One of the oldest research components of the U.S. National Institutes
of Health (NIH), Rocky Mountain Laboratories (RML) in Hamilton, Montana,
plays a key role in the nation's biomedical research program. Although
it began in an abandoned school nearly 100 years ago, RML today is a
state-of-the-art research facility occupied by world-class scientists
with a mission to study infectious microbes that cause disease in humans
and animals. Because of its long history and expertise in infectious
disease research, RML is now poised to play a leading role in the nation's
fight against bioterrorism and emerging infections. Along with its parent
organization, the National Institute of Allergy and Infectious Diseases
(NIAID), RML will expand its studies to help develop new diagnostics,
vaccines, and treatments for diseases caused by emerging infections
and the intentional release of infectious agents into a civilian population.
For that research to be carried out safely for both the scientists
and the community, NIAID plans to construct an additional research facility
on the RML campus. The laboratories will employ the highest safety standards
recommended for the research proposed to be conducted there, standards
known as Biosafety Levels 3 and 4 (BSL-3 and BSL-4), to prevent scientists
and the environment from being exposed to microorganisms. The facility
will comply with stringent Federal and state regulations for construction,
use, security, inspection, and certification.
Below are answers to some frequently asked questions about research
facilities and biocontainment.
- What type of additional facility is being planned for the RML campus?
The 100,000-square-foot building will be an Integrated Research Facility
housing laboratories, offices, conference rooms, a lunch room, animal
quarters, mechanical space, and a waste-handling area. There will
be BSL-2 and BSL-3 laboratory suites similar to those already on the
RML campus. In addition, there will be a suite of laboratories designed
to operate at Biosafety Level 4 (BSL-4).
The BSL-4 research laboratories and animal quarters will comprise
only 6,800 net square feet of the building.
- What is a Biosafety Level 4 (BSL-4) laboratory?
BSL-4 laboratories are designed to prevent infectious microbes from
being released into the environment and to provide the highest possible
level of safety to scientists carrying out experiments with infectious
microbes. BSL-4 facilities may contain clinical components and/or
those where animal experiments can be safely carried out.
BSL-4 uses several measures to ensure infectious agents are properly
contained or destroyed. They include microfiltration of air, air-lock
buffer zones, "space suits" with positive-pressure air supply, chemical
decontamination, and decontamination at high temperature for long
periods of all materials produced in the facility.
See list of safety requirements and policies at http://bmbl.od.nih.gov/sect3bsl4.htm.
- Why does RML need BSL-4 laboratories?
President Bush has tasked NIAID, the parent institute of the RML,
with a leadership role in carrying out research on microbial agents
that may be used as agents of bioterrorism, agents directed at our
civilian population. In addition to bioterrorism, some of these same
agents are the causes of newly or re-emerging diseases that pose significant
public health risks. The ultimate goal is to develop new diagnostics,
vaccines, and treatments against diseases caused by these infectious agents.
Such products can be developed only on a solid understanding of the
basic biology of the disease-causing agents and only with the use
of specialized, high-containment labs, such as this facility. RML
is world renowned for expertise in research on infectious microbes.
Because some of the microbes studied at RML are naturally newly emerging
in the United States or may jump from animals to humans, they share
characteristics with potential agents of bioterrorism. RML researchers
have long-term experience in studying such organisms. These scientists
are uniquely qualified to apply their knowledge and skills to investigate
these diseases and to develop strategies and products to counter the
threats they pose.
Currently, there is no BSL-4 facility to serve the northwestern United States.
- What precautions are being taken to ensure the facility
is safe from intrusion by outsiders?
The BSL-4 facility will be constructed within the secured perimeter.
In addition, there will be extra security for the BSL-4 lab building.
New lighting, observation cameras, and card reader systems are being
installed for the entire campus and additional measures will be implemented
in the BSL-4 facility. Multi-levels of security devices will be installed
throughout the new facility.
- What precautions are in place for transporting infectious
materials to and from the lab?
There are specific Government regulations for transportation of infectious
materials. Infectious materials are safely transported worldwide on
a daily basis under these regulations. See http://bmbl.od.nih.gov/appendc.htm.
- What certification and oversight systems will be in place?
The Division of Safety, National Institutes of Health, will oversee
all efforts related to the planning and design of the facility. In
addition, this organization will review and approve all proposed protocols
and standard operating procedures for the BSL 4 laboratory prior to
its use. A stringent approval process will take place before each
and any experiment begins in the facility. In addition, RML has active
in-house programs in biosafety, radiation safety, occupational safety,
and hazardous material safety.
- Why can't the research be carried out in the BSL-3 facility
already operating at RML?
A BSL-4 facility expands the capability of the RML researchers to
conduct research on highly infectious agents. The use of BSL-4 is
required for research of certain agents and for certain experiments,
such as the testing of vaccines for emerging infectious microbial
agents that are normally ranked at BSL-3. BSL-3 and BSL-4 facilities
use stringent safeguards to keep any pathogens from escaping into
the environment. In addition, BSL-4 is designed to prevent physical
contact between pathogens and lab personnel inside the workspace.
To meet this goal, people working in a BSL-4 laboratory wear special
protective suits with filtered air supply. A BSL-4 facility also requires
increased security to control access. In addition, all personnel must
receive rigorous and detailed instruction and certification before
they are allowed to work in high- containment laboratory suites
- Will this additional facility pose any threat to the local community?
A properly constructed and properly operated BSL-4 facility poses
no threat to the local community. There are no recorded incidents
involving community contamination from any of the extant BSL-4 facilities.
- Are RML scientists already studying potential agents of bioterrorism?
Even before the current emphasis on biodefense, RML scientists had
been studying organisms that cause a variety of infectious diseases.
Potentially, some of these microbes also could be used as agents of
bioterrorism. Examples of these diseases include plague, Lyme disease,
rabies, HIV, tuberculosis, transmissible spongiform encephalopathies
and Q fever. All of this work has been carried out with required safety
measures in place.
- How many other research facilities in the United States
have BSL-4 laboratories?
BSL-4 labs have the most stringent safety and security requirements.
There are currently only four operational BSL-4 laboratory suites
in the United States: at the Centers for Disease Control and Prevention
in Atlanta; at the United States Army Medical Research Institute for
Infectious Diseases at Fort Detrick in Frederick, MD; at the Southwest
Foundation for Biomedical Research in San Antonio; and at the University
of Texas at Galveston. A small BSL-4 facility exists on the NIH campus
in Bethesda, MD, but it is currently being operated only at a BSL-3
level for research on important emerging infectious diseases.
- What kinds of experiments will be carried out in the facility?
The Centers for Disease Control and Prevention (CDC) has categorized
infectious agents according to the containment level at which they
must be handled. Criteria for inclusion on this list includes their
potential for use as agents of bioterrorism. (http://www.bt.cdc.gov/Agent/Agentlist.asp).
Presently, RML scientists conduct basic research on infectious agents
at BSL-2 and BSL-3 levels of containment. The new facility will expand
the opportunities to work at those levels, and also will provide the
opportunity to work at the BSL-4 level.
- When will construction of the building be completed?
Preliminary planning for the facility has been completed; the project
is now in design development. An Environmental Impact Statement (EIS)
is being prepared to address possible environmental impacts of the
project. No construction can begin until the EIS process is completed.
The design should be finished within one year; construction may take
up to two years. BSL-4 laboratories also must undergo a stringent
certification process before they can be used.
- How much will the project cost?
The budget allows $66.5 million for planning, construction and related costs.
- How many people will work in the facility?
Until the design process is complete, it is not known exactly how
many persons will work in the facility. It is anticipated that current
staff members will expand their research efforts to include experiments
at the BSL-4 level. In addition, new staff members with expertise
in biocontainment procedures will be recruited.
- Has there ever been an accident at a BSL-3 or BSL-4 facility
that caused release of micro-organisms into the environment?
No. A number of BSL-4 facilities have operated safely in the United
States for 30 years. Rare accidents such as needlesticks may cause
exposure of laboratory staff; immediate treatment of any person so
exposed avoids any danger to other workers or to the community.
- Will the research be secret?
The ultimate goal of this research program is to provide information
and to translate this information into diagnostics, treatments and
vaccines that will combat agents of bioterrorism. Although safety
concerns will limit access to the facility, it is anticipated that
all research carried out in the facility will be published and communicated
in the same manner as other research at the NIH.