Myopathies and Tendinopathies of the Diabetic Foot: Anatomy, Pathomechanics, and Imaging is a unique reference of valuable instructive data that reinforces the understanding of myopathies and tendinopathies related to diabetes-induced Charcot Foot. Diabetic myopathies usually precede other complications (i.e. deformity, ulceration, infection) seen in the diabetic foot. Oftentimes, these myopathies may be isolated, especially during their initial stage. This book emphasizes the complications of diabetic myopathies and tendinopathies and all their aspects, including pathophysiology,…mehr
Myopathies and Tendinopathies of the Diabetic Foot: Anatomy, Pathomechanics, and Imaging is a unique reference of valuable instructive data that reinforces the understanding of myopathies and tendinopathies related to diabetes-induced Charcot Foot. Diabetic myopathies usually precede other complications (i.e. deformity, ulceration, infection) seen in the diabetic foot. Oftentimes, these myopathies may be isolated, especially during their initial stage. This book emphasizes the complications of diabetic myopathies and tendinopathies and all their aspects, including pathophysiology, pathomechanics, imaging protocols, radiological manifestations, histological characteristics, and surgical management. Diabetes type II and its complications (diabetic myopathies and tendinopathies) have reached a dreadfully high incidence worldwide. In the absence of the information in this book, the solitaire occurrence of myopathies may lead to confusion, misinterpretation, and misdiagnosis which can cause delay of management and even increased morbidity levels.
Dr. Pierre-Jerome has over 40 years of experience in Radiology and research including diabetes, skeletal muscle and bone marrow. Author of several publications in International Journals. Co-author of five books in Radiology. Reviewer for US and European Journals. Author of two novels. He's a member of several Medical Associations and fluent in English, French, Spanish and Norwegian.?He was the visiting Associate Professor in University of Rochester, New York and worked as Faculty and Director of International Exchange Program for the Musculoskeletal Division at Emory University School of Medicine, Atlanta GA, USA.?Presently he is working at the Akershus University Hospital in Oslo, Norway.
Inhaltsangabe
1. Anatomy of the foot intrinsic muscles 2. Biomechanics of the foot intrinsic muscles 3. Anatomy of the lower leg extrinsic muscles 4. Biomechanics of the lower leg extrinsic muscles 5. Physiology of the skeletal muscles (in general) 6. Mechanism (Pathophysiology) of diabetic foot myopathies 7. Epidemiology (global incidence) of diabetic foot myopathies 8. The Myotendinous Junction: definition, infrastructure 9. Concept of diabetic tendino-myopathy 10. Muscular edema in the diabetic foot Differential diagnosis of muscular edema 11. Muscular atrophy (amyotrophy)in the diabetic foot 12. Muscular infection (pyogenic myositis) 13. Vascular supply to the intrinsic and extrinsic muscles Pathology: muscular infarction / necrosis 14. Innervation of the intrinsic and extrinsic foot muscles Pathology: muscular denervation 15. Imaging of the diabetic myopathies (1): Radiography and Computed Tomography 16. Imaging of the diabetic foot myopathies (2): Ultrasonography 17. Imaging of the diabetic foot myopathies (3): Magnetic Resonance Imaging (MRI) 18. Diabetic foot myopathies: associated soft tissues lesions a (tendinopathies, fasciitis, cellulitis, ulcerations, sinus tract) 19. Diabetic foot myopathies: associated bony lesions (edema, necrosis, infection, fracture, dislocation) 20. Diabetic myopathies: biopsy and pathological evidence 21. Clinical diagnosis and non-surgical management of diabetic myopathies 22. Surgical management of diabetic foot myopathies and tendinopathies 23. COVID-19 and Diabetic Myopathies
1. Anatomy of the foot intrinsic muscles 2. Biomechanics of the foot intrinsic muscles 3. Anatomy of the lower leg extrinsic muscles 4. Biomechanics of the lower leg extrinsic muscles 5. Physiology of the skeletal muscles (in general) 6. Mechanism (Pathophysiology) of diabetic foot myopathies 7. Epidemiology (global incidence) of diabetic foot myopathies 8. The Myotendinous Junction: definition, infrastructure 9. Concept of diabetic tendino-myopathy 10. Muscular edema in the diabetic foot Differential diagnosis of muscular edema 11. Muscular atrophy (amyotrophy)in the diabetic foot 12. Muscular infection (pyogenic myositis) 13. Vascular supply to the intrinsic and extrinsic muscles Pathology: muscular infarction / necrosis 14. Innervation of the intrinsic and extrinsic foot muscles Pathology: muscular denervation 15. Imaging of the diabetic myopathies (1): Radiography and Computed Tomography 16. Imaging of the diabetic foot myopathies (2): Ultrasonography 17. Imaging of the diabetic foot myopathies (3): Magnetic Resonance Imaging (MRI) 18. Diabetic foot myopathies: associated soft tissues lesions a (tendinopathies, fasciitis, cellulitis, ulcerations, sinus tract) 19. Diabetic foot myopathies: associated bony lesions (edema, necrosis, infection, fracture, dislocation) 20. Diabetic myopathies: biopsy and pathological evidence 21. Clinical diagnosis and non-surgical management of diabetic myopathies 22. Surgical management of diabetic foot myopathies and tendinopathies 23. COVID-19 and Diabetic Myopathies
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