What is Biomechanics injury?
specific forces can cause different types of body injury. Each part of the body can also respond differently from another, while different types of cells can respond to impacts and trunks in different ways. Biomechanics of injury generally combine tissue damage patterns with mechanical forces that, for example, cause bone fracture or brain trauma. Different engineering principles are usually used to model events sequence. Biomechanics of injuries are often applied to scientific brain cell research as well as to prevent and treatment of athletic injuries.
The scientific area of biology and mechanical engineering is usually combined in biomechanics injuries. Patterns of wounds or fractures or displaced clothing or blood stains can be taken into account why there was an injury. The process often includes more than physical examination; Tests such as X -rays and magnetic resonance imaging (MRI) or computer tomograms Aphy (CT) can help analyze the scope of the person's injury. There are also included in the analysisNaking details of reports on accidents, medical history and witnesses.
knowledge of how much power can cause some injury and exactly how to use damage is generally necessary. Biomechanics of injuries are often studied by scientists in various biological fields. In the case of traumatic brain damage, scientists often performed laboratory tests on brain cells to help determine their response to mechanical stress. A special machinery can be used to determine how much voltage and weight they can handle. Research has often been applied to the development of a head protective cover using the knowledge of cell tolerance to create computer models, as brain tissue can respond to different forces.
Biomechanics of injuries are often studied in sports medicine. Many athletic training centers use devices that are programmed with the ability to analyze individuals' biomechanics, POSOto smoke their risk of injury or help them recover from trauma. Such an analysis was also used to provide certain types of shoes and remedial foot products such as orthotics. Proper shoes for specific types of sports often decide to use bio -chechanics of injury, which can help prevent injuries and help in rehabilitation.
through computer analysis, the correct biomechanics can be applied for specific activity on the basis of stressful activities and movements. Computer modeling, engineering and anatomy are usually combined. It often requires specialized knowledge especially in fields to understand how to apply biomechanics injuries to research, medicine or forensic.