BREAKING NEWS

08-02-2025     3 رجب 1440

A Silent Epidemic in Rural India

The World Health Organization (WHO) identifies AMR as one of the top 10 global public health threats. A landmark study published in The Lancet (2022) estimates that AMR caused 1.27 million direct deaths globally in 2019, with India accounting for over 250,000 of them. That number is growing each year.

July 29, 2025 | Syed Yunis Bukhari

In the remote lanes of India’s villages, a different kind of epidemic is growing—one that is not noisy or sudden, but slow, silent, and deeply dangerous. Antimicrobial Resistance (AMR) is gaining ground in rural India, threatening to push us back to a time when even minor infections could be fatal.
This crisis is unfolding quietly—without the urgency of a pandemic or the media coverage of a public health scare—but it is arguably just as dangerous, if not more. Without effective antibiotics, modern medicine stands to lose its edge. We risk entering a post-antibiotic era, where even routine surgeries, childbirth, and basic infections can turn into death sentences.

What is AMR and Why Should You Be Concerned?

Antimicrobial Resistance occurs when microbes—especially bacteria—adapt to survive drugs meant to kill them. This leads to "superbugs" that cause prolonged illness, increase healthcare costs, and kill more people.
The World Health Organization (WHO) identifies AMR as one of the top 10 global public health threats. A landmark study published in The Lancet (2022) estimates that AMR caused 1.27 million direct deaths globally in 2019, with India accounting for over 250,000 of them. That number is growing each year.
What makes AMR so alarming is that its progress is invisible—until it is too late. And rural India, unfortunately, is at the epicenter of this crisis.

The Rural Challenge: Unseen, Underreported, Uncontrolled
Rural India, where two-thirds of the population lives, faces several structural and behavioral challenges that make AMR thrive:

Unregulated Over-the-Counter Sales

A 2020 report by the CDDEP (Center for Disease Dynamics, Economics & Policy) revealed that more than 50% of antibiotics in India are sold without prescription, and this figure is even higher in rural markets. In many villages, local chemists and medicine shops act as de facto doctors, handing out antibiotics for viral fevers, sore throats, and body aches.

Informal Practitioners and Quacks

According to a 2016 study by the British Medical Journal, 57% of rural healthcare providers in India had no formal medical qualifications. These informal providers often rely on broad-spectrum antibiotics to quickly relieve symptoms and gain the trust of patients—without understanding long-term harm.

Low Awareness and Incomplete Dosage


Many patients stop taking antibiotics as soon as they feel better, often unaware that incomplete treatment is the leading cause of resistance. Medicines are frequently shared among family members or reused, treating symptoms but leaving dangerous bacteria behind.
4. Livestock, Agriculture, and Environmental Spread
Antibiotics are not just consumed by people. They’re also routinely given to animals in the dairy and poultry industries to prevent disease and promote growth. These drugs—often the same ones used in human medicine—make their way into our food, milk, and water systems, creating resistant strains in the environment.
A 2019 ICAR study showed that nearly 40% of tested poultry samples contained antibiotic residues, a number likely to be underreported.
Case From the Field: The Patient Who Ran Out of Options
In my clinical work in Kupwara district, Jammu & Kashmir, I met a 32-year-old farmer who had been suffering from recurrent urinary tract infections. After three rounds of treatment from a local chemist, he landed in a district hospital with a drug-resistant strain of E. coli. The infection was no longer responding to common antibiotics like amoxicillin or ciprofloxacin.
He had to be referred to a tertiary care hospital 120 km away. His family had to borrow money to pay for intravenous antibiotics, transport, and lost wages. He survived—but not everyone is so lucky.
Multiply this one story by thousands across India, and we begin to see the true social and economic cost of AMR.
The Domino Effect: What’s at Risk?
If we don’t act now, the following are at risk:
C-sections and childbirth complications could become life-threatening without infection control.
Cancer treatments and organ transplants, which depend on effective antibiotics, will face setbacks.
Children, elderly, and people with chronic diseases will bear the highest risk.
Routine infections could once again become the leading cause of death in India, as they were in the pre-antibiotic era.
Economically, India could lose 5–7% of its GDP due to AMR-related productivity loss and healthcare costs by 2050 (World Bank AMR Report, 2017).

What’s Being Done (And Where We Fall Short)


India introduced its National Action Plan on AMR in 2017. Some progress has been made in urban hospitals and surveillance networks. But in rural India—where the need is greatest—implementation remains weak due to:
Lack of district-level monitoring.
Poor regulation of rural pharmacies.
Minimal public awareness campaigns in local languages.
Absence of basic diagnostic facilities in PHCs.
We have a good blueprint. Now, we need boots on the ground.
The Way Forward: Five Key Actions for Rural India
To contain AMR at the grassroots, we need a comprehensive, community-driven approach:
Strict Regulation of Antibiotic Sales
Implement and enforce Schedule H1 laws in rural pharmacies. Antibiotics must be treated as prescription-only, and audits should be conducted regularly.

Community Education


Launch multilingual campaigns that use ASHA workers, Panchayat meetings, school teachers, and local radio stations to spread awareness:
“Complete the course.”
“Don’t take medicine without prescription.”
“Not all fevers need antibiotics.”

Train Rural Health Providers

Instead of alienating informal practitioners, integrate them into the solution. Provide short training programs on antibiotic use, resistance, and patient education.

Invest in Diagnostics

Set up basic lab support at block-level PHCs. Even simple culture-sensitivity kits or mobile labs can help ensure rational prescribing.

Surveillance and Data Transparency

Expand ICMR’s AMR surveillance network (AMRSN) to rural districts. Collect data not just from tertiary hospitals but from the front lines—PHCs, animal farms, and water systems.

A Shared Responsibility: From Policy to People

The burden of AMR cannot be carried by the health sector alone. It demands action across sectors:
Agriculture and animal husbandry must stop non-therapeutic antibiotic use.
Pharmaceutical companies must ensure ethical marketing.
Journalists and educators must amplify the urgency of this issue.
And we, as citizens, must resist the urge to treat antibiotics like a quick-fix pill.
We must remember that every unnecessary antibiotic today makes future treatments weaker.
Conclusion: We Still Have a Window
AMR may not make headlines every day, but it is shaping our collective future. The pill that once saved lives could soon be powerless—unless we act with urgency and wisdom.
Rural India is not just where the problem lies—it’s also where the solution begins. With education, accountability, and access, we can stop this epidemic in its tracks.
Let us not wait for the day when we must say, “There’s nothing more we can do.”
Let us act—while antibiotics still work.


Email:------------------------- yunis.e16472@cumail.in

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A Silent Epidemic in Rural India

The World Health Organization (WHO) identifies AMR as one of the top 10 global public health threats. A landmark study published in The Lancet (2022) estimates that AMR caused 1.27 million direct deaths globally in 2019, with India accounting for over 250,000 of them. That number is growing each year.

July 29, 2025 | Syed Yunis Bukhari

In the remote lanes of India’s villages, a different kind of epidemic is growing—one that is not noisy or sudden, but slow, silent, and deeply dangerous. Antimicrobial Resistance (AMR) is gaining ground in rural India, threatening to push us back to a time when even minor infections could be fatal.
This crisis is unfolding quietly—without the urgency of a pandemic or the media coverage of a public health scare—but it is arguably just as dangerous, if not more. Without effective antibiotics, modern medicine stands to lose its edge. We risk entering a post-antibiotic era, where even routine surgeries, childbirth, and basic infections can turn into death sentences.

What is AMR and Why Should You Be Concerned?

Antimicrobial Resistance occurs when microbes—especially bacteria—adapt to survive drugs meant to kill them. This leads to "superbugs" that cause prolonged illness, increase healthcare costs, and kill more people.
The World Health Organization (WHO) identifies AMR as one of the top 10 global public health threats. A landmark study published in The Lancet (2022) estimates that AMR caused 1.27 million direct deaths globally in 2019, with India accounting for over 250,000 of them. That number is growing each year.
What makes AMR so alarming is that its progress is invisible—until it is too late. And rural India, unfortunately, is at the epicenter of this crisis.

The Rural Challenge: Unseen, Underreported, Uncontrolled
Rural India, where two-thirds of the population lives, faces several structural and behavioral challenges that make AMR thrive:

Unregulated Over-the-Counter Sales

A 2020 report by the CDDEP (Center for Disease Dynamics, Economics & Policy) revealed that more than 50% of antibiotics in India are sold without prescription, and this figure is even higher in rural markets. In many villages, local chemists and medicine shops act as de facto doctors, handing out antibiotics for viral fevers, sore throats, and body aches.

Informal Practitioners and Quacks

According to a 2016 study by the British Medical Journal, 57% of rural healthcare providers in India had no formal medical qualifications. These informal providers often rely on broad-spectrum antibiotics to quickly relieve symptoms and gain the trust of patients—without understanding long-term harm.

Low Awareness and Incomplete Dosage


Many patients stop taking antibiotics as soon as they feel better, often unaware that incomplete treatment is the leading cause of resistance. Medicines are frequently shared among family members or reused, treating symptoms but leaving dangerous bacteria behind.
4. Livestock, Agriculture, and Environmental Spread
Antibiotics are not just consumed by people. They’re also routinely given to animals in the dairy and poultry industries to prevent disease and promote growth. These drugs—often the same ones used in human medicine—make their way into our food, milk, and water systems, creating resistant strains in the environment.
A 2019 ICAR study showed that nearly 40% of tested poultry samples contained antibiotic residues, a number likely to be underreported.
Case From the Field: The Patient Who Ran Out of Options
In my clinical work in Kupwara district, Jammu & Kashmir, I met a 32-year-old farmer who had been suffering from recurrent urinary tract infections. After three rounds of treatment from a local chemist, he landed in a district hospital with a drug-resistant strain of E. coli. The infection was no longer responding to common antibiotics like amoxicillin or ciprofloxacin.
He had to be referred to a tertiary care hospital 120 km away. His family had to borrow money to pay for intravenous antibiotics, transport, and lost wages. He survived—but not everyone is so lucky.
Multiply this one story by thousands across India, and we begin to see the true social and economic cost of AMR.
The Domino Effect: What’s at Risk?
If we don’t act now, the following are at risk:
C-sections and childbirth complications could become life-threatening without infection control.
Cancer treatments and organ transplants, which depend on effective antibiotics, will face setbacks.
Children, elderly, and people with chronic diseases will bear the highest risk.
Routine infections could once again become the leading cause of death in India, as they were in the pre-antibiotic era.
Economically, India could lose 5–7% of its GDP due to AMR-related productivity loss and healthcare costs by 2050 (World Bank AMR Report, 2017).

What’s Being Done (And Where We Fall Short)


India introduced its National Action Plan on AMR in 2017. Some progress has been made in urban hospitals and surveillance networks. But in rural India—where the need is greatest—implementation remains weak due to:
Lack of district-level monitoring.
Poor regulation of rural pharmacies.
Minimal public awareness campaigns in local languages.
Absence of basic diagnostic facilities in PHCs.
We have a good blueprint. Now, we need boots on the ground.
The Way Forward: Five Key Actions for Rural India
To contain AMR at the grassroots, we need a comprehensive, community-driven approach:
Strict Regulation of Antibiotic Sales
Implement and enforce Schedule H1 laws in rural pharmacies. Antibiotics must be treated as prescription-only, and audits should be conducted regularly.

Community Education


Launch multilingual campaigns that use ASHA workers, Panchayat meetings, school teachers, and local radio stations to spread awareness:
“Complete the course.”
“Don’t take medicine without prescription.”
“Not all fevers need antibiotics.”

Train Rural Health Providers

Instead of alienating informal practitioners, integrate them into the solution. Provide short training programs on antibiotic use, resistance, and patient education.

Invest in Diagnostics

Set up basic lab support at block-level PHCs. Even simple culture-sensitivity kits or mobile labs can help ensure rational prescribing.

Surveillance and Data Transparency

Expand ICMR’s AMR surveillance network (AMRSN) to rural districts. Collect data not just from tertiary hospitals but from the front lines—PHCs, animal farms, and water systems.

A Shared Responsibility: From Policy to People

The burden of AMR cannot be carried by the health sector alone. It demands action across sectors:
Agriculture and animal husbandry must stop non-therapeutic antibiotic use.
Pharmaceutical companies must ensure ethical marketing.
Journalists and educators must amplify the urgency of this issue.
And we, as citizens, must resist the urge to treat antibiotics like a quick-fix pill.
We must remember that every unnecessary antibiotic today makes future treatments weaker.
Conclusion: We Still Have a Window
AMR may not make headlines every day, but it is shaping our collective future. The pill that once saved lives could soon be powerless—unless we act with urgency and wisdom.
Rural India is not just where the problem lies—it’s also where the solution begins. With education, accountability, and access, we can stop this epidemic in its tracks.
Let us not wait for the day when we must say, “There’s nothing more we can do.”
Let us act—while antibiotics still work.


Email:------------------------- yunis.e16472@cumail.in


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