX case studies, lesion localization and characterization are demonstrated and discussed step-by-step using a floating text box that tracks the findings for each case. Cases begin with the clinical features, which dictate the initial EDX studies performed. The results of those studies drive the next round of testing, which continues until the abnormality has been localized and characterized and a diagnosis is made. In this manner, the dynamic nature of electrodiagnostic testing and process of sequential study analysis is reinforced, just as it would be in the EMG laboratory. Authored by two leading experts in neurology and electrodiagnostic medicine, all aspects of lesion localization and characterization are extensively covered, including calculations of lesion severity for demyelinating conduction block and axon loss lesions and calculations of various types of motor unit action potential recruitment frequencies. The book features a large number of anatomical drawings, charts, and EDX images in order to illustrate the skills of lesion localization and characterization comprehensively. By conveying the “cognitive approach” to EDX medicine, EMG Lesion Localization and Characterization merges clinical knowledge with real-life cases to better instruct residents, fellows, technicians, and neuromuscular providers in the field of electrodiagnostic medicine. Key Features: Includes 60 cases covering all major neuromuscular disorders Presents basic and advanced anatomic, physiologic, pathophysiologic, and temporal principles and concepts pertinent to EDX medicine EDX studies are evaluated as they are collected, providing insight into the principles underlying electrodiagnostic medicine Through sequential step-by-step analysis of findings, the decision-making process required in the EMG laboratory is simulated Purchase includes access to the ebook for use on most mobile devices or computers
فهرست مطالب
Cover Title Copyright Contents Case Studies Preface Acknowledgments Share: EMG Lesion Localization and Characterization Part I: The Fundamental Neuroscience Underlying Electrodiagnostic Medicine Chapter 1: Pertinent Anatomy, Physiology, and Pathology Introductory Comments The Goals of Electrodiagnostic Examination The EDX Examination Is an Independent Study Basic Anatomy and Organization of the Peripheral Neuromuscular System Plexus Anatomy Nerve Anatomy Anatomy and Physiology of the Membrane The Transmembrane Potential Action Potential Generation Action Potential Propagation Connective Tissue Elements of the Nerve Anatomy and Physiology of the Neuromuscular Junction Presynaptic Region Synaptic Space Postsynaptic Region Anatomy and Physiology of Muscle Excitation–Contraction Coupling Neural Control of Muscle Motor Units, Muscle Fibers, and Force References Chapter 2: Nerve Conduction Studies Basic Concepts Electrodes Volume Conduction Orthodromic Versus Antidromic Techniques Motor Nerve Conduction Studies Belly–Tendon Method E1 and E2 Electrode Placement Physiologic Temporal Dispersion What We Measure and What It Means The Value of the Motor Response Sensory Nerve Conduction Studies Technique Measurements Mixed Nerve Conduction Studies The NCS Manifestations of Pathology Introduction How Focal Demyelination Affects Action Potential Propagation Motor NCS Manifestations Sensory NCS Manifestations The Timing of NCS Manifestations References Chapter 3: Repetitive Nerve Stimulation Studies Introductory Comments Low Frequency RNS Postexercise Facilitation and Postexercise Exhaustion High Frequency RNS References Chapter 4: The Needle EMG Examination Introductory Comments Motor Unit Anatomy and Physiology Pertinent to Needle EMG The Importance of the MUAP Duration Motor Unit Recruitment Needle EMG Technique Needle EMG Measurements and Their Meanings Insertional Phase Resting Phase Activation Phase References Chapter 5: Needle EMG Examination Abnormalities Introductory Comments Insertional Phase Decreased Insertional Activity “Increased” Insertional Activity Resting Phase Fibrillation Potentials, Positive Sharp Waves, and Insertional Positive Sharp Waves Fasciculation Potentials and Cramp Potentials Myotonic Potentials Neuromyotonia Grouped Repetitive Discharges and Myokymia Complex Repetitive Discharges Activation Phase MUAP Morphology MUAP Recruitment MUAP Stability References Chapter 6: Peripheral Nerve Injuries Introductory Comments Nerve Injury Classification The Seddon Classification System The Sunderland Classification System Nerve Injury Type Stretch Injuries Compression Injuries Transection Injuries Correlations Between Pathophysiology and Clinical Features Correlations Between Pathophysiology and Lesion Acuteness References chapter 7: Assessing Lesion Severity Introductory Comments Clinical Grading Electrodiagnostic Grading The EDX Study Manifestations EDX Manifestations Based on Severity EDX Manifestations Based on the Timing of the Study The Utility of the Motor Response in Lesion Severity Assessment The Utility of the Sensory Response in Lesion Severity Assessment The Utility of the Needle EMG in Lesion Severity Assessment Fibrillation Potentials Motor Unit Action Potentials Mechanisms of Reinnervation Collateral Sprouting Proximodistal Axon Regeneration Determining the Potential for Reinnervation References Chapter 8: Lesion Localization and Characterization Lesion Localization Nerve Conduction Studies The Cell Bodies of Origin of the Sensory and Motor Axons An Example of Lesion Localization Lesion Characterization Example 1—Calculating Axon Loss and Demyelinating Conduction Block Severity Using the Motor Responses Example 2—Sample EDX Case and Terminology Example 3—Using Deductive Reasoning to Identify a Proximal Demyelinating Conduction Block Muap Waveform Analysis MUAP Measurements and Stability MUAP Recruitment Pattern Analysis Reference Part II: Case Studies in Electrodiagnostic Medicine Chapter 9: Case Studies Introductory Comments EDX Case Study Organization The Case-Box Table Descriptors MUAP Recruitment Descriptors MUAP Morphology Descriptors When the Needle EMG Findings Vary Abbreviations Used EDX Case Studies Introduction Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comment Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Conclusion Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Conclusion Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Conclusion Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Conclusion Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Conclusion Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Conclusion Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Nerve Conduction Studies Needle EMG Study EDX Conclusion Final Comments Clinical Thoughts Needle EMG Study EDX Conclusion Final Comments Clinical Thoughts Nerve Conduction Studies EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies EDX Study Impression Final Comments Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies EDX Study Impression Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comment Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Impression Final Comments Clinical Thoughts Nerve Conduction Studies Needle EMG Study EDX Study Conclusion Final Comments Clinical Thoughts Sensory and Motor NCS (Day 4) Complete NCS Studies (Day 25) Needle EMG Study EDX Study Conclusion Follow-Up NCS (4 Months) Follow-Up Needle EMG Study Clinical Thoughts Sensory Nerve Conduction Studies Motor Nerve Conduction Studies Needle EMG Study EDX Examination Conclusion Three-Month Follow-Up Nerve Conduction Studies Needle EMG Study Index
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