Chapter
II. Theory of Biological Sciences
pp.:
43 – 47
Biological Explanation and Principle of Causality R. Löther
pp.:
47 – 47
Adaptation and Compensation as Biological Principles of Medical Thinking and Action A. Hecht
pp.:
47 – 51
Feedback Control Processes in Medicine and Technology - a Comparison F. Thomas
pp.:
51 – 57
III. Biomechanical Considerations
pp.:
57 – 77
The Mechanoreceptor Hypothesis for Remodeling of Bone and the Influence of Fluorid Therapy for Osteoporosis on It K. Abendroth
pp.:
77 – 211
Computer Aided Simulation of the Functional Bone Adaptation - a Method to Check a Theory B. Kummer
pp.:
77 – 77
Metaphyseal Stress Shielding and Transarticular Load Transfer - a Biomechanical Concept of Osteopenia R. Schleberger, K. Bernsmann, E. M. Schneider
pp.:
211 – 215
Bone Remodelling in Disuse Osteoporosis H.-G. Willert, A. Enderle
pp.:
215 – 229
Selenite, Nitrate, and Mercury and their Influence on Regulation Principles in Connective Tissue G. Wilsdorf
pp.:
229 – 235
The Biological Role of Oxygen Radicals, Lipid Peroxidation, and Antioxidative Therapy in Connective Tissue Regulation G. Regling, A. Hager, G. Wilsdorf
pp.:
235 – 243
VI. Special Clinical Problems
pp.:
243 – 255
Model Investigations on the Loading of Bone in the Area of Hip-Joint Prostheses, and New Prosthesis Designs in Consideration of Wolff's Law A. Schreiber, H. A. C. Jacob, A. H. Huggler
pp.:
255 – 255
Modes of Adaptation in Noncemented Total Hip Endoprosthesis K. Rossak
pp.:
255 – 265
Cementless Implantation of the Stem of Different Types of Standard Hip Endoprosthesis G. E. Krakovits
pp.:
265 – 273
Bone Adaptation to Dynamic Osteosynthetic Implants R. Labitzke
pp.:
273 – 281
Complex Biophysical-Chemical Therapies for Squamous Cell Carcinoma U. G. Randoll, R. M. Pangan, R. Dehmlow
pp.:
281 – 285