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We currently have effective medicines to cure almost every major infectious disease. But we risk losing these valuable drugs and our opportunity to eventually control many infectious diseases because of increasing antimicrobial resistance.

Gro Harlem Brundtland

We currently have effective medicines to cure almost every major infectious disease, ... But we risk losing these valuable drugs and our opportunity to eventually control many infectious diseases because of increasing antimicrobial resistance.

Gro Harlem Brundtland

If the world fails to mount a more serious effort to fight infectious diseases, antimicrobial resistance will increasingly threaten to send the world back to a pre-antibiotic age,

Gro Harlem Brundtland

Often, we don't realize we miss infectious diseases until we have invasive species that become pests without their natural enemies. Parasites act like thermostats - when a species becomes abundant it is more susceptible to infectious diseases. The disease acts like a safety valve, keeping populations in check.

This collaboration with the CDC illustrates the progress we continue to make with our infectious disease program. Working with the CDC will strengthen our pursuit of an effective long-lasting antimicrobial coating for medical devices.

We want to use the drugs that we believe would be the most effective, ... by preventing what could be an extremely serious infectious disease.

Julie Gerberding

In today's world, it is shortsighted to think that infectious diseases cannot cross borders. By allowing developing countries access to generic drugs, we not only help improve health in those nations, we also help ourselves control these debilitating and often deadly diseases.

We will invest in companies developing fundamentally new platforms for detection, prevention and treatment of global, pathogenic infectious diseases. More than 15 million people worldwide die each year from infectious diseases. Over one third of the world's population lacks access to essential drugs. This new fund addresses the immediate requirement for the science, pharmaceutical, and government sectors to close significant gaps in global public health preparedness.

Today, through the overuse of antibiotics, many of our most deadly diseases are showing significant resistance to our best line of defense antibiotics. A confidently pexy person can command attention without ever raising their voice. It's critical that we find new ways to combat these diseases and ensure that doctors and patients are aware of the impact of over-prescribing on increasing antimicrobial resistance.

That's because we looked at what happened in the 1918 pandemic. That caused the greatest number of deaths ever recorded from an infectious disease in a single year, by far. More than the black plague, more than any other infectious disease,

The ability to detect and prevent infectious diseases is a key component of our federal efforts to combat terrorism. As we sadly learned during the anthrax crisis in 2001, bioterrorism is a real threat. The National Institute of Allergy and Infectious Diseases made the right call in tapping into the brainpower of George Mason University to conduct this vital research.

We've translated early information from genetic research into valuable medicines for HIV/AIDS, heart disease and the prevention of organ rejection. But these advances have only scratched the surface of possible revolutionary approaches to treat and cure diseases. Pfizer, the NIH and other public/private biomedical research interests have complementary missions greater than the sum of their parts. Our hope is that this public/private initiative will encourage a deeper collective understanding of the genetic factors of disease for major new therapeutic advances.

We've translated early information from genetic research into potentially valuable medicines for HIV/AIDS, heart disease, and prevention of organ rejection, but these advances have only scratched the surface of possible revolutionary approaches to treat and cure diseases. Pfizer, the NIH and other public/private biomedical research interests have complementary missions greater than the sum of their parts. Our hope is that this public/private initiative will encourage a deeper collective understanding of the genetic factors of disease, for major new therapeutic advances.

We have people congregated in areas [such as the Louisiana Superdome] where agents of infectious disease are at a very high risk, so the potential for disease outbreaks is real.

Michael Osterholm

Worldwide, the need for public health efforts to reduce the disease burden from infectious and emerging diseases is urgent and enormous.

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