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Torso --- physiology.
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Quatrième de couverture : "La chirurgie des lambeaux consiste à transposer des tissus à vascularisation autonome d'une région anatomique à une autre. Grâce aux progrès technologiques et aux études d'anatomie vasculaire de plus en plus approfondies, cette chirurgie a évolué pour aboutir plus récemment au concept de ' lambeau perforant '. Ce concept permet d'allier sécurité vasculaire, qualité de la reconstruction et réduction des séquelles fonctionnelles et esthétiques. La technique chirurgicale de prélèvement repose sur une dissection microchirurgicale de la perforante dominante, naissant d'une artère source. Celle-ci est repérée et analysée, en préopératoire, par examen ultrasonographique ou tomographique numérisé. Ces lambeaux sont particulièrement intéressants pour couvrir des pertes de substance cervico-faciales ou réaliser des reconstructions mammaires. L'ouvrage proposé est construit comme un atlas qui donne les localisations préférentielles des artères perforantes cutanées, indique de quelle artère source elles sont issues et où elles se situent par rapport à des repères anatomiques précis. L'iconographie, originale et novatrice, présente pour chaque artère source, ses groupements de perforantes correspondants. Un tableau synthétique rappelle les informations principales de chacun de ces groupements de perforantes : réalisation ou non d'un lambeau libre, possibilité de prélever les vaisseaux sources ou non, longueur moyenne du pédicule perforant, surface moyenne de la palette cutanée. Le rôle et l'importance de l'imagerie peropératoire sont abordés ainsi que les applications cliniques. Cet atlas s'adresse aux chirurgiens plasticiens, aux chirurgiens généraux et viscéraux, aux chirurgiens orthopédistes ou vasculaires ainsi qu'aux anatomistes."
Surgical Flaps --- Arteries --- Extremities --- Torso
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Palpation --- Lower Extremity --- Upper Extremity --- Head --- Torso --- method --- Lower Extremity. --- Upper Extremity. --- Head. --- Torso. --- method.
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Art --- Sculpture --- torsos [animal components] --- antieke beeldhouwkunst --- Classical --- torso Belvedere
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Sculpture, Hellenistic --- Sculpture --- Stonework, Decorative --- Hellenistic sculpture --- Study and teaching --- Belvedere torso. --- Belvedere-torsoen --- Torso vom Belvedere --- Torso von Belvedere --- Aesthetics of art --- Art --- art theory --- torso Belvedere --- anno 1500-1599 --- anno 1600-1699 --- anno 1700-1799 --- Bas-relief --- Statues --- Sculpture, Greek --- Sculpture, Primitive --- antieke beeldhouwkunst --- historiografie van de kunstgeschiedenis --- receptiegeschiedenis
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Anatomy, Regional --- Squelette humain --- Anatomie --- Anatomy. --- Human anatomy --- Anatomie humaine --- Anatomie. --- Torso --- Thorax --- anatomy & histology. --- Membre supérieur --- Membre inférieur --- anatomy & histology --- Anatomy, Regional. --- Anatomy, regional --- Anatomy
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Movement and locomotion have always been key activities for all animals, being related to the most crucial life functions: retrieving food, facing environmental issues and mating. Humans developed complex upper arms movements and bipedal gaits in order to move and locomote. To enhance their performance, they started inventing smart passive mechanical tools. This need arose from intrinsic limitations of their muscle–joint–bone systems and metabolic power availability. Newly invented devices were mainly introduced in order to cope with such constraints. The aim of this Special Issue is to advance knowledge regarding symmetry, biomechanics and energetics of passively assisted human movement and locomotion.
Research & information: general --- Biology, life sciences --- body centre of mass --- human gait --- race walking --- force plate --- locomotion --- biomechanics --- pole walking --- more affected side --- asymmetries --- angles --- spatiotemporal --- aerobic training --- human performance --- muscle endurance --- team sport --- torso extensors --- torso flexors --- agreement --- imbalance --- football skills --- football performance --- Parkinson’s disease --- gait --- dual task --- turning --- kinematics --- body centre of mass --- human gait --- race walking --- force plate --- locomotion --- biomechanics --- pole walking --- more affected side --- asymmetries --- angles --- spatiotemporal --- aerobic training --- human performance --- muscle endurance --- team sport --- torso extensors --- torso flexors --- agreement --- imbalance --- football skills --- football performance --- Parkinson’s disease --- gait --- dual task --- turning --- kinematics
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Lower Extremity --- Upper Extremity --- Torso --- 611 --- Anatomie --- menskunde --- celleer --- anatomie --- 600.51 --- anatomie, cel- en weefselleer --- Anatomy --- Head --- Neck --- Viscera --- anatomy and histology --- Anatomie humaine --- Pelvis --- Palpation --- Anatomy. --- Human anatomy --- Head - anatomy and histology --- Neck - anatomy and histology --- Torso - anatomy and histology --- Viscera - anatomy and histology --- Lower Extremity - anatomy and histology --- Pelvis - anatomy and histology --- Upper Extremity - anatomy and histology
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Conçue dans une nouvelle maquette modernisée cette nouvelle édition répond aux besoins du nouveau programme de technologie en masso-kinésithérapie en écoles de kinésithérapie. Elle aborde ainsi l'ensemble des connaissances techniques nécessaires à la pratique professionnelle. Ce premier tome donne le cadre d'exercice les bases cliniques et définit les techniques. Il développe : Les indications spécialité par spécialité de la prise en charge en fonction de la sémiologie et de la physiopathologie ;Les modalités et principes de l'examen clinique palpatoire des techniques de bilan et d'évaluation ;Les techniques de massage et de mobilisations passives et actives ainsi que des techniques particulières telles que postures et stretching levées de tensions rééducation proprioceptive chaînes musculaires ;Et enfin les grands concepts rééducatifs.
Exercise Therapy. --- Myofunctional Therapy --- Rehabilitation --- Physical Therapy Specialty --- Head --- Torso --- Kinésithérapie. --- Thérapeutique par l'exercice. --- Tête. --- Tronc (anatomie) --- Membres --- Thérapie myofonctionnelle. --- Réadaptation. --- Kinésithérapie (spécialité). --- Traitement par les exercices physiques. --- Tête. --- Tronc. --- Physical Therapy Modalities --- Human anatomy --- Exercise therapy --- Anatomie humaine --- Thérapeutique par l'exercice --- handbooks. --- Exercise Therapy --- Rehabilitation. --- Physical Therapy Specialty. --- Head. --- Torso.
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Movement and locomotion have always been key activities for all animals, being related to the most crucial life functions: retrieving food, facing environmental issues and mating. Humans developed complex upper arms movements and bipedal gaits in order to move and locomote. To enhance their performance, they started inventing smart passive mechanical tools. This need arose from intrinsic limitations of their muscle–joint–bone systems and metabolic power availability. Newly invented devices were mainly introduced in order to cope with such constraints. The aim of this Special Issue is to advance knowledge regarding symmetry, biomechanics and energetics of passively assisted human movement and locomotion.
body centre of mass --- human gait --- race walking --- force plate --- locomotion --- biomechanics --- pole walking --- more affected side --- asymmetries --- angles --- spatiotemporal --- aerobic training --- human performance --- muscle endurance --- team sport --- torso extensors --- torso flexors --- agreement --- imbalance --- football skills --- football performance --- Parkinson’s disease --- gait --- dual task --- turning --- kinematics
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