Impact of Mechanical Homeostasis on the Structure and Function of the Skin |Biomedgrid
Journal: American Journal of Biomedical Science & Research (Vol.12, No. 2)Publication Date: 2021-02-26
Authors : Shun Kimura; Makoto Takeo; Takashi Tsuji;
Page : 94-96
Keywords : Tensional Homeostasis; Skin Equivalent; Traction Force; Mrtf-A; Tensionally Homeostatic Skin Model;
Abstract
Tensional homeostasis is crucial for the morphological and functional properties of organs. Skin plays essential roles, such as waterproofing and thermoregulation. The balance of traction force is thought to contribute to the formation of strong and pliable physical structures in organs. In this mini review, we introduce our recent progress showing the importance of the balance of horizontal tension forces to proper skin structure and function by developing a functional human skin equivalent, a tensionally homeostatic skin model.
Other Latest Articles
- Should we shift to Another Technical Paradigm in the Endovascular Exclusion of Complex Thoracic Aortic Aneurysms? |Biomedgrid
- Restoring Humoral Immunity after Autologous Stem Cell Transplantation in Multiple Myeloma and Response to Post-transplantation Vaccination |Biomedgrid
- Common Comorbidities Associated with a Solid Ice Sphere Case |Biomedgrid
- Synergy of Monopolar Radiofrequency Heating and Targeted Pressure Energy as an Innovative Approach to Cellulite Reduction |Biomedgrid
- COVID-19 Transmission via Fomites at Low Temperature: A Potential Silent SARS-CoV-2 Propagation Route |Biomedgrid
Last modified: 2023-08-02 21:46:37