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Bone Structure Articles & Analysis
13 articles found
Joint replacement surgery—most commonly performed on hips and knees—has transformed the lives of millions by relieving pain, restoring movement, and improving quality of life. As technology advances, surgeons now have choices in how they fixate the prosthesis to the bone. The two primary techniques are cemented fixation and cementless fixation (also called uncemented fixation). ...
Its unique properties, such as biocompatibility, bioactivity, and structural similarity to human bone and teeth, make it indispensable in fields like biomedical engineering, environmental science, and advanced materials. ...
ByMatexcel
The dual mobility blueprint disperses the forces exerted on the prosthesis more evenly, thus mitigating stress on the bearing surfaces. Enhanced Biomechanics and Bone Preservation: The distinctive design of bipolar hip prostheses results in improved biomechanical properties and contributes to preserving bone structure. ...
There are a ton of practical uses for computer vision at present times. One industry where this technology is increasingly useful in healthcare. It is impossible to exaggerate the value of computer vision services in the medical field. Its methods continue to be used more widely since they have demonstrated excellent utility in numerous medical contexts, including surgical planning and medical ...
Collagen occupies different contents in our body, most of which are in bones. Collagen constitutes 90% of organic bone mass and provides a fixed structural framework for calcium and other minerals. ...
NovoSorb BTM may bridge avascular structures, such as bone or tendon,[1] if the matrix is in contact with adequate viable tissue surrounding the structure. Application over exposed bone may require the bone to be burred or drilled to induce punctate bleeding.[2] In preparing the wound bed for NovoSorb BTM ...
BMC = bone mineral content; BMD = bone mineral density; CSMI = cross-sectional moment of inertia; Ct.sBMD = cortical surface BMD; Ct.Th = cortical thickness; vBMD = volumetric BMD. 2.4 Statistical analyses Baseline comparisons were expressed in percentages or absolute values and comparisons were made by pairedttests. ...
NovoSorb BTM is designed to integrate over avascular structures, including exposed bone and tendon,[4] if the wound bed and its margins consist of viable tissue: dermis, subcutaneous fat, muscle, paratenon, or periosteum. BTM may be used to bridge avascular structures such as exposed bone if they are in contact with adequate ...
Complex wounds often involve exposed deep structures of the dermal layer, requiring prompt wound closure and tissue reconstruction. ...
A preoperative CT scan gives a detailed visualization of the structure decreasing the potential for implant-related complications and verifies that the rods are placed according to the dimensions of the bone structure. ...
Abstract Introduction: Few data exist on the effects of bone-targeted exercise on geometric and biomechanical indices of bone strength in men. ...
Six commercially available CaP bone substitutes (Bio-Oss, Actifuse, Bi-Ostetic, MBCP, Vitoss and chronOs) as well as two tricalcium phosphate (TCP) ceramics with either a micron-scale (TCP-B) or submicronscale (TCP-S) surface structure are characterized and their bone forming potential is evaluated in a canine ectopic implantation model. ...
The structure of compact bone is heterogeneous and as such, is difficult to shape by cutting tools during clinical surgical practices. The structure of bone can have a devastating effect on the performance of the cutting tool unless it is coated with a thin solid film that is wear resistant. The paper investigates the use of ...