SARS

How is SARS transmitted?



Preventing Outbreaks of Unknown Diseases in the future

Diseases are constantly evolving into forms that we have never encountered before, and with the mobility afforded to us by modern transportation technology, the risk of a disease that spreads worldwide is real.

 

However, there are precautionary measures that can be taken to limit the spread of any disease. Essentially, there are two keys to preventing the spread of a similar unknown disease in the future.

First, communication is of utmost importance. The fact that the Chinese government did not alert international authorities of the potential outbreak for the four months between November 2002 and February 2003 may have led to hundreds of preventable deaths. On the other hand, the announcement made in February 2003 may have saved thousands more lives. Though modern transportation technology may be the avenue through which disease spreads, modern communication technology may also be our greatest weapon in isolating an exposure.

Second, hospitals must have the proper preparations in place to handle an unknown, contagious disease. One of the largest groups infected with SARS were healthcare workers, and sanitary precautions, including wearing masks and eyewear, must be taken when dealing with an unknown disease.

Furthermore, although SARS is not believed to be an airborne disease, this is no guarantee that a future outbreak will not be either. Steps must be taken to prepare for this eventuality. One preventative measure that should be taken in the case of an unknown disease is the use of negative air pressure filtration in the rooms of infected patients. This air filtration technique can ensure that all air leaving the room of an infected patient passes through an air purifier with a HEPA filter and UV light to trap and sterilize bacteria and viruses, significantly limiting the spread of a disease. For relatively low cost, a hospital or other medical facility can purchase portable air purifiers that can be put in rooms to create negative air pressure in the event that an unknown disease appears.