Description
Offering a concise, highly visual approach to the basic science and clinical pathology of the musculoskeletal system, this updated volume in The Netter Collection of Medical Illustrations (the CIBA "Green Books") contains unparalleled didactic illustrations reflecting the latest medical knowledge. Revised by Drs. Joseph Iannotti, Richard Parker, Abby G. Abelson, Brendan M. Patterson, and other experts from the Cleveland Clinic, Biology and Systemic Diseases, Part 3 of Musculoskeletal System, Volume 6, integrates core concepts of anatomy, physiology, and other basic sciences with common clinical correlates across health, medical, and surgical disciplines. Classic Netter art, updated and new illustrations, and modern imaging continue to bring medical concepts to life and make this timeless work an essential resource for students, clinicians, and educators.- Provides a highly visual guide to embryology and physiology, metabolic disorders, congenital and development disorders, rheumatic diseases, tumors of the musculoskeletal system, injury to the musculoskeletal system, soft tissue infections, and fracture complications- Provides a concise overview of complex information by seamlessly integrating anatomical and physiological concepts using practical clinical scenarios- Shares the experience and knowledge of Drs. Joseph P. Iannotti, Richard D. Parker, Abby G. Abelson, and Brendan M. Patterson, and esteemed colleagues from the Cleveland Clinic, who clarify and expand on the illustrated concepts- Compiles Dr. Frank H. Netter's master medical artistry—an aesthetic tribute and source of inspiration for medical professionals for over half a century—along with new art in the Netter tradition for each of the major body systems, making this volume a powerful and memorable tool for building foundational knowledge and educating patients or staff- NEW! An eBook version is included with purchase. The eBook allows you to access all of the text, figures, and references, with the ability to search, make notes and highlights, and have content read aloud
Table of Contents
SECTION 1 EMBRYOLOGY1.1 Amphioxus and Human Embryo at 16 Days1.2 Differentiation of Somites into Myotomes, Sclerotomes, and Dermatomes1.3 Progressive Stages in Formation of Vertebral Column, Dermatomes, and Myotomes; Mesenchymal Precartilage Primordia of Axial and Appendicular Skeletons at 5 Weeks1.4 Fate of Body, Costal Process, and Neural Arch Components of Vertebral Column, with Sites and Time of Appearance of Ossification Centers1.5 First and Second Cervical Vertebrae at Birth; Development of Sternum1.6 Early Development of Skull1.7 Skeleton of Full-Term Newborn1.8 Changes in Position of Limbs Before Birth; Precartilage Mesenchymal Cell Concentrations of Appendicular Skeleton at 6 Weeks1.9 Changes in Ventral Dermatome Pattern During Limb Development1.10 Initial Bone Formation in Mesenchyme; Early Stages of Flat Bone Formation1.11 Secondary Osteon (Haversian System)1.12 Growth and Ossification of Long Bones1.13 Growth in Width of a Bone and Osteon Remodeling1.14 Remodeling: Maintenance of Basic Form and Proportions of Bone during Growth1.15 Development of Three Types of Synovial Joints1.16 Segmental Distribution of Myotomes in Fetus of 6 Weeks; Developing Skeletal Muscles at 8 Weeks1.17 Development of Skeletal Muscle Fibers1.18 Cross Sections of Body at 6 to 7 Weeks1.19 Prenatal Development of Perineal Musculature1.20 Origins and Innervations of Pharyngeal Arch and Somite Myotome Muscles1.21 Branchiomeric and Adjacent Myotomic Muscles at BirthSECTION 2 PHYSIOLOGY2.1 Microscopic Appearance of Skeletal Muscle Fibers2.2 Organization of Skeletal Muscle2.3 Intrinsic Blood and Nerve Supply of Skeletal Muscle2.4 Composition and Structure of Myofilaments2.5 Muscle Contraction and Relaxation2.6 Biochemical Mechanics of Muscle Contraction2.7 Sarcoplasmic Reticulum and Initiation of Muscle Contraction2.8 Initiation of Muscle Contraction by Electric Impulse and Calcium Movement2.9 Motor Unit2.10 Structure of Neuromuscular Junction2.11 Physiology of Neuromuscular Junction2.12 Pharmacology of Neuromuscular Transmission2.13 Physiology of Muscle Contraction2.14 Energy Metabolism of Muscle2.15 Muscle Fiber Types2.16 Growth Plate: Structure, Physiology, and Pathophysiology2.17 Growth Plate: Structure, Physiology, and Pathophysiology (Continued)2.18 Growth Plate: Structure and Blood Supply2.19 Growth Plate: Peripheral Fibrocartilaginous Element2.20 Composition and Structure of Cartilage2.21 Bone Cells and Bone Deposition2.22 Composition of Bone2.23 Structure of Cortical (Compact) Bone2.24 Structure of Trabecular Bone2.25 Formation and Composition of Collagen2.26 Formation and Composition of Proteoglycan2.27 Structure and Function of Synovial Membrane2.28 Histology of Connective Tissue2.29 Bone Homeostasis: Dynamics2.30 Bone Homeostasis: Regulation of Calcium and Phosphate Metabolism2.31 Effects of Bone Formation and Bone Resorption on Skeletal Mass2.32 Four Mechanisms of Bone Mass Regulation2.33 Normal Calcium and Phosphate Metabolism2.34 Nutritional Calcium Deficiency2.35 Effects of Disuse and Stress (Weight Bearing) on Bone Mass2.36 Musculoskeletal Effects of Weightlessness (Space Flight)2.37 Bone Architecture and Remodeling in Relation to Stress2.38 Stress-Generated Electric Potentials in Bone2.39 Bioelectric Potentials in Bone2.40 Age-Related Changes in Bone Geometry2.41 Age-Related Changes in Bone Geometry (Continued)SECTION 3 METABOLIC DISEASES3.1 Parathyroid Hormone3.2 Primary Hyperparathyroidism: Pathophysiology3.3 Primary Hyperparathyroidism: Clinical Manifestations3.4 Differential Diagnosis of Hypercalcemic States3.5 Hypoparathyroidism: Pathologic Physiology3.6 Chronic Hypoparathyroidism: Clinical Manifestations3.7 Hypocalcemia: Clinical Manifestations3.8 Pseudohypoparathyroidism3.9 Mechanism of Parathyroid Hormone Activity on End Organ3.10 Mechanism of Parathyroid Hormone Activity on End Organ: Cyclic AMP Response to PTH3.11 Clinical Guide to Parathyroid Hormone Assay3.
