I Have A Fever Of 102 What Should I Do
  Recently a doctor met with his patient that asked him if I have a fever of 102 what should I do? The doctor said this all depends on circumstances but once you are unsure or see this visit the emergency room of the closest hospital immediately. The doctor elaborated more on the matter. The exception to the rule about holding to usual routines arises if you come into close contact with high-risk individuals small children, the chronically ill, the elderly. If such contacts are inevitable, break the normal routine to avoid them for the first 48 hours of severe symptoms, if possible. If not, both you and the susceptible parties should be extra- scrupulous in washing, avoiding hand contact and keeping room air circulating freely. These precautions can help block the spread of the virus, which is at its worst during the first two days of symptoms; unfortunately, it spreads for a day or so beforehand, but there is no way to detect that earlier period of contagion.
The immune system is a common cold cure that works. As a superficial infection of the upper respiratory tract, the common cold is just a border incident in the body’s wary coexistence with a hostile environment. It is no more than that largely because the defenders of the immune system mobilize to repel the aggressor virus. In a complex sequence of actions directed against both influenza and colds, the body’s cells and chemicals slow the infiltration by virus particles, then destroy them and finally create new defenses to block future attacks. Scientists must deduce some of these actions from experiment. Others, however, can be photographed using the superb resolution of the electron microscope in tissues taken from humans and from animals having similar immune systems. Then many people would not have to ask if I have a fever of 102 what should I do.
The virus attack begins when a virus particle works its way through the hair like cilia that sweep the respiratory tract, and finds a cell it can infect. As the virus attempts to expand its bridgehead, the target cell releases the chemical interferon, which slows the invasion.
This initial struggle goes on unbeknownst to the human host. But when the infection sets off other immune responses that eventually repel the attack, those defensive actions bring on the familiar runny nose, sneezing and coughing of cold or flu. |
