What is a cell biomechanics?
Biomechanics of cells refers to the mechanical function of cells in terms of biology. Biomechanics is an interdisciplinary area of ongoing research that focuses on the mechanistic behavior of cells and biological influences associated with these behavior. The study of cellular biomechanics is based on the disciplines of mechanical engineering, biochemistry and anatomy and physiology. The purpose of biomechanics is to promote the understanding of normal and physiology of the disease at the cellular level. Scientists who specialize in cellular biomechanics have developed tools using microphabrication and innovative processes of nanoscience and bio -specialism. These tools allow scientists to collect and examine cell and protein samples at the molecular level. This approach focuses on a small part of a larger functioning system that is the essence of cellular biomechuanics.
cell biomechanics was also referred to as biomechanics or mechanology; All are concepts that reflect the interdisciplinary nature of this specialization. By studying mechanical ownersScientists can be able to find treatment and medicines for otherwise fatal disease. These properties include biophysical forces, adhesive properties and spatial organization. For example, cell fluid components are associated with membrane stress, permeability and gene expression. Scientists use biomechanics to identify the method of studying cellular behavior on a larger scale in terms of tissues and organs affected by disease.
cells are building blocks of life and a chain of biochemical reactions is essential for normal biological processes to function properly. These reactions often occur with a funny wall under high -specific conditions. When a cellular environment or cellular biomechanics changes in some way, the result on healthy cells can cause hypertension, moves and many other health problems. All normal functionsBodies - such as healing, swelling and loosening hormones - they include the role of cells. The need to understand how these things happen, not only why and when they happen, what is the goal of cellular biomechanics is to achieve.
Biomechanical cell measurements were obtained through a wide range of methodologies, from fluid dynamics to signal transduction. Biomechanical analysis itself has seen a wide range of progress and use, including human kinetics and athletic training. The basic approach remains the same; Biomechanical analysis captures physical measurements associated with movement and co -workers or attributes data to biological processes.