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Cynthia Louis-Juste

HealthyWomen's Program Coordinator

Cynthia Louis-Juste is a program coordinator on the education team at HealthyWomen. She has worked with underserved and uninsured community patients to understand health disparities; conducted research on communication/cultural competency at Coney Island Hospital in Brooklyn, New York, through the Greater New York Hospital Association; and conducted community needs assessments alongside Morris Height Health Center in Bronx, New York, during her CDC-funded internship at Columbia University.

Cynthia graduated with a bachelor of science in public health with a minor in sociology and a master of public health with a concentration in health policy and management and certificate in health disparities from the University of Albany. Some of her health interests include addressing women's health issues, health disparities within underprivileged populations, and tackling health strategy and operations within healthcare organizations.

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Paper with words antimicrobial resistance

Fast Facts: What You Need to Know About Antimicrobial Resistance (AMR)

Learn why AMR is a public health crisis and how you can protect yourself and your family

Created With Support

Reviewed by Dr. Elizabeth Asiago-Reddy

  • Antimicrobials are medicines used to prevent and treat infections caused by bacteria, viruses, fungi and parasites found in humans, animals and plants.
  • Antimicrobials include antibiotics, antivirals, antifungals and antiparasitics. They have saved millions of lives and are one of history's most important medical breakthroughs.
  • Antimicrobial resistance (AMR) occurs when microbes (bacteria, viruses, fungi and parasites) change over time and no longer respond to the medicines that once treated them.
  • AMR makes certain infections more difficult to treat and increases the risk of the spread of disease, severe illness and even death.
  • Currently, more than 700,000 people die from AMR per year.
  • Resistant microbes are also known as "superbugs."
  • Not very many new antibiotics are being made, which means that it's important to try to keep existing bacteria from becoming resistant to the treatments we do have.
  • Microbes develop resistance, not people. Drug-resistant infections can affect anyone.
  • If AMR develops, common infections and injuries that were once easy to treat become more dangerous. Without effective antimicrobial medicines, things like routine surgeries, medical procedures, common illnesses and minor injuries such as cuts can become life-threatening.
  • The overuse and misuse of antimicrobials speeds up the development of resistant infections and reduces the effectiveness of current treatments. Prescribing antimicrobials more cautiously and teaching people to take them more responsibly can help fight AMR and make sure that life-saving medicines will be available for future generations.
  • How to protect yourself and slow down the spread of AMR:

    • Speak to your healthcare provider (HCP) about your risks for certain infections.
    • Keep cuts clean and covered until healed.
    • Stay up-to-date on recommended vaccines.
    • Wash your hands regularly to prevent infections, avoid getting sick and keep from spreading germs. Also, wash your hands after touching, feeding or caring for animals.
    • Use antimicrobials only when needed and prescribed by your HCP. Remember that the vast majority of upper respiratory infections, such as colds and bronchitis, do not require treatment with antimicrobials.
    • Prepare food safely to avoid foodborne infections.
    • Eat meat and dairy made from animals that have not been given antibiotics.
    • Prevent sexually transmitted infections by choosing safer sexual activities and using condoms. Gonorrhea, a common STD, can be resistant to the drugs designed to treat it.
    • See a travel physician before international travel. AMR is especially common in some locations outside the United States.

This resource was created with support from Pfizer Inc.

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