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BK

5th ed.

Edinburgh : Churchill Livingstone, 1987

242 s. : il.

ISBN 0-443-03618-7 (brož.)

Další údaje z titulního listu: 1. The Hip -- 2. The Knee -- 3. The Ankle -- 4. The Foot -- 5. The Plantar Vault

Obsahuje 690 autorových ilustrací, předmluvu, úvod

Bibliografie: s. 242

Končetiny dolní - fyziologie - učebnice vysokošk.

Ústrojí pohybové - fyziologie - učebnice vysokošk.

000078701

THE HIP 1 // Movements of the hip and their ranges 2 // Movements of flexion of the hip 4 // Movements of extension of the hip 6 // Movements of abduction of the hip 8 // Movements of adduction of the hip 10 // Rotational movements of the hip 12 // Movements of circumduction of the hip 14 // Orientation of the femoral head and acetabulum 16 // Relationships of the articular surfaces 18 // The structure of the femur and pelvis 20 // The Labrum Acetabulare and the Ligamentum Teres of the femoral head 22 // The capsular ligament of the hip 24 // The ligaments of the hip 26 // Role of the ligaments in flexion and extension 28 // Role of the ligaments in lateral and medial rotation 30 // Role of the ligaments in adduction and abduction 32 // The physiological actions of the Ligamentum Teres 34 // Coaptation of the articular surfaces of the hip 36 // The muscular and bony factors influencing the stability of the hip 38 // The flexor muscles of the hip 40 // The extensor muscles of the hip 42 // The abductor muscles of the hip 44 // The transverse stability of the pelvis 48 // The adductor muscles of the hip 50 // The lateral rotator muscles of the hip 54 // Rotator muscles of the hip 56 // Inversion of muscular action 58 // Successive recruitment of the abductor muscles 62 // THE KNEE 64 // The axes of the knee 66 // Medial and lateral displacements of the knee 68 // Movements of flexion and extension 70 // Axial rotation of the knee 72 // The general structure of the lower limb and orientation of the articular surfaces 74 // Articular surfaces involved in flexion and extension 76 // Articular surfaces in relation to axial rotation 78 // Profile of the femoral and tibial condyles 80 // Factors determining the shape of the distal femur 82 // Movements of the femoral condyles on the tibial plateau during flexion and extension 84 //

Movements of the femoral condyles on the tibial plateau during axial rotation 86 // The capsule of the knee 88 // The infrapatellar fold, the plicae and the capacity of the joint 90 // The menisci of the knee 92 // Movements of the menisci during flexion and extension 94 // Movements of the menisci during axial rotation; lesions of the menisci 96 // Movements of the patella on the femur 98 // Femoro-patellar relationships 100 // Movements of the patella on the tibia 102 // The collateral ligaments of the knee 104 // The transverse stability of the knee 106 // The anteroposterior stability of the knee 110 // The periarticular defence system of the knee 112 // The cruciate ligaments of the knee 114 // Relations of the capsule and the cruciate ligaments 116 // The direction of the cruciate ligaments 118 // The mechanical role of the cruciate ligaments 120 // The rotational stability of the knee during extension 126 // Dynamic tests of the knee: (medial rotation) 130 // Dynamic tests for rupture of the anterior cruciate ligament 132 // Dynamic tests of the knee: lateral rotation 134 // The extensor muscles of the knee 136 // The physiological actions of the rectus femoris 138 // The flexor muscles of the knee 140 // The rotator muscles of the knee 142 // The automatic rotation of the knee 144 // The dynamic equilibrium of the knee 146 // THE ANKLE 148 // The articular complex of the foot 150 // Flexion and extension 152 // The articular surfaces of the ankle 154 // The ligaments of the ankle 156 // The anteroposterior stability of the ankle and the factors limiting flexion and extension 158 // The transverse stability of the ankle 160 // The tibiofibular joints 162 // The physiological functions of the tibiofibular joint 164 // THE FOOT 166 // The movements of longitudinal rotation and the transverse movements of the foot 168 //

The subtalar (talocalcanean) joint: the articular surfaces 170 // The subtalar joint: the congruence and incongruence of the articular surfaces 172 // The talus: the unusual bone 174 // The ligaments of the subtalar joint 176 // The transverse tarsal (midtarsal) joint and its ligaments 178 // The movements of the subtalar joint 180 // The movements of the subtalar and transverse tarsal joints 182 // The movements of the transverse tarsal joint 184 // The overall functions of the joints of the posterior tarsus 186 // The heterokinetic universal joint of the posterior tarsus 188 // The role of the ligaments during inversion and eversion 190 // The cuneonavicular, intercur �iform and tarsometatarsal joints 192 // Movements of the anterior tarsal and tarsometatarsal joints 194 // Extension of the toes 196 // The interosseous and the lumbrical muscles 198 // The sole of the foot: the plantar muscles 200 // The fibrous tunnels of the dorsal and plantar aspects of the foot 202 // The flexor muscles of the ankle 204 // The Triceps Surae 206 // The other extensor muscles of the ankle 210 // The abductor-pronator muscles: the peronei 212 // The adductor-supinator muscles: the tibialis muscles 214 // THE PLANTAR VAULT 216 // General architecture of the plantar vault 218 // The medial arch 220 // The lateral arch 222 // The anterior arch and the transverse curvature of the foot 224 // The distribution of stresses and the static distortions of the plantar vault 226 // The architectural equilibrium of the foot 228 // Dynamic changes of the arches of the foot during walking 230 // Dynamic changes related to the medial and lateral inclination of the leg on the foot 232 // Adaptation of the plantar vault to the ground 234 // Claw foot (Pes cavus) 236 // Flat foot (Pes planus) 238 // Imbalance of the anterior arch 240 // Bibliography 242