AMR: When infections fight back, kill
IMAGE Jerome Cristobal
MANILA, Philippines—Amid the still ongoing COVID-19 pandemic, the Philippines and other countries continue to fight Antimicrobial Resistance (AMR)—a silent pandemic that claims millions of lives and raises the costs of fighting infectious diseases.
Antimicrobials, or antimicrobial agents, are medicines used to kill or inhibit the growth of germs and treat infectious diseases.
However, infectious disease agents—like bacteria, viruses, fungi, and parasites—change over time and may no longer respond to medicines. This occurrence, according to World Health Organization (WHO), is known as AMR.
AMR causes drug resistance in infectious disease agents and makes antibiotics and other antimicrobial medicines ineffective.
GRAPHIC Ed Lustan
AMR also makes infections harder to treat and increases the risks of disease spread, severe illness, and even death. In 2015, nearly 5 million deaths worldwide were associated with bacterial AMR, of which 1.3 million were directly attributed to bacterial AMR.
This pushed WHO to include it among the top five global health problems in 2019 and recognize it as an “invisible pandemic.”
Studies showed that the threat of AMR might continue to intensify until 2050 and cause 10 million deaths annually “and global economic losses approximating US$100 trillion or a reduction in the world’s Gross Domestic Product (GDP) by 2-3.5 percent per year.”
To raise awareness and educate the public on how to effectively prevent AMR, countries observe and celebrate World Antimicrobial Awareness Week (WAAW)—locally called Philippines Antimicrobial Awareness Week (PAAW)—every 18th to 24th of November every year.
‘A longstanding problem’
AMR has been a longstanding problem in the Philippine health sector, according to Health Undersecretary Maria Rosario Vergeire, officer-in-charge of the Department of Health (DOH).
But how does AMR develop?
According to DOH, infections begin when infectious disease agents—bacteria, viruses, fungi, or parasites—are transmitted through different means, including inhalation, ingestion, person-to-person contact, or through animals and enter the body.
When the germs multiply in the body, it causes a person to feel sick.
However, DOH noted that improper and inappropriate intake of antimicrobials is dangerous and can lead to AMR. This further causes resistant germs to be transmitted to other humans and animals.
According to the report “The Philippine Action Plan to Combat Antimicrobial Resistance: A One Health Approach” by the DOH, there are various factors that contribute to AMR in humans—and everyone plays a role in it.
These include:
Inappropriate treatment regimens by healthcare providers:
- absence of guidelines
- noncompliance with guidelines
- lack of training
- no treatment monitoring
- poor infection control practices
Industry: Poor integrity of the supply chain:
- poor quality of drugs
- unavailability of drugs
- poor storage conditions
- wrong dose or combinations
- high drug costs
Irrational drug use among patients:
- poor adherence
- prescription-sharing
- self-prescription
- treatment interruptions
- social and economic barriers
- health illiteracy
‘Filipino traits’ and AMR in PH
In the Philippines, one of the most common and critical causes of AMR is the misuse and overuse of antimicrobials.
According to Vergeire, many Filipinos still practice self-diagnosis and self-prescription or self-medication—which contributes to cases of AMR in the country.
GRAPHIC Ed Lustan
“Here in the Philippines, many people tend to self-prescribe, instead of consulting a doctor, and go to pharmacies to buy and intake medicines without the guidance of our [health professionals],” Vergeire explained, speaking in Filipino.
Vergeire also noted that generosity and the willingness to help others—common traits among Filipinos—are also factors that can lead to AMR.
“Sometimes in our communities, a patient tends to share [his or her] prescription or medicine given by a doctor to a neighbor or someone who experiences similar symptoms. This is, again, another [example] of the misuse of antimicrobials,” she said.
“Right now, the problem with antimicrobial resistance is increasing in the country. We might reach a critical point wherein the usual medicines we use to fight off infections might no longer work for most Filipinos because we are already resistant as a result of misusing and overusing antimicrobials,” Vergeire stressed.
Use antibiotics correctly
One way to address and prevent AMR is by avoiding the misuse and overuse of antimicrobials.
To use antibiotics correctly, the DOH suggests the public do the following:
- Use antibiotics only when prescribed.
- Take the correct dose of antibiotics at the prescribed time.
- Take the antibiotic as directed by the physician.
- Always finish your prescribed treatment regimen.
- Never share or use leftover antibiotics.
“Abuse and misuse of these can result in Antimicrobial Resistance (AMR) where conventional anti-infection drugs are no longer effective. Eventually, this will cause more severe illness and disease spread,” the DOH had said.
GRAPHIC Ed Lustan
According to WHO, the development of a new antibiotic can take 10 to 15 years and may cost over US$ 1 billion.
“AMR can be prevented by always consulting your doctor before using antimicrobials, maintaining physical hygiene, and vaccination,” it added.
