Changes: Walter Reed Army Institute of Research

Revision as of 22:25, 1 December 2013

This article is about the U.S. Army medical research institute (not the hospital). Otherwise, see Walter Reed (disambiguation).

The WRAIR — The "Daniel Inouye Building", **Walter Reed Army Institute of Research**, Silver Spring, Maryland, USA

The Walter Reed Army Institute of Research (WRAIR) is the largest biomedical research facility administered by the U.S. Department of Defense. The institute is centered at the Forest Glen Annex, part of the unincorporated Silver Spring urban area in Maryland just north of Washington, DC, but it is a subordinate unit of the U.S. Army Medical Research and Materiel Command (USAMRMC), headquartered at nearby Fort Detrick, Maryland. At Forest Glen, the WRAIR has shared a large, modern laboratory and administrative facility — the Sen Daniel K. Inouye Building, also known as Building 503 — with the Naval Medical Research Center since 1999.

Official mandate

Basic and applied medical research supporting U.S. military operations is the focus of WRAIR leaders and scientists. The institute fosters a unique understanding of military medical needs and environments, including the exposures (diseases and physical stresses) that troops encounter and the performance requirements of a deployed military force. Despite the focus on the military, however, the institute has historically also addressed and solved a variety of non-military medical problems prevalent in the United States and the wider world. It is particularly well known for advances in the field of tropical and infectious disease medicine.^{[citation needed]}

WRAIR Mission

Conduct biomedical research that is responsive to Department of Defense and U.S. Army requirements and delivers life saving products including knowledge, technology, and medical materiel that sustain the combat effectiveness of the warfighter.

WRAIR Vision

Be the premier Department of Defense biomedical research organization, constantly relevant, integrating basic research and advanced technology that protects, projects, and sustains the warfighter today, invents global medical solutions for the future, and keeps the warfighter on point for the Nation.

WRAIR Goals

Be the warfighter's choice for military medical research, fulfilling the needs of the Department of Defense;

Ensure that our organization and business practices are flexible, dynamic, and agile in order to respond to medical requirements in support of traditional and non-traditional Defense missions throughout the world;

Enhance professional and personal development to keep our people competent and relevant. Gain a competitive edge in our unique core capabilities in support of evolving Defense health needs and missions through empowerment of individuals and collective excellence;

Embrace new technologies to speed the delivery of life saving products to the warfighter.

Divisions and Subordinate Units of the WRAIR

Divisions at the Daniel K. Inouye Building

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The Walter Reed Army Institute of Research hosts two Centers of Excellence for Military Psychiatry and Neuroscience and for Infectious Disease Research which are headquartered in Silver Spring, Maryland.

Center for Military Psychiatry and Neuroscience

Behavioral Biology
Blast Induced Neurotrauma
Brain Trauma Neuroprotection and Neurorestoration
Military Psychiatry
Research Transition Office

Center for Infectious Disease Research

Bacterial and Rickettsial Diseases
Entomology Program
United States Military HIV Research Program
Military Malaria Research Program
Preventive Medicine Program
Viral Diseases

Office of Science Education and Strategic Communications:

Research Marketing
Gains in Education of Mathematics & Science (GEMS)

Students in 7th to 12th grade get an opportunity to participate in an internship for one to four weeks in an Army laboratory and learn technical skills. Advanced courses in subsequent years build upon prior experience.

Science & Engineering Apprentice Program (SEAP)

A cooperative education (work/study) program for high school students looking at a possible career in science and engineering. The program offers hands-on experience and mentoring in Army research and development activities in an actual Army laboratory.

Science & Engineering Apprentice Program-College Qualified Leaders (SEAP-CQL)

Paid internships for undergraduates seeking experience in Army research.

The Walter Reed Army Institute of Research supports and collaborates on all other Army Educational Research Programs including the Mobile Discovery Center, the Junior Solar Spring, eCybermission, Uninitiates Introduction to Engineering (UNITE), Research & Engineering Apprentice Program (REAP), International Science & Engineering Fair (INTEL-ISEF), Internships Science & Engineering Program (ISEP), Junior Science & Humanities Symposium (JSHS), Women in Science Project (WISP), Career Related Experience in Science & Technology (CREST), Consortium Research Fellows Program (CRFP), and Science, Mathematics and Research for Transformation Defense Scholarshop for Service Program (SMART).

Research Support:

Preventive Medicine and Pathology
Pilot Bioproduction Facility
Clinical Trials Center
Veterinary Medicine
Division of Human Subjects Protection
DMAVS, Library and Statistical Services
Information Management
Logistics
Office of Quality Activities
Operations and Security
Personnel
Resource Management
Safety

WRAIR Pilot Lot Production Facility

The Pilot Bioproduction Facility (PBF) was established in 1958 as the Department of Biologics Research and is now located at the Walter Reed Army Institute of Research. The PBF mission is research, development, production, and testing of vaccines for human use.^[1] The PBF at the Forest Glen Annex is a multi-use facility designed and operated for production of vaccines in compliance with the current Good Manufacturing (cGMP) regulations. Compliance with cGMP ensures that products prepared in the facility will be safe, potent, and reproducible.

Since inception, the PBF has specialized in developing vaccines for Department of Defense mission-related disease threats. The PBF follows all federal regulations that apply to biological products and has expertise in the development and production of vaccines for the prevention of a variety of infectious diseases. Projects for public and private partners are accomplished through inter-agency and cooperative agreements.

Vaccines are produced that will protect Soldiers against diseases that they might encounter in areas of deployment. These include vaccines to prevent dengue fever, malaria, meningitis, cholera, shigellosis, hepatitis A, and HIV. The PBF places compliance, cleanliness, and safety as top priorities in the production process of a vaccine. Once the vaccine is tested for safety, potency, and identity, the vaccine is released for use in approved human clinical studies. Several of the PBF's experimental vaccines have progressed on to advanced clinical testing.

Although vaccine development process is complex, the expert^{[citation needed]} PBF staff strives to ensure each step is completed successfully. The PBF has received awards and accolades for its role in developing vaccines for diseases such as hepatitis A and meningitis.^{[citation needed]}

Global Platforms

United States Army Medical Research Unit- Europe (USAMRU-E)
United States Army Medical Research Unit- Kenya (USAMRU-K)
United States Army Medical Research Unit-Brazil (USAMRU-B) (decommissioned in 1997)
United States Army Medical Component of Armed Forces Research Institute of Medical Sciences (USAMC-AFRIMS)

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History of the WRAIR

For the pre-1953 history of WRAIR's predecessor institutions, see Army Medical School.

The WRAIR traces its institutional heritage back to the Army Medical School, founded by U.S. Army Surgeon General George Sternberg in 1893, by some reckonings the first school of public health and preventive medicine in the world. The organization name was officially changed to the Walter Reed Army Institute of Research in 1953.

Through the 20th century, medical discoveries continued to be found by Army researchers from the Army Medical School as U.S. military presence grew across the globe. Between 1900 and World War I (WWI), they showed that the cause of dengue fever was a filterable virus. They showed that parasites cause amebic dysentery and discovered a treatment for it. A vaccine against typhoid and a simple test for syphilis were developed. Chlorination as a method to disinfect drinking water was invented by Institute researchers. These and other advances in medicine, sanitation and hygiene were used by troops during WWI. By WWI, Army researchers from the Army Medical School were working in Asia and the Americas.^[2]

Into World War II (WWII), investigations into dengue, malaria, combat stress, wound treatment, chemical weapons, and military dentistry continued in preparation for the US military to meet new challenges and threats. One such threat was Japanese encephalitis and the Institute was responsible for developing the first vaccine to combat it.

Since the end of WWII, WRAIR has evolved to continue serving Soldiers. The risks of nuclear weapons and chemical or biological warfare were added as new military health threats in the post-WWII era. As well, WRAIR researchers have contributed considerable gains in global medicine. For example, the Institute is responsible for the development of vaccines to prevent hepatitis A, meningococcal meningititis, and adenovirus that caused respiratory disease. In addition, WRAIR researchers have produced two highly effective antimalarial drugs and are currently working on an effective malaria vaccine.^[3] WRAIR's medical contributions protect military and civilian populations worldwide.

Notes

External links

This article contains information that originally came from US Government publications and websites and is in the public domain.

Coordinates: 39°0′18″N 77°3′14.5″W / 39.005°N 77.054028°W / 39.005; -77.054028

[1] ttps://wrair-www.army.mil/Pilot_Bioproduction_Facility/Welcome/

[2] ttps://wrair-www.army.mil/index.php?view=100years

[3] ttps://wrair-www.army.mil/index.php?view=100years

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 Through the 20th century, medical discoveries continued to be found by Army researchers from the Army Medical School as U.S. military presence grew across the globe. Between 1900 and [[World War I]] (WWI), they showed that the cause of [[dengue fever]] was a filterable virus. They showed that parasites cause [[amebic dysentery]] and discovered a treatment for it. A vaccine against [[typhoid]] and a simple test for [[syphilis]] were developed. [[Water chlorination|Chlorination]] as a method to disinfect drinking water was invented by Institute researchers. These and other advances in medicine, sanitation and hygiene were used by troops during WWI. By WWI, Army researchers from the Army Medical School were working in Asia and the Americas.<ref>https://wrair-www.army.mil/index.php?view=100years</ref>
-Into [[World War II]] (WWII), investigations into [[dengue]], [[malaria]], combat stress, [[wound treatment]], [[chemical weapons]], and military dentistry continued in preparation for the US military to meet new challenges and threats. One such threat was [[Japanese encephalitis]] and the Institute was responsible for developing the first vaccine to combat it.
+Into [[World War II]] (WWII), investigations into [[dengue]], malaria, combat stress, [[wound treatment]], [[chemical weapons]], and military dentistry continued in preparation for the US military to meet new challenges and threats. One such threat was [[Japanese encephalitis]] and the Institute was responsible for developing the first vaccine to combat it.
 Since the end of WWII, WRAIR has evolved to continue serving Soldiers. The risks of nuclear weapons and chemical or biological warfare were added as new military health threats in the post-WWII era. As well, WRAIR researchers have contributed considerable gains in global medicine. For example, the Institute is responsible for the development of vaccines to prevent [[hepatitis A]], meningococcal meningititis, and [[adenovirus]] that caused respiratory disease. In addition, WRAIR researchers have produced two highly effective [[antimalarial drugs]] and are currently working on an effective malaria vaccine.<ref>https://wrair-www.army.mil/index.php?view=100years</ref> WRAIR's medical contributions protect military and civilian populations worldwide.