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President Bob Bell was one of six witnesses to testify before the
U.S. House Science Committee March 3 about Tennessee’s methamphetamine
problem and what universities like Tennessee Tech can do to help.
U.S. Rep. Bart Gordon (D-Tenn.), ranking member
of the committee, invited Bell to testify after hearing him describe
research being done on our campus. His testimony addressed the Methamphetamine
Remediation Research Act of 2005, a bill sponsored by Gordon, Rep.
Ken Calvert (R-Calif.) and committee Chairman Rep. Sherwood Boehlert
(R-N.Y.).
“The area Tennessee Tech serves is predominantly
rural and has been dramatically impacted by the meth problem,”
Bell told the committee. “While the leadership of Tennessee
has been deeply involved in trying to solve this problem, we need
the focus this committee provides on a national level.”
The bi-partisan legislation is the result of a
district roundtable Gordon hosted last year in Tennessee.
"Meth use has reached epidemic proportions,"
Gordon said during the hearing. "And my home state of Tennessee
leads the Southeast in the number of discovered meth labs. This
dangerous drug not only destroys the people who abuse it, but it
also endangers entire communities because of the way it is made.
"Makeshift laboratories are set up inside
homes, apartments and even automobiles. The volatile chemicals used
to make meth not only pose an explosion hazard, but the toxic mess
left behind also can be very detrimental to the environment and
to the children who are often found inside these places," he
added.
Bell explained how TTU collaborates with a number
of state and regional agencies to address the meth problem in Tennessee,
especially in the Upper Cumberland region where the university is
located.
“It is not a university's place to go out
into the streets to arrest criminals, or to remove children from
their homes when the environment is unsafe, or to treat an abuser's
addiction,” stated Bell. “It is a university's place
to train the professionals who take on the difficult jobs on the
front line of the meth battle. It is a university's place to conduct
research that can provide the tools these professionals need to
make a difference.
“In the time since the meth problem became
apparent in Tennessee, Tennessee Tech faculty members have been
eager to join the battle in a meaningful way,” Bell said.
He spoke about research and service programs already being done
on campus, as well as what could be accomplished with more focused
research.
So far, TTU has conducted the following types of studies:
* Using "street" methods, our faculty
members have demonstrated that pseuodoephedrine can be extracted
from most combination products, such as cold medicines that combine
the substance with other drugs.
* Chemistry professors have also conducted preliminary
research on a quick-detection kit to identify contaminated areas,
an aid to law enforcement authorities.
* A TTU professor is gathering psychological data
on children who have been removed from homes where meth was abused
or cooked to test whether exposure to meth can be linked to cognitive
problems.
* TTU helped develop a "Meth Education Tool
Kit" CD with video interviews featuring dozens of front-line
meth specialists for distribution to law enforcement and emergency
services personnel, schools, property owners and others free of
charge.
"The bill attacks the problem from arguably
the most important angle," Bell said of Gordon's legislation.
"It takes the next logical step in one of the most perplexing
and complicated elements of the meth problem — detection and
clean-up of meth-manufacturing sites.
“Much more can be done, however, to address
the problem, not only at home, but across the country. Because of
this bill, faculty at regional universities like Tennessee Tech
can make use of their expertise, engaging in the level of research
required to find real solutions to the problem.”
Bell reported that our faculty members propose
expanding research in the following areas:
* In manufacturing process research: continuing
work in showing how to extract the drug and "cook" the
individual components to more fully understand both meth and other
deadly byproducts.
* In the chemistry of detection: developing new
standards at the national level for detection by researching the
external environment where vapors are vented outside a home or car
being used as a mobile lab.
* A technique called lab fingerprinting: creating
a system of distinguishing among individual lots or batches of meth
to help law enforcement tie a crime involving meth abuse to the
original manufacturer of the drug, much like a human fingerprint.
* In remediation: addressing more efficient methods
for identifying and containing lab products and byproducts with
a rapid environmental analysis kit, and identifying standards for
what is considered “clean.”
* Combining biology with psychology: understanding
the physical and behavioral effects of a lab environment on victims
of meth, particularly children, in order to devise more appropriate
methods for faster, more complete rehabilitation.
* In education and science: expediting the spread
of education initiatives and research findings in an online clearinghouse,
addressing a glaring need for a central source of information.
The Gordon bill would fund a study by the National
Academy of Sciences to determine the long-term health effects of
children exposed to these types of environments, as well as the
long-term health effects on law enforcement officers.
It also charges the Environmental Protection Agency with developing
a set of national standards for cleaning sites found to be housing
"meth" labs. And it would fund the development of field-test
kits for use by law enforcement to detect the illegal labs.
"Faculties at regional universities like
Tennessee Tech can make use of their expertise, engaging in the
level of research required to find real solutions to the problem,"
Bell said. "TTU offers its wholehearted support in every level
of this research."
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