What is diagnostic microbiology?

diagnostic microbiology is a specialty in science that focuses on the application of microbiology on medical diagnosis. Like other microbiologists, diagnostic microbiologists tend to work in a laboratory environment that allows them to access various devices that can use to identify and study the organisms they encounter. People in this area can work in laboratories that process diagnostic testing for hospitals and clinics, and can also work in research and development, to help develop new diagnostic techniques and treatment of microbial infection. When the patient represents a condition caused by infection, the doctor usually wants to determine which organism is responsible to choose the best treatment. The diagnostic microbiologist takes the sample taken from the patient and cultivates him to see what is growing and returns the results of the doctor.

In addition to this involvement in the identification of an organism causing disease, diagnostic microbiology can also be soupart of the development of the treatment plan. For example, many microbes have developed resistance to drugs, so the microbiologist could be asked to test various drugs with cultivated organism to determine the most effective treatment. A clinical microbiologist may also be asked to seek signs of multiple infectious organisms or to provide insight into the pathology of infection.

diagnostic microbiology can also be applied to epidemiology. Clinic microbiologists usually participate in the early stages of monitoring and studying epidemics, identifying the organisms involved, finding a connection between them and helping to develop access to the stopping of the epidemic and treat people who have been infected. Their skills are also used to determine who belongs to the epidemic and who does not, through their diagnostic skills monitor infections, spreading and distinguishing between people with common infections and people captured in an infectious epidemic.

Peoplewho work in the field of diagnostic microbiology, usually have extensive training. The nature of the training may vary depending on where the scientist works. Laboratory technicians, for example, cultivate and identify routine specimens, tend to have less training that people who work as epidemiologists who deal with new and unknown organisms, while confronting the threat of public health. People who are interested in career in diagnostic microbiology should plan to complete many scientific and mathematical courses.