Wolff's Law and Connective Tissue Regulation : : Modern Interdisciplinary Comments on Wolff's Law of Connective Tissue Regulation and Rational Understanding of Common Clinical Problems / / ed. by Guenter Regling.
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Superior document: | Title is part of eBook package: De Gruyter DGBA Medicine and Life Sciences 1990 - 1999 |
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MitwirkendeR: | |
HerausgeberIn: | |
Place / Publishing House: | Berlin ;, Boston : : De Gruyter, , [2011] ©1992 |
Year of Publication: | 2011 |
Edition: | Reprint 2010 |
Language: | English |
Online Access: | |
Physical Description: | 1 online resource (342 p.) :; Num. figs. |
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Table of Contents:
- I-XII
- I. Historical Background
- Julius Wolff and the Law of Bone Remodelling
- A Noteworthy Meeting of the Society for Nature Research in Zurich Two Important Precursors of Julius Wolff: Carl Culmann and Hermann von Meyer
- Julius Wolff and Friedrich Pauwels. Wolff's Concept of a Causal Therapy of Orthopaedic Diseases Using Biological Adaptation Phenomena and Its Realization by Friedrich Pauwels
- Wolff's Law
- II. Theory of Biological Sciences
- Biological Explanation and Principle of Causality
- Adaptation and Compensation as Biological Principles of Medical Thinking and Action
- Feedback Control Processes in Medicine and Technology - a Comparison
- III. Biomechanical Considerations
- Computer Aided Simulation of the Functional Bone Adaptation - a Method to Check a Theory
- The Bone as a Compression Member in a Cable Tensioning Device: The Example of the Hip
- Stress-Shape Relationship during Treatment of a Congenital Dislocation of the Hip
- Computer Simulation of Bone Remodelling in Dentistry and Orthopaedics
- Computerized Reconstruction for the Study of the Three-dimensional Architecture of Trabecular Bone
- IV. Electrophysiological Aspects
- Wolffs Law and Its Biophysical Implications
- How Do Cells Respond to the Mechanical Environment?
- Control of Embryonic Chick Bone Growth by Resonant Electromagnetic Fields
- Electrostimulation in Biology, Utilities and Side Effects
- An integrative Concept for an Electrophysiological Signal System in the Connective Tissue Matrix. The Native Collagen Fibrils as Biosensor and Signal-Conducting Structure Between Nerve and Cell as Well as in the Intercellular Matrix, and a Discussion of the Underlying Mechanism
- V. Blood Supply and Metabolism
- Intraosseous Pressure of the Human Patella
- The Mechanoreceptor Hypothesis for Remodeling of Bone and the Influence of Fluorid Therapy for Osteoporosis on It
- Metaphyseal Stress Shielding and Transarticular Load Transfer - a Biomechanical Concept of Osteopenia
- Bone Remodelling in Disuse Osteoporosis
- Selenite, Nitrate, and Mercury and their Influence on Regulation Principles in Connective Tissue
- The Biological Role of Oxygen Radicals, Lipid Peroxidation, and Antioxidative Therapy in Connective Tissue Regulation
- VI. Special Clinical Problems
- Model Investigations on the Loading of Bone in the Area of Hip-Joint Prostheses, and New Prosthesis Designs in Consideration of Wolff's Law
- Modes of Adaptation in Noncemented Total Hip Endoprosthesis
- Cementless Implantation of the Stem of Different Types of Standard Hip Endoprosthesis
- Bone Adaptation to Dynamic Osteosynthetic Implants
- Complex Biophysical-Chemical Therapies for Squamous Cell Carcinoma
- VII. Soft Tissue Regulation, Arthrosis, and Arthritis
- Superficial Zone of Articular Cartilage after Immobilization and Running Training: Is Proteoglycan Depletion the Clue to the Pathogenesis of Osteoarthrosis?
- Feedback Mechanism in the Synovial System
- Oxygen-Multistep Therapy in Degenerative Diseases of The locomotor System
- Intra-articular Measurement of Resting Synovial pO2 (Oxygen Partial Pressure of Synovial Fluid) - a New Point of Intersection for Clinical Research in the Areas of Arthrosis and Pain
- Immunologic and Immunogenic Background in the Understanding of the Pathogenesis of Lyme Disease
- A Biological Examination of Inflammatory Rheumatic Diseases: The Example of Spondylitis Ankylopoietica (Bekhterev's Disease)
- List of First Authors