Infectious diseases
with high morbidity
and mortality
Pneumonia
HIV/AIDS
Diarrhea
Tuberculosis
Malaria
Measles
INFECTIOUS DISEASES ARE MAJOR KILLERS IN DEVELOPING REGIONS of the
world. Diseases that are prevented and treated quite readily in wealthier nations have a
devastating effect on poor communities in Africa, Central America, and South America.
Too often, the underlying problem is a simple lack of community-level systems for
delivering health care and for providing clean water and adequate nutrition.
The Izumi Foundation supports projects that address six infectious diseases with
high morbidity and mortality that have been identified by the World Health
Organization. Of particular interest are projects that also promote maternal and child
health and build community capacity. The foundation frequently lends its support to
collaborative projects that promise to achieve national or regional impact.

The
Measles Initiative is a collaborative effort to
reduce measles deaths globally. The foundation
participates in the initiative through grants to the
United Nations Foundation. Our support has
helped with two efforts: upgrading the “vaccine
cold chain,” or temperature-controlled vaccine
supply system, throughout Mozambique, and
supplying bednets that protect pregnant women
and children under age five from malaria in Mali.
The
Alliance for the Prudent Use of Antibiotics is addressing the growing problem of drug
resistance in Africa by establishing chapters in
Namibia, Tanzania, and the Gambia. By
promoting the development of appropriate
antimicrobial policy and practice, the three
national chapters will help to ensure the future
effectiveness of life-saving antibiotics.
The
African Services Committee provides voluntary
HIV testing and counseling, palliative care, and
treatment at a clinic in the Tigray region of
Ethiopia. This project is consistent with the foundation’s
desire to devote its resources to providing
cost-effective prevention and treatment activities
to people at risk of and living with HIV, through
support of replicable, community-based models.