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| October 19, 2001 | |||||||||||||||
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Anthrax doesn't intimidate students in SCC's Medical Laboratory Technology Program |
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SYLVA
- When news of the recent Anthrax infections first broke, the politicians
and doctors who told television and newspaper reporters about the diagnosis
weren't the ones who officially and initially identified the disease. Behind the
scenes, in laboratories across the nation, Medical Laboratory Technicians
identify dangerous diseases like anthrax and others like it every day.
These technicians are the nation's first line of defense against the
horror of infectious diseases. "The
thing that sets this country apart from the Third World is that we have
these people who can identify infectious diseases and communicate correct
information to doctors resulting in quality, timely treatment,"
said Dale Hall, an instructor at Southwestern Community College who
has been in the field for 20 years. "That's what we have that they
don't. It helps minimize the threat. Because we have the ability to
identify, isolate and treat these diseases like anthrax, we're halfway
home. If we had no clue how to do those things, it would be a lot more
frightening." Several future
technicians are presently studying Special Clinical Microbiology under
the guidance of Hall, who is showing them not only how to identify potentially
devastating bacteria - but also how to determine the best course of
antibiotic. The particularly
intense Microbiology course Hall is teaching this semester requires
students to identify a new set of bacterial specimens every week. The
students come to lab several hours each day and track each bacteria's
behavior while also analyzing how it reacts to a variety of antibiotics. "We have
to be able to identify the bacteria," said Juanita Hyde, a Bryson
City student who plans to graduate in May. "We figure out which
antibiotic - and how much of it to use, and we report back to
the doctor." Working with
specimens like E. coli and others has helped students like Heidi Whitaker
to overcome their fears of biological attacks like the ones that took
place in New York, Florida and Nevada during the week of Oct. 8. "It is
scary if you encounter something like that," said Whitaker, a second-year
student who lives in Haywood County. "But we know what to look
for, and we have been trained to take the necessary precautions to avoid
contracting it ourselves. It's not something that's common, and there
are dangers in everything we do in this field." Tonia Biddix
of Jackson County agreed: "A lot of people I know are really, really
afraid. But being here in this program, I'm not as scared. There's a
lot of security in knowing how diseases like that are identified, and
in knowing how to use universal precautions so that you don't take diseases
like that home to your family." First and
foremost among those "universal precautions" is washing your
hands regularly, according to Hall. In fact, that simple act is a clear
example of the message Hall hopes the general public will take from
learning about his class. "Microbiology
is very complicated stuff; we're not saying that everyone needs to know
it and understand it completely," Hall said. "We're fortunate
to have an educational system and people like Tonia, Heidi and Juanita
who are interested and capable of learning how to do these things. Everyone
doesn't need to know every little detail we cover in this class. It
is good to be concerned and to be aware of things you can do - things
like hand-washing - that can go a long way toward safety, even if you
don't understand the ins and outs of microbiology." |
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| SCC Instructor Dale Hall, right, works with Medical Laboratory Technology student Juanita Hyde of Bryson City as she inoculates agar with a specimen of what she suspects is E. coli bacteria so she can more closely analyze it. | |||||||||||||||
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| Heidi Whitaker of Clyde, a student in the Medical Laboratory Technology program, analyzes a specimen under a microscope during class last week. | |||||||||||||||
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| Student Tonia Biddix applies a variety of antibiotics to bacteria in an attempt to isolate and stop the bacteria’s growth. | |||||||||||||||
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