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Division of Microbiology and Infectious Diseases Division of Microbiology and Infectious Diseases
Division of Microbiology and Infectious Diseases Division of Microbiology and Infectious Diseases Division of Microbiology and Infectious Diseases
Division of Microbiology and Infectious Diseases Division of Microbiology and Infectious Diseases
Division of Microbiology and Infectious Diseases Research Programs, Press Releases, Meeting Information, Other Supported Programs, Publications & Other Resources Research Programs Press Releases Meeting Information Other Supported Programs Publications & Other Resources Division of Microbiology and Infectious Diseases

Antimicrobial Resistance
Bacterial Infections
Biodefense
Childhood Infections
Drug Development
Emerging Infectious Diseases
Enteric Infections
Fungal Infections
Global Health
Hepatitis
Influenza
Lyme Disease
Malaria
Parasitic Infections Pathogen Genomics
Sexually Transmitted Diseases
Tuberculosis
Vaccines
Viral Infections


Parasitic Infections

Introduction
General Information
Research Plans & Priorities
Meetings

See also: DMID's Malaria Research Program and the International Centers for Tropical Disease Research.

Introduction

Diseases caused by protozoan and helminth parasites are among the leading causes of death and disease in tropical and subtropical regions of the world. Efforts to control the invertebrate vector (carrier, such as the mosquito) of these diseases is, in many cases, difficult as a result of pesticide resistance, concerns regarding environmental damage and lack of adequate infrastructure to apply existing vector control methods. Thus, control of these diseases relies heavily on the availability of drugs. Unfortunately, most existing therapeutics are either incompletely effective or toxic to the human host. In a number of cases, even safe and effective drugs are failing as a result of the selection and spread of drug resistant variants of the parasites. This is best dramatized by the global spread of drug resistant Plasmodium falciparum, the organism responsible for the most lethal form of malaria. New therapeutic agents are therefore urgently needed.

Along with malaria, parasitic diseases studied at NIAID include Schistosomiasis, Filariasis, Trypanosomiasis, and Leishmaniasis, to name only a few. DMIDs Parasitic Disease Research Program supports research on these and orther diseases, including basic parasite biology, diagnosis, immunology and vaccine development, pathogenesis, drug discovery and development, and vector biology. The Tropical Disease Research Units (TDRU) program at NIAID provides vital infrastructure to this research effort. Multidisciplinary teams of TDRU scientists apply the latest techniques in biotechnology to discover, validate, and test new vaccines, chemotherapies, or vector-control strategies to limit parasitic diseases that affect human health. The TDRUs also serve U.S. scientific interests by supporting centers that provide opportunities for research and training on parasitic diseases. Such stable academic environments help ensure that the United States can maintain a cadre of investigators in this field.

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General Information

  1. Overviews



  2. Top of Page

  3. Fact Sheets and Brochures



  4. News Releases


  5. DMID Press Releases

    NIAID Newsroom



  6. Conferences and Meetings



  7. Staff Presentations and Papers



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Research Plans & Priorities

  1. Opportunities & Resources

  2. See Also: Contract Management Branch and Initiatives (Grants).

  3. RESEARCHER RESOURCES
    • Parasitic Infection Research Support (Two repositories to assist scientists studying schistosomiasis and filariasis. One repository provides rodent definitive hosts and snail intermediate hosts infected with Schistosoma species. A second repository provides mammalian definitive hosts and arthropod intermediate hosts infected with Brugia malayi, B. pahangi, or Dirofilaria immitis.)

  4. POLICIES, GUIDELINES, AND ADVICE FOR APPLICANTS

  5. Clinical Trials

    1. INTRAMURAL
      • 00-I-0099: Langerhans' Cell Function and Inflammatory Responses in Skin of Normal Volunteers and Patients with Helminth Infections Using the Suction Blister Technique
      • 99-I-0149: Analysis of the Occurrence of Perilesional Edema and Seizures in Patients With Inactive Cysticercosis
      • 97-I-0096: Evaluation, Treatment, and Monitoring of Patients With Known or Suspected Parasitic Infection

    2. EXTRAMURAL
    3. Projects Sponsored by the International Centers for Tropical Disease Research (ICTDR)

    Federally and Privately Supported Clinical Trials: Clinicaltrials.gov

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  6. Intramural Labs at NIAID


Meetings

See: NIAID Calendar of Events.

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