The Biomechanical Environment and Impact on Tissue Fibrosis

Carver, Wayne; Esch, Amanda; Fowlkes, Vennece; Goldsmith, Edie C.

doi:10.1007/978-3-319-45433-7_9

Cited by 3 publications

(2 citation statements)

References 109 publications

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“…However, the importance of mechanical signals to control cellular processes has only been recognized more recently. That is why, as interest grows in the field of mechanobiology, new study models are developed to analyze the influence of mechanical forces on cells and tissues [70,71].…”

Section: Coupling Between Osseointegration and Mechanotransductionmentioning

confidence: 99%

Coupling between Osseointegration and Mechanotransduction to Maintain Foreign Body Equilibrium in the Long-Term: A Comprehensive Overview

Amengual‐Peñafiel

Brañes-Aroca

Marchesani-Carrasco³

et al. 2019

JCM

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The permanent interaction between bone tissue and the immune system shows us the complex biology of the tissue in which we insert oral implants. At the same time, new knowledge in relation to the interaction of materials and the host, reveals to us the true nature of osseointegration. So, to achieve clinical success or perhaps most importantly, to understand why we sometimes fail, the study of oral implantology should consider the following advice equally important: a correct clinical protocol, the study of the immunomodulatory capacity of the device and the osteoimmunobiology of the host. Although osseointegration may seem adequate from the clinical point of view, a deeper vision shows us that a Foreign Body Equilibrium could be susceptible to environmental conditions. This is why maintaining this cellular balance should become our therapeutic target and, more specifically, the understanding of the main cell involved, the macrophage. The advent of new information, the development of new implant surfaces and the introduction of new therapeutic proposals such as therapeutic mechanotransduction, will allow us to maintain a healthy host-implant relationship long-term.

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Section: Coupling Between Osseointegration and Mechanotransductionmentioning

confidence: 99%

Coupling between Osseointegration and Mechanotransduction to Maintain Foreign Body Equilibrium in the Long-Term: A Comprehensive Overview

Amengual‐Peñafiel

Brañes-Aroca

Marchesani-Carrasco³

et al. 2019

JCM

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“…Such advancements have led to better understanding of cytoskeletal structures within cells and dynamics of movement of molecules within cells. Biomechanical software has led to better understanding regarding metastatic nature of cancerous cells [35]. The movement of cancerous cells from tumour sites to normal site within human body has led to better analysis and screening cancerous cells [18].…”

Section: Cancer and Cytoskeletal Studiesmentioning

confidence: 99%

Optimization of the Application Software in Biomechanics and Their Contribution to The Biological Field

Daoud¹,

Ghadi²,

Almimi³

2019

JESTR

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Biomechanics refers to study of movement within dynamic biological systems. Advancement of computer software technologies such as JAVA language leads to combine stimuli and signals by biological systems and utilize them for research purposes. The main aim of this research is to analyse various biomechanical software and advancements that have been made in the field of mechanical software. Secondary research analysis has been utilized within this research paper. A Number of computational software such as OpenSim and ABAQUS have been proven to be very beneficial in this aspect. Advancement in biomechanical software has led to better research in cancer and cytoskeletal studies. Thus, Biomechanical software enables us to study kinetics of body without invasive procedures and does not cause any hindrance to ethical issues.

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Micromechanical Properties Investigation of Rabbit Carotid Aneurysms by Atomic Force Microscopy

Wang,

Jingtao Wang,

Wang

et al. 2024

IFMBE Proceedings

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The Biomechanical Environment and Impact on Tissue Fibrosis

Cited by 3 publications

References 109 publications

Coupling between Osseointegration and Mechanotransduction to Maintain Foreign Body Equilibrium in the Long-Term: A Comprehensive Overview

Coupling between Osseointegration and Mechanotransduction to Maintain Foreign Body Equilibrium in the Long-Term: A Comprehensive Overview

Optimization of the Application Software in Biomechanics and Their Contribution to The Biological Field

Micromechanical Properties Investigation of Rabbit Carotid Aneurysms by Atomic Force Microscopy

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