Titlebook: Electric Stimulation of Bone Growth and Repair; Franz Burny,Ewa Herbst,Maurice Hinsenkamp Conference proceedings 1978 Springer-Verlag Berl

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ed by the Parliamentary Assembly of the Council of Europe, the Interdisciplinary Bone Biomechanics Unit of the University of Brussels, and the Department of Applied Electronics, Chalmers University of Technology, Goteborg. The aims of the Symposium were to create and organize communica­ tion between

resilience

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Grundkurs Wirtschaftsmathematikgical consequence of the presence of physiologic electric currents in living bone. These currents represent a part of a control system that takes part in the growth and remodeling of bone and also on the healing of fractures.

Connotation

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Electric Stimulation of Osteogenesis: I. Experimental Study of Bone Healing in the Rabbit Tibia II.um tip connected to a Teflon-coated multistrand stainless steel wire served as anode, and the uncoated 3-mm end of such a wire served as cathode. The results were analyzed macroscopically, radiologically, and histologically.

Redundant

丰满中国

In Vitro Study of Electric Impedance of Bone,ric model is proposed for diaphyseal bone, taking into account longitudinal and transverse resistances of cortex and marrow. The normally distributed resistances per unit of length of bone occur in a single section of the model as lumped resistors.

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Informationssysteme für das Managementhe source of piezoelectric potential generation (46). Another possible explanation of the origin of stress-generated potentials, or at least a partial one, may be ‘streaming potentials’, well described by Eriksson (22).

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Analytische Informationssysteme,ric model is proposed for diaphyseal bone, taking into account longitudinal and transverse resistances of cortex and marrow. The normally distributed resistances per unit of length of bone occur in a single section of the model as lumped resistors.

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Conference proceedings 1978of the Impedance of Bone in Vivo W. SANSEN, F. De DIJCKER, S. STAN, and J. C. MULIER t"Jith 4 Figures . . . . . . . . . . . . . . . . . . . •. . . . . . . . . . . . . . . •. . . . . . . . . 15 In Vitro Study of Electric Impedance of Bone B. DURAND, P. CHRISTEL, and J. ASSAILLY. With 5 Figures . . .