Modi Sounds Alarm on Antibiotic Resistance

Prime Minister’s Mann Ki Baat highlights AMR as a national concern, urging citizens to curb indiscriminate antibiotic use

Gopi

•January 8, 2026•4 mins read

Antibiotic Misuse – Over-the-counter and thoughtless use driving resistance.

Not Started

1. Context: Antimicrobial Resistance as a Public Health Concern

Antimicrobial Resistance (AMR) occurs when microorganisms such as bacteria and fungi evolve to resist the effects of medicines designed to kill them, threatening the effectiveness of antibiotics.
In India, irrational and indiscriminate use of antibiotics in humans, animals, and agriculture has accelerated the rise of AMR, leading to reduced treatment efficacy for common infections like pneumonia, UTIs, and bloodstream infections.
PM Narendra Modi highlighted AMR in his 129th Mann Ki Baat (Dec 28, 2025), marking a critical step in mainstreaming awareness and public responsibility on the issue.

The governance logic: Raising public awareness directly influences health-seeking behaviour, essential for reducing self-medication and antibiotic misuse. Ignoring AMR awareness risks escalating treatment failures and health system burdens.

2. National and Global Policy Frameworks

India’s response is structured around the National Action Plan on AMR (2025–29), focusing on surveillance, awareness, research, and stewardship.
The WHO Global Action Plan (2015) provides a global framework with five objectives: awareness, surveillance and research, infection reduction, optimized antimicrobial use, and sustainable investment in new medicines and diagnostics.
Regulatory interventions, such as the ban on colistin as a growth promoter, complement these frameworks by addressing misuse in agriculture and veterinary practices.

Key Policy Measures:
- NAP-AMR (2025–29) – India-specific roadmap
- Colistin ban – Preventing AMR from livestock use
- Alignment with WHO GLASS objectives

The governance logic: Policy frameworks establish institutional and legal mechanisms to combat AMR. Weak implementation or gaps in regulation could allow continued rise in resistance and undermine health security.

3. Surveillance and Data Challenges

The National AMR Surveillance Network (NARS-Net), established in 2013, monitors nine priority bacterial pathogens and some fungi across sentinel medical college laboratories.
Current coverage is urban- and tertiary-centric, with 41 sites in 31 States/UTs reporting to WHO GLASS for 2023. Non-urban and private sector data remain largely unrepresented.
Experts recommend expanding surveillance to primary and secondary care centers and private hospitals to generate a representative national dataset.

Impacts:
- Limited surveillance may overestimate resistance if urban tertiary cases dominate the data
- Non-urban populations remain underrepresented, affecting policy targeting
- Robust surveillance informs resource allocation, public health interventions, and AMR trend analysis

The governance logic: Comprehensive surveillance ensures informed policy decisions and resource prioritization. Ignoring coverage gaps risks misrepresenting the national AMR burden.

4. Public Awareness and Behavioural Interventions

PM Modi’s Mann Ki Baat addressed indiscriminate self-medication and casual antibiotic use, translating technical AMR risks into actionable public guidance.
Public understanding of antibiotic stewardship is critical to reduce misuse and slow AMR progression.
Awareness campaigns complement structural interventions, fostering responsible health-seeking behaviour and adherence to prescription norms.

Impacts:
- Behavioural change can significantly reduce unnecessary antibiotic consumption
- Citizen engagement amplifies policy effectiveness beyond clinical settings
- Public awareness bridges the gap between laboratory evidence and community practice

The governance logic: Population-level interventions rely on informed behaviour. Neglecting citizen awareness undermines systemic AMR containment strategies.

5. One Health Approach and Integrated Solutions

AMR is a multisectoral challenge, requiring coordination between human health, animal health, and environmental management.
One Health approaches integrate these domains, addressing drivers like livestock antibiotic use, environmental contamination, and clinical misuse.
Cross-sectoral strategies enhance effectiveness of national policies, surveillance, and public education initiatives.

The governance logic: Integrated interventions reduce cross-sector AMR transmission. Failure to adopt One Health approaches risks isolated, ineffective responses and persistent resistance reservoirs.

6. Way Forward and Strategic Imperatives

Expanding surveillance networks to include non-urban and private healthcare sectors.
Strengthening public awareness campaigns to instill responsible antibiotic use.
Promoting research and innovation for new antibiotics, diagnostics, and vaccines.
Implementing the One Health approach across sectors to curb AMR comprehensively.

Strategic Priorities:
- Nationwide AMR surveillance expansion
- Behavioural interventions through mass media and public campaigns
- Investment in R&D for antimicrobial innovation
- Coordinated governance integrating human, animal, and environmental health

The governance logic: Coordinated, multi-pronged strategies convert awareness and policy into measurable AMR reduction. Ignoring systemic integration risks continued escalation and global health implications.

Conclusion

Antimicrobial Resistance poses a looming health crisis in India, requiring urgent public, clinical, and policy action.
PM Modi’s public address represents a pivotal step in mainstreaming awareness, but surveillance expansion, policy enforcement, and integrated One Health approaches are critical to control AMR.
Strategic, inclusive, and coordinated action over the next decade is essential to prevent a regression to a pre-antibiotic era and safeguard public health.

Quick Q&A

Everything you need to know

Antimicrobial Resistance (AMR) occurs when microorganisms such as bacteria, viruses, fungi, and parasites evolve to resist the effects of antimicrobial drugs, rendering standard treatments ineffective. In India, AMR has become a major health concern due to the widespread and often irrational use of antibiotics, which accelerates resistance.

The consequences are severe: common infections such as urinary tract infections, pneumonia, and bloodstream infections are increasingly resistant to standard treatments. This threatens public health, increases mortality and morbidity, and inflates healthcare costs. For example, the Indian Council for Medical Research (ICMR) reports that antibiotics are proving less effective against pneumonia and UTIs, highlighting the urgency of tackling AMR at both community and hospital levels.

Prime Minister Narendra Modi’s emphasis on AMR in his 129th 'Mann Ki Baat' broadcast is significant because it translates technical and laboratory-based warnings into a public call to action. By appealing directly to citizens to avoid over-the-counter antibiotics and misuse of medicines, the speech seeks to address the largest contributor to AMR: the irrational and indiscriminate use of antibiotics.

This mainstreaming of AMR is crucial because previously, it remained confined to infectious disease experts and hospital corridors. By highlighting the issue publicly, the Prime Minister helps raise awareness among millions of citizens, promoting responsible antibiotic use and empowering the public to participate in containment efforts. This could have a more immediate behavioral impact than past interventions such as the National Action Plan on AMR or the colistin ban.

The One Health approach recognizes the interconnectedness of human, animal, and environmental health in addressing AMR. In India, AMR is not limited to hospitals; it also arises from antibiotic use in agriculture, livestock, aquaculture, and environmental contamination.

By integrating human health, veterinary care, and environmental stewardship, One Health strategies can monitor resistance patterns across sectors, regulate antibiotic use in livestock, and prevent the spread of resistant pathogens through water and soil. For instance, studies show that unsafe drinking water in rural and tribal communities of Kerala, Karnataka, and Tamil Nadu contributes to the emergence of resistant infections. A coordinated approach can therefore reduce the overall burden of AMR and improve public health resilience.

The surge of AMR in India is driven by multiple factors:

Overuse and misuse of antibiotics: Antibiotics are often taken without prescriptions, and people expect them to cure viral infections, which they cannot.
Weak surveillance: AMR monitoring is concentrated in urban tertiary hospitals, leaving community-level prevalence largely untracked.
Use in agriculture and livestock: Antibiotics used as growth promoters in animals contribute to environmental reservoirs of resistant bacteria.
Inadequate public awareness: Many citizens are unaware of the risks of self-medication and improper antibiotic use.

Combined, these factors create a 'hydra-headed' AMR problem that is challenging to contain without coordinated action across healthcare, agriculture, and public education.

India’s National AMR Surveillance Network (NARS-Net) provides a structured example of surveillance in action. Established in 2013, it consists of 60 sentinel medical college laboratories that monitor nine priority bacterial pathogens and selected fungal pathogens. Data from these labs is shared with the World Health Organization’s GLASS system, informing global and national strategies.

For example, during the 2023 reporting period, 41 sites across 31 States/UTs contributed data, highlighting geographic trends in resistance. Surveillance allows policymakers to identify hotspots of resistance, tailor interventions such as targeted antibiotic stewardship programs, and assess the impact of policy measures. Including secondary and primary care centers and private hospitals could further improve representativeness and guide effective public health responses.

Public awareness campaigns and policy interventions play complementary roles in tackling AMR. Awareness campaigns, like PM Modi’s Mann Ki Baat speech, directly influence behavior by educating citizens about the risks of self-medication and antibiotic misuse. Such campaigns can catalyze large-scale behavioral change rapidly and at low cost.

However, awareness alone is insufficient. Policy interventions, including antibiotic stewardship programs, regulations on over-the-counter sales, bans on colistin use in livestock, and expansion of surveillance networks, are essential to enforce responsible practices. For instance, the ban on colistin in agriculture addresses a root cause of resistance that public knowledge alone cannot fix. Effective AMR containment requires an integrated strategy combining awareness, regulation, and systemic health infrastructure improvements.

A rural healthcare district can adopt a multi-pronged strategy:

Strengthen surveillance: Establish community-level reporting centers linked to NARS-Net to track local resistance patterns.
Public education: Conduct awareness campaigns in schools, panchayats, and primary health centers to discourage self-medication and promote adherence to prescriptions.
Regulate antibiotic distribution: Work with pharmacies to enforce prescription-only sales and monitor antibiotic usage in local clinics.
Integrate One Health: Coordinate with veterinary services to reduce antibiotic overuse in livestock and ensure safe disposal of agricultural waste.

For example, tribal districts in Kerala and Karnataka with unsafe drinking water could implement clean water initiatives alongside AMR education, reducing infection rates and the need for antibiotics. This case-study demonstrates the importance of combining surveillance, awareness, regulation, and environmental health to combat AMR effectively.

Attribution

Original content sources and authors

Ramya Kannan

The Hindu

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