Research Trends

  To understand how to prevent communicable diseases, it is essential to recognize the difference between an infectious agent that causes disease and one that can transmit diseases. An example of an infectious agent is bacteria or viruses. An example of a disease-transmitting agent is HIV/AIDS. Since AIDS can cause death, the primary objective of communicable disease control is to prevent the transmission of diseases. The methods used to detect and treat communicable diseases depend upon the disease in question. The two primary techniques are public health surveillance and quarantine. Public health surveillance refers to the identification, investigation, and treatment of diseases in a community. Quarantine is used to contain the disease outside of the patient's immediate community. Disease control and prevention vaccine works by avoiding disease before it begins. The goal of treatment is to cure or prevent disease in its early stages. Properly identified and diagnosed disease

  Linear Accelerators for radiation are utilized by a wide range of businesses, as they can create high measures of energy for a lot of time. This can be valuable in numerous applications. A Linear Accelerator utilizes a pivoting shaft that turns at a steady rate and is appended to an instrument that actions the measure of energy being delivered. The instrument creates an electric field that grants energy to the particles that are sped up. This kind of energy is truly important in applications where high force is required. Numerous emergency clinics utilize a Linear Accelerator that assists with making an all the more remarkable clinical machine. It can produce a lot of energy that can control a MRI machine or other indicative gadgets. This kind of machine is likewise used to control gear, for example, a X-Ray machine. The energy that is made from the linear gas pedal for radiation is exceptionally high and extremely amazing. Subsequently, it can make a pillar that is far more groun