The Law of Bone Remodelling

ISBN-13: 9783642710339 / Angielski / Miękka / 2011 / 126 str.

Julius Wolff; Paul Maquet; Ronald Furlong

Opis

The present work aims at establishing as exhaustively as possible the math- ematical, anatomical and clinical bases of the law of bone remodelling and the consequent functional bone shape and remodelling force. Another aim of this work consists of considering the applications of the law of bone re- modelling not only to bone but also to many other fields of medical science and to certain questions in the natural sciences. I am indebted to the Royal Prussian Academy of Sciences, whose help made the publication of this book possible. I would also like to thank the many scientists who kindly put at my disposal valuable specimens from their collections to enable me to study the law of bone remodelling: Prof. Ackermann, Halle, von Berg- mann, Berlin, Billroth, Vienna, H. Fischer, Breslau, Prosector Dr. Frankel, Hamburg, Prof. Hasse, Breslau, Koenig, Gottingen, Koester, Bonn, late von Linhart, Wiirzburg, late Lucae, Frankfurt a. M. , Mihalkowitsch, Bu- dapest, Rindfleisch, Wiirzburg, Roux, Innsbruck, late Dr. Theodor Simon, Hamburg, Prof. R. Virchow, Berlin, late Richard von Volkmann, Halle, Weigert, Frankfurt a. M. , and Zenker, Erlangen. Julius Wolff Contents 1 Chapter I Concept of the Law of Bone Remodelling Chapter II The Internal Architecture of Normal Bone and Its Mathematical Significance 3 1 Historical ...3 2 The Internal Architecture of the Proximal End of the Human Femur 7 2. 1 Architecture of the Coronal Section 8 2. 2 Architecture of the Sagittal Section Sawn from the Centre of the Bone ...

Spis treści

I Concept of the Law of Bone Remodelling.- II The Internal Architecture of Normal Bone and Its Mathematical Significance.- 1 Historical.- 2 The Internal Architecture of the Proximal End of the Human Femur.- 2.1 Architecture of the Coronal Section.- 2.2 Architecture of the Sagittal Section Sawn from the Centre of the Bone.- 2.3 Architecture of the Sagittal Section Away from the Axis of the Bone.- 2.4 Architecture of the Cross Section at the Level of the Lesser Trochanter.- 2.5 Architecture of the Cross Section Through the Middle of the Femoral Head.- 2.6 Overall Picture of the Architecture of the Proximal End of the Femur.- 3 The Stress Trajectories in Graphic Statics.- 4 Calculations of Culmann for the Crane Similar to a Femur.- 5 Significance of the Internal Architecture of Bone.- 6 Possibility of Predicting Anatomical Features Mathematically.- III Remodelling of the Internal Architecture and External Shape of Bones.- 1 Remodelling of the Internal Architecture of Bones After Pathological Alterations of Their External Shape.- 2 Secondary Modifications of the External Shape of the Bone After Primary Pathological Alterations of This Shape.- 3 Modifications of the Architecture and Shape of Bones After Pathological Alterations of Their Static Stressing.- 4 Modifications in Shape of Bones After Intentional Alterations of Their Static Stressing.- 5 Pathological Bone Specimens and Clinical Observations Demonstrating the Remodelling of the Internal Architecture and External Shape of Bones.- 5.1 Specimens of Malunited Fractures.- 5.1.1 Extracapsular Fracture Through the Neck of the Femur and the Greater Trochanter (Figs. 22-26).- 5.1.2 Extracapsular Fracture Through the Neck of the Femur and the Greater Trochanter (Fig. 27).- 5.1.3 Extracapsular Fracture Through the Neck of the Femur and the Greater Trochanter (Fig. 28).- 5.1.4 Extracapsular Fracture Through the Neck of the Femur and the Greater Trochanter (Fig. 29).- 5.1.5 Extracapsular Fracture Through the Neck of the Femur and the Greater Trochanter (Fig. 30).- 5.1.6 Extracapsular Fracture Through the Neck of the Femur and the Greater Trochanter with Important Displacement of the Head Distally (Fig. 31).- 5.1.7 Extracapsular Fracture Through the Neck of the Femur and the Greater Trochanter (Fig. 32).- 5.1.8 Extracapsular Fracture at the Base of the Neck (Fig. 33).- 5.1.9 Intracapsular Fracture of the Neck of the Femur (Fig. 34).- 5.1.10 Intracapsular Fracture of the Neck of the Femur (Fig. 35).- 5.1.11 Subtrochanteric Fracture of the Femur (Fig. 36).- 5.1.12 Subtrochanteric Fracture of the Femur (Figs. 37, 38).- 5.1.13 Fracture of the Surgical Neck of the Humerus (Figs. 39, 40).- 5.1.14 Fracture of the Neck of the Femur in the Process of Healing (Fig. 41).- 5.1.15 Fracture of the Shaft of the Femur (Figs. 42, 43).- 5.1.16 Fracture of the Shaft of the Femur (Fig. 44).- 5.1.17 Fracture of the Shaft of the Femur (Fig. 45).- 5.1.18 Fracture of the Shaft of the Tibia (Fig. 46).- 5.1.19 Fracture of the Shaft of the Tibia (Fig. 47).- 5.1.20 Fracture of the Two Bones of the Lower Leg (Fig. 48).- 5.1.21 Pseudarthrosis of the Tibia with Compensatory Hypertrophy of the Fibula (Fig. 49).- 5.2 Specimens of Ankyloses.- 5.2.1 Ankylosis of the Right Knee (Figs. 50-54).- 5.2.2 Ankylosis of the Right Knee (Fig. 55).- 5.2.3 Cross Section of the Femur and Tibia of an Ankylosed Left Knee (Figs. 56, 57).- 5.2.4 Ankylosis of the Left Elbow (Fig. 58).- 5.2.5 Ankylosis of the Right Hip (Fig. 59).- 5.2.6 Ankylosis of the Left Hip (Fig. 60).- 5.2.7 Ankylosis of the Left Hip with Hypertrophy of the Ilium (Figs. 61-64).- 5.2.8 Ankylosis of the Right Ankle (Fig. 65).- 5.2.9 Arthrodesis of the Right Knee Healed by Bony Union (Fig. 66).- 5.3 Specimens of Bones Deformed by Rickets.- 5.3.1 Tibia Curved by Rickets at Mid-shaft (Figs. 67, 68).- 5.3.2 Femur Curved by Rickets at Mid-shaft (Fig. 69).- 5.3.3 Femur Curved by Rickets at Mid-shaft (Fig. 70).- 5.3.4 Femur Curved by Rickets at Mid-shaft (Fig. 71).- 5.3.5 Tibia Curved by Rickets at Mid-shaft (Figs. 72, 73).- 5.3.6 Femur Enormously Curved by Rickets (Fig. 74).- 5.3.7 Tibia Curved by Rickets. Section Through the Neutral Fibre Layer (Fig- 75).- 5.3.8 Tibia Curved by Rickets. Neutral Fibre Layer (Fig. 76).- 5.3.9 Tibia Curved by Rickets in Its Lower End (Fig. 77).- 5.4 Specimens of Deformities.- 5.4.1 Tibia of a Specimen of Genu Valgum (Figs. 78-80).- 5.4.2 Tibia of a Specimen of Genu Valgum (Fig. 81).- 5.4.3 Femur and Tibia of a Specimen of Genu Valgum (Fig. 82).- 5.5 Specimens of Amputation Stumps.- 5.5.1 Amputation Stump of a Thigh (Fig. 83).- 5.5.2 Amputation Stump of a Lower Leg (Fig. 84).- 5.6 Remodelling in Experimental Bone Specimens.- Specimens with Longitudinal Wires.- 5.6.1 Bending of the Tibia of a Rabbit by a Longitudinal Wire (Fig. 85).- 5.6.2 Bending of the Tibia of a Rabbit by a Longitudinal Wire (Figs. 86,87).- Specimens with du Hamel’s Loop.- 5.6.3 Bending of the Tibia of a Sheep by a du Hamel’s Loop. First Stage of the Process. Primary Alteration in Shape (Fig. 88).- 5.6.4 Constriction of the Metacarpal of a Calf by a du Hamel’s Loop. Second Stage of the Process. Secondary Remodelling of Shape (Fig. 89).- 5.6.5 Loop Experiment on the Femur of a Rabbit. Third Stage of the Process. Disappearance of the Inwards Bent Bone Statically Superfluous (Fig. 90).- 5.6.6 Loop Specimen in the Second Stage Under the Microscope (Fig. 91).- 5.7 Clinical Demonstration of Bone Remodelling after Therapeutic Modification of the Static Stressing of the Bone.- 5.7.1 Severe Congenital Club Foot in a 19-Year-Old Male and the Result 6½ Years After Completion of the Treatment (Figs. 92, 93).- 5.7.2 Severe Congenital Club Foot in a 22-Year-Old Male and the Result 4½ Years After Completion of the Treatment (Figs. 94, 95).- 6 Remodelling of the Internal Architecture and External Shape of Bone by the Trophic Stimulus of Function.- 7 Histological Process of Bone Remodelling.- IV Functional Shape of Bone.- 1 Previous Opinions Concerning the Reasons for the Shape of Bones.- 2 Critical Analysis of the Previous Opinions Concerning the Reasons for the Shape of Bones, Particularly of the “Compression Theory”.- 2.1 Refutation of the Compression Theory on Mathematical Grounds.- 2.2 Refutation of the Compression Theory on Anatomical Grounds.- 2.3 Refutation of the Compression Theory on Clinical Grounds.- 3 Basis of the Theory of the Functional Shape of Bone.- 3.1 Mathematical Foundation of the Theory of the Functional Shape of Normal and Pathological Bones.- 3.2 Anatomical Foundation of the Theory of the Functional Shape of Bones Pathologically Altered.- 3.3 Anatomical Foundation of the Theory of the Functional Shape of Normal Bones.- 4 Summary and Conclusion.- V On the Remodelling Force and Its Therapeutic Use.- 1 The Remodelling Force in the Wide Sense of the Word.- 2 The Remodelling Force in a More Restricted Sense of the Word.- 3 The Theory of the Remodelling Force as Opposed to Previous Concepts for Getting Rid of Bone Deformities.- 4 Possibility of Predicting Therapeutic Results Mathematically.- Appendix to Chapter II- V: Overall View of the Topics of Bone Theory Predictable Mathematically 87.- VI Consequences Drawn from the Law of Bone Remodelling.- 1 Consequences of the Law of Remodelling on Bone Growth.- 2 Consequences of the Law of Remodelling on Fracture Healing.- 2.1 Type and Degree of Functional Incapacity of Broken Bones.- 2.2 How Nature Eliminates the Incapacity of Broken Bones.- 2.3 Previous Opinion Concerning the Processes Occurring at the Fracture Site.- 2.3.1 Conceiving the Processes at the Fracture Site as an Inflammatory Process.- 2.3.2 Conceiving the Processes at the Fracture Site as Analogous to Normal Osteogenesis.- 2.3.3 Conceiving the Processes at the Fracture Site as One Process Sui Generis with a Precursor and an Involution Step.- 2.4 The Healing Process of Fracture According to the Law of Remodelling.- 2.4.1 The Inflammatory or Uniting Process.- 2.4.2 The Remodelling Process.- 2.5 Goals for Histological Research.- 2.6 Restoring Broken Bones to Shapes as Normal as Possible.- 2.7 Duration Discrepancies in the Healing of Different Fractures.- 3 Consequences of the Law of Bone Remodelling on Rickets.- 3.1 Bending of Tubular Bones at Mid-shaft by Rickets.- 3.2 Architecture of the Bones Bent by Rickets Near Their Lower End.- 4 Consequences of the Law of Bone Remodelling on the Pathogenesis and Development of Deformities.- 4.1 Deformities in the Wide and in the Narrow Sense of the Word.- 4.2 Previous Concepts and Grouping of Deformities.- 4.3 Grouping of Deformities According to the Law of Remodelling.- 4.4 Specific Pathogenesis of Deformities in the Narrow Sense of the Word.- 4.4.1 Pathogenesis of Club Foot.- 4.4.2 Pathogenesis of Genu Valgum.- 4.4.3 Pathogenesis of Scoliosis.- 5 Consequences of the Law of Remodelling for the Treatment of Deformities.- 5.1 Correction Without Osteotomy.- 5.2 Correction Using Osteotomies Additionally.- 5.3 Functional Orthopaedics.- 6 Consequences of the Law of Bone Remodelling on the Other Tissues of the Organism.- Appendix to Section 6: The Structure of Plants and the Question of Its Remodelling.- 7 Consequences of the Law of Remodelling on the Metabolism.- 8 Consequences of the Law of Remodelling on Inflammation and Regeneration.- 9 The Teleological Concept of Nature in the Law of Bone Remodelling.- 10 The Law of Remodelling and the Theory of Mechanics.- 11 The Law of Remodelling and “Organ Projection”.- 12 Consequences of the Law of Bone Remodelling on the Theory of Heredity.- References.- Name and Subject Index.

O autorze

Geboren am 16.9.1834 in Quedlinburg; gestorben am 3.6.1910 in Berlin-Charlottenburg.
Der Sohn eines Tuchfabrikanten besuchte das Gymnasium in Quedlinburg. Nach dem Studium der Philosophie und Wirtschaftswissenschaften in Berlin und mehreren Bildungsreisen übernahm er das väterliche Geschäft, gab es aber nach finanziellen Verlusten 1869 auf zugunsten der von ihm gegründeten Quedlinburger "Harz-Zeitung". Für seine Teilnahme am Krieg gegen Frankreich 1870/71 als Landwehroffizier vor Toul wurde er ausgezeichnet. 1872 ließ er sich als freier Schriftsteller in Berlin nieder. 1884 wurde er Ehrenbürger von Hameln; 1904 erhielt er den Professorentitel.