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Subject: Health

  • National Guidelines on Childhood Diabetes Care

    Why in the News

    The Ministry of Health and Family Welfare has released a national framework for childhood diabetes care, providing for universal screening, free lifelong treatment, and integrated care under the public health system.

    Key Features of the Guidelines

    • Universal Screening
      • Covers all children from birth to 18 years
      • Early identification through community level screening
    • Diagnosis and Referral
      • Immediate blood glucose testing for suspected cases
      • Referral to district level health facilities for confirmation

    Free Comprehensive Care

    • Available at public health facilities
    • Includes:
      • Insulin therapy (lifelong)
      • Glucometers and test strips
      • Regular follow up and monitoring
      • Emergency care

    Key Concept

    Diabetes Mellitus

    • A chronic disease where the body:
      • Does not produce enough insulin, or
      • Cannot effectively use insulin
    • Leads to high blood sugar (hyperglycaemia)

    “4Ts” Awareness Framework

    • Helps identify early signs of Type 1 Diabetes
      • Toilet (frequent urination)
      • Thirsty
      • Tired
      • Thin
    [2023] Consider the following statements in the context of interventions being undertaken under Anaemia Mukt Bharat Strategy: 
    1. It provides prophylactic calcium supplementation for pre-school children, adolescents and pregnant women. 
    2. It runs a campaign for delayed cord clamping at the time of child- birth. 
    3. It provides for periodic deworming to children and adolescents. 
    4. It addresses non-nutritional causes of anaemia in endemic pockets with special focus on malaria, hemoglobinopathies and fluorosis. 
    How many of the statements given above are correct? 
    [A] Only one [B] Only two [C] Only three [D] All four

  • Learning outcomes and child health are linked

    Why in the News?

    Recently, there has been POSHAN Pakhwada’s renewed focus on early childhood development (ECD) and India’s push towards human capital formation under Viksit Bharat 2047. It highlights a critical shift, from fragmented welfare delivery to integrated child development, linking nutrition, health, childcare, and learning outcomes

    Why is early childhood development (ECD) a critical policy priority in India?

    1. Critical window: Early childhood is a once-in-a-lifetime phase where brain architecture is formed through nutrition, stimulation, and caregiving.
    2. Economic returns: Investments in ECD yield higher future earnings, better learning outcomes, and lower social costs, often exceeding returns from later interventions.
    3. Policy recognition: National Education Policy (NEP) 2020 identifies Early Childhood Care and Education (ECCE) as a foundational stage, targeting universal pre-primary education by 2030.
    4. Persistent deficits: National surveys report high stunting, wasting, anaemia, and learning gaps, indicating systemic failure despite interventions.
      1. Stunting (Chronic Malnutrition): 35.5% of children under five are stunted (too short for age), indicating long-term undernutrition. Poshan Tracker data from October 2024 indicates 38.9% of measured children in Anganwadis are stunted.
      2. Wasting (Acute Malnutrition): 19.3% of children are wasted (low weight-for-height), a slight decrease from previous records but still high.
      3. Severe Wasting: A concerning increase in severe acute malnutrition (SAM) has been observed, with some reports noting it has increased in 13 of 36 regions/states.
      4. Underweight: 32.1%of children under five are underweight.
      5. Triple Burden: India faces a triple burden of malnutrition: undernutrition, micronutrient deficiency, and rising childhood obesity 3% of children

    Why have existing policies failed to deliver integrated child development outcomes?

    1. Sectoral fragmentation: Health, nutrition, and childcare operate in silos, leading to incomplete service delivery.
    2. Skewed priorities:
      1. Anganwadis: Focus on food supplementation.
      2. Health systems: Prioritise survival and disease control.
      3. Childcare and early learning: Receive limited attention, especially for children under 3
    3. Implementation gaps: Lack of convergence reduces effectiveness of ICDS, POSHAN Abhiyaan, and school meal programmes.
    4. Outcome neglect: Monitoring focuses on inputs (ration distribution) rather than child development outcomes.

    How does childcare access influence both child development and women’s workforce participation?

    1. Care dependency: Child outcomes depend on quality caregiving, which is constrained when childcare is unavailable.
    2. Work-care trade-off: Lack of childcare forces women into difficult choices, affecting both child development and female labour force participation.
    3. High-risk groups: Gaps are acute in informal sectors, agriculture, construction, domestic work.
    4. Case evidence:
      1. Karnataka’s Koshika Mane: Demonstrates community-based childcare benefiting children and working mothers.
      2. Mobile Creches: Shows feasibility of worksite childcare in urban informal settings.
      3. Palna Scheme: Integrates childcare into anganwadi-cum-creches.

    What administrative reforms are needed to strengthen early childhood outcomes?

    1. Platform integration:
      1. Anganwadi + health services: Enables counselling on responsive caregiving and maternal well-being.
      2. Service layering: Combines nutrition with early stimulation and caregiving support.
    2. Programme convergence:
      1. Livelihood linkage: Aligns childcare with social protection and employment programmes.
      2. Private sector role: Facilitates community-based childcare financing and delivery.
    3. Spatial targeting: Locates childcare centres near worksites, markets, and high female labour zones.
    4. Operational adjustments: Aligns anganwadi timings with working caregivers’ needs.

    Why is monitoring child development outcomes more important than input-based evaluation?

    1. Current limitation: Reviews focus on inputs (rations, beneficiaries) rather than child outcomes.
    2. Outcome-based approach:
      1. Tracks developmental indicators (cognitive, physical, social).
      2. Ensures service quality and equity benchmarks.
    3. Data utilisation: Uses existing data systems for local planning and accountability without increasing reporting burden.
    4. Systemic shift: Moves from distribution-centric governance to outcome-centric governance.

    How does integrated early childhood development contribute to India’s long-term growth vision?

    1. Human capital formation: Strengthens future workforce productivity and innovation capacity.
    2. Inclusive growth: Ensures children not only survive but thrive, reducing inequality.
    3. Demographic dividend: Converts India’s population advantage into economic gains.
    4. Strategic alignment: Supports goals of Viksit Bharat 2047 through early investment in human capabilities.

    Conclusion

    India possesses a strong policy base but lacks effective convergence and outcome-oriented implementation. Strengthening childcare systems, integrating services, and focusing on developmental outcomes is essential for transforming nutrition gains into learning and productivity gains, thereby sustaining long-term growth.

    PYQ Relevance

    [UPSC 2024] Poverty and malnutrition create a vicious cycle, adversely affecting human capital formation. What steps can be taken to break the cycle?

    Linkage: This PYQ directly aligns with the article’s theme of nutrition-learning-human capital nexus. It highlights the need for integrated early childhood development and childcare reforms to break intergenerational deprivation.

  • NSO Survey on Health Seeking Behaviour 

    Why in the News?

    The National Statistical Office has released findings from its 80th round health survey (2025) showing improved health seeking behaviour in India, with higher reporting of illnesses and increased use of public healthcare services.

    Key Indicator

    Proportion of Population Reporting Ailment (PPRA)

    • Rural: 6.8 percent (2017–18) to 12.2 percent (2025)
    • Urban: 9.1 percent to 14.9 percent
      • Increase indicates greater awareness and reporting of illnesses

    Health Insurance Coverage

    • Rural: 12.9 percent to 45.5 percent
    • Urban: 8.9 percent to 31.8 percent
      • Driven by schemes like Ayushman Bharat Pradhan Mantri Jan Arogya Yojana

    Institutional Deliveries

    • Rural: 95.6 percent
    • Urban: 97.8 percent
      • Indicates improved maternal healthcare access

    Out of Pocket Expenditure (OOPE)

    • Median OOPE (hospitalisation): ₹11,285
    • Public facilities:
      • Hospitalisation median: ₹1,100
      • Outpatient care: Zero in many cases
    • Suggests affordability of public healthcare services

    Disease Pattern Shift

    • Decline in infectious diseases
    • Rise in Non Communicable Diseases (NCDs)
      • Diabetes
      • Cardiovascular diseases

    Utilisation of Public Healthcare

    • Rural outpatient care: 28 percent (2014) to 35 percent (2025)
    • Increase due to:
      • Free drugs and diagnostics
      • Expansion of primary healthcare services

    Survey Coverage

    • Total households surveyed: 1,39,732
      • Rural: 76,296
      • Urban: 63,436
    [2025] Consider the following statements in relation to Janani Suraksha Yojana: 
    1 It is a safe motherhood intervention of the State Health Departments. 
    2 Its objective is to reduce maternal and neonatal mortality among poor pregnant women.
    3 It aims to promote institutional delivery among poor pregnant women. 
    4 Its objective includes providing public health facilities to sick infants up to one year of age.
    How many of the statements given above are correct? 
    (a) Only one (b) Only two (c) Only three (d) All four

  • Pathogens without payback: when sharing isn’t caring

    Why in the News?

    Negotiations on the Pathogen Access and Benefit Sharing (PABS) framework under the recent WHO Pandemic Agreement (May 2025) are set to begin again. This highlights a long-standing global inequity: countries that share pathogen data, mainly low- and middle-income countries (LMICs), continue to receive minimal benefits from vaccines and treatments developed using that data.

    What is PABS Framework?

    1. The Pathogen Access and Benefit-Sharing (PABS) System, established under Article 12 of the WHO Pandemic Agreement adopted in May 2025, is a global framework designed to ensure that the sharing of dangerous pathogens is matched by the equitable sharing of the vaccines and treatments derived from them. 
    2. While the core Agreement was adopted in 2025, the PABS Annex containing the specific operational rules is currently being finalized by an Intergovernmental Working Group (IGWG). The IGWG aims to conclude negotiations by May 2026 for presentation at the 79th World Health Assembly.

    Core Pillars of the PABS Framework: 

    The system operates on a “grand bargain” principle intended to rectify inequities seen during the COVID-19 pandemic: 

    1. Rapid Access: Member States commit to quickly sharing biological materials (pathogens) and their Digital Sequence Information (DSI) with the World Health Organization (WHO) and designated laboratory networks.
    2. Mandatory Benefit-Sharing: In exchange for this data, manufacturers using PABS materials must provide 20% of their real-time production of pandemic-related products (vaccines, diagnostics, etc.) to the WHO for global distribution.
      1. 10% as free donations.
      2. 10% at affordable, not-for-profit prices.

    Why do pathogen-sharing countries fail to receive proportional benefits?

    1. Structural Inequity: Low- and Middle-Income Countries (LMICs) share pathogen samples via WHO but lack binding guarantees for access to vaccines or diagnostics.
    2. Innovation Asymmetry: Developed countries control pharmaceutical R&D, enabling them to monopolize end products.
    3. Voluntary Framework Failure: Existing systems rely on goodwill rather than enforceable obligations.
    4. Example: During COVID-19, LMICs contributed samples but faced vaccine hoarding by high-income countries.

    How did COVID-19 expose failures in global health equity?

    1. Vaccine Apartheid: High-income countries hoarded vaccines; LMICs experienced prolonged shortages.
    2. Data Evidence: Africa received only 3-14% of global vaccine supply.
    3. COVAX Limitations: Delivered ~1/5th of WHO’s 2 billion dose target by mid-2021.
    4. Economic Impact: Delayed vaccination caused 1.3 million preventable deaths and $28 trillion global economic loss (IMF).
    5. Drug Inequality: Ebola drug Inmazeb cost ~$6,000 per treatment, unaffordable for poorer nations.

    What does the PABS framework aim to change structurally?

    1. Legal Linkage: Connects sample-sharing with mandatory benefit-sharing obligations.
    2. Access Mandate: Requires pharmaceutical companies to provide 20% of real-time production during pandemics.
    3. Pricing Mechanism: Ensures at least half of allocated doses are free and the rest at reasonable prices.
    4. Capacity Building: Includes provisions for technology transfer and licensing to expand production in LMICs.

    Why is there resistance from developed countries and industry?

    1. Innovation Concerns: Binding mandates may reduce incentives for private pharmaceutical investment.
    2. IP Protection: Firms resist compulsory sharing of intellectual property and technology.
    3. Bureaucratic Burden: Concerns that compliance mechanisms may delay research and innovation.
    4. Example: EU favors voluntary systems like Global Initiative on Sharing All Influenza Data (GISAID) over binding legal frameworks.

    What are the limitations of existing global mechanisms?

    1. Non-binding Agreements: Current frameworks lack enforcement provisions.
      1. Enforcement Void: Current WHO systems (like the PIP Framework) are limited in scope (mostly influenza) and lack the “teeth” to penalise a company that refuses to share its patents during a crisis.
    2. Fragmented Governance: Multiple overlapping systems reduce accountability.
    3. Technological Gaps: LMICs lack manufacturing capacity despite access to data.
    4. Example: WHO’s existing system ensures access to data but not equitable outcomes.
    5. The GISAID Paradox: While GISAID is excellent for surveillance, it provides zero guarantees for equity. A country can upload thousands of sequences to help track a variant but still be the last to receive the vaccine developed from that very data.

    Is there a viable middle path between equity and innovation?

    1. Tiered Obligations: Lower commitments during normal times, stronger during pandemics.
    2. Global Fund Mechanism: Supports LMIC manufacturing without overburdening companies.
    3. Incentive-based Sharing: Rewards companies that share IP rather than coercing compliance.
    4. Balanced Governance: Combines legal enforceability with flexibility in implementation timelines.

    What are the broader implications for global health security?

    1. Future Pandemic Preparedness: Ensures faster and equitable response mechanisms.
    2. Trust Deficit Reduction: Addresses Global South concerns about exploitation.
    3. Geopolitical Stability: Prevents vaccine nationalism and supply chain disruptions.
    4. Emerging Risks: Addresses threats like mpox, engineered pathogens, and AI-driven bio-risks.

    Conclusion

    The PABS debate reflects a deeper structural imbalance in global health governance where risks are shared but rewards are concentrated. Without enforceable equity mechanisms, future pandemics risk repeating COVID-19’s failures. A balanced framework combining legal mandates, incentives, and capacity-building is essential to ensure that global cooperation translates into equitable outcomes.

    PYQ Relevance

    [UPSC 2020] Critically examine the role of WHO in providing global health security during the Covid-19 pandemic.

    Linkage: The PYQ covers GS-II (International Institutions, Global Health Governance) by evaluating the effectiveness and limitations of WHO in managing pandemic response. It links to current issues like WHO Pandemic Agreement and PABS, highlighting the need for stronger enforcement, equity, and coordination in global health security.

  • Early screen use stunts vital social growth of children, experts warn

    Why in the News?

    Early screen exposure among children is emerging as a structural transformation in childhood itself, rather than merely a behavioural concern. The issue reflects a shift in parenting practices, learning environments, and socialization processes, intensified by post-pandemic digital dependence. The article highlights how excessive screen exposure during the critical developmental window (0-5 years) disrupts neurocognitive growth, weakens social skills, and creates patterns resembling behavioural addiction.

    How does early screen exposure disrupt the critical developmental window of childhood?

    1. Critical Developmental Window: Early years (0-5) shape brain architecture through neuroplasticity; disruption leads to long-term deficits.
    2. Neuroplasticity Impact: Brain wiring depends on sensory and social inputs; screen-based interaction provides limited stimulation.
    3. Foundational Skill Loss: Weakens language acquisition, emotional bonding, and behavioural learning during formative years.

    How does the displacement effect explain developmental deficits caused by screens?

    1. Displacement Effect: Screen time replaces essential developmental activities rather than adding new value.
    2. Reduced Physical Exploration: Limits crawling, touching, and environmental interaction; example: children engaging with screens instead of tactile play.
    3. Decline in Social Learning: Reduces imitation, observation, and conversational engagement with caregivers.

    What evidence establishes a link between screen exposure and mental health outcomes?

    1. Dose-Response Relationship: Higher screen usage leads to proportionately worse mental health outcomes.
    2. Longitudinal Evidence: Study tracking over 3 lakh children shows increased socio-emotional problems with rising screen exposure.
    3. High Usage Data: Adolescents spend ~8.5 hours daily on screens, indicating excessive exposure levels.
    4. Behavioural Addiction Patterns: Case study: children in Ghaziabad showed extreme distress when screens were withdrawn.
    5. Psychological Symptoms: Includes hallucinations, diminished attention, and emotional instability.

    How does excessive screen use affect socialization and interpersonal competence?

    1. Non-verbal Communication Loss: Reduces ability to interpret tone, facial expressions, and body language.
    2. Empathy Deficit: Weakens emotional understanding due to lack of real-world interaction.
    3. Social Capital Erosion: Limits development of interpersonal skills essential for relationships and cooperation.
    4. Silent Social Spaces: Observation: cafeterias and public spaces shifting from active interaction to isolated screen use.

    How has the transformation in parenting practices contributed to rising screen dependency?

    1. Digital Pacification: Screens used as tools to calm or distract children instead of active engagement.
    2. Convenience Parenting: Reduces effort required for physical or emotional interaction.
    3. Pandemic Acceleration: Lockdowns increased reliance on screens as primary engagement medium.
    4. Early Exposure Shift: Infants exposed to YouTube and digital content instead of traditional toys and interaction.

    What risks emerge from prolonged and unsupervised screen exposure in children?

    1. Addiction Risk: Continuous usage leads to dependency and withdrawal symptoms.
    2. Emotional Dysregulation: Reduces capacity to manage stress and emotions.
    3. Algorithmic Exposure Risk: Platforms expose children to inappropriate or harmful content without parental awareness.
    4. Isolation Effect: Decreases peer interaction, increasing loneliness and detachment.

    What measures can address the adverse developmental and social impacts of screen exposure?

    1. Time Regulation: Limits screen exposure, especially below 5 years.
    2. Supervised Access: Ensures content filtering and guided engagement.
    3. Experiential Learning Promotion: Encourages play-based, peer-based, and sensory learning.
    4. Parental Awareness: Promotes active parenting and reduced reliance on digital devices. 

    Conclusion

    Early screen exposure is reshaping childhood by disrupting critical developmental processes and socialization patterns. Excessive use, especially in early years, leads to cognitive, emotional, and social deficits. A balanced approach that limits screen time and prioritizes real-world interaction is essential to ensure healthy child development.

    PYQ Relevance

    [UPSC 2023] Child cuddling is now being replaced by mobile phones. Discuss its impact on the socialization of children.

    Linkage: This highlights changing patterns of primary socialization in family and the impact of digital technology on child development. It directly connects to screen exposure replacing human interaction, leading to deficits in emotional bonding, empathy, and social skills.

  • India Faces Challenge in Meeting 2030 Maternal Mortality Target

    Why in the News?

    A recent study published in The Lancet Obstetrics, Gynaecology and Women’s Health highlights that India may struggle to meet the SDG target of reducing Maternal Mortality Ratio (MMR) below 70 per 1 lakh live births by 2030.

    Key Findings of the Study

    India’s Progress in Maternal Mortality

    • 1990: 1.19 lakh maternal deaths
    • 2015: 36,900 deaths
    • 2023: 24,700 deaths

    Maternal Mortality Ratio (MMR):

    • 1990: 508 deaths per lakh live births
    • 2023: 116 deaths per lakh live births

    India has made significant progress, but rate of improvement has slowed.

    Global Scenario

    • Global maternal deaths (2023): 2.4 lakh
    • India accounts for ~10% of global maternal deaths
    • Out of 204 countries:
      • 100 countries achieved SDG target (<70 MMR)
      • 104 countries yet to achieve
    • Countries struggling like India: Democratic Republic of Congo, Ethiopia, Nigeria, and Pakistan

    India’s Position

    • India falls in MMR range: 100–140
      (SDG target: Below 70)
    • However, India remains among countries with largest improvement since 1990, along with: Bangladesh, Ethiopia, Morocco, Nepal, and Rwanda

    State-wise Disparity 

    States pulling India’s MMR down: Assam and Uttar Pradesh

    SRS Data:

    • India: 122 (2015-17) → 88 (2021-23)
    • Assam: 215 → 110
    • Uttar Pradesh: 197 → 141
    • Southern states are closer to achieving SDG target.
    [2023] Consider the following statements in relation to Janani Suraksha Yojna: 1 It is a safe motherhood intervention of the State Health Departments. 2 Its objective is to reduce maternal and neonatal mortality among poor pregnant women. 3 It aims to promote institutional delivery among poor pregnant women. 4 Its objective includes providing public health facilities to sick infants up to one year of age. How many of the statements given above are correct? (a) Only one (b) Only two (c) Only three (d) All four

  • Antibiotic Resistance Fuels 87 Percent of India’s Typhoid Economic Burden

    Why in News

    A study published in The Lancet Regional Health Southeast Asia (2026) found that antibiotic resistant typhoid infections accounted for 87 percent of India’s typhoid economic burden in 2023.

    Key Findings

    • Total economic burden of typhoid in India: ₹123 billion
    • Antibiotic resistant typhoid share: 87 percent
    • Children under 10 years contributed to over 50 percent of costs
    • Households bore 91 percent of total expenses
    • Around 70,000 families faced catastrophic health expenditure

    High Burden States

    • Five states accounted for 51 percent of national burden
    • Maharashtra, Uttar Pradesh, Andhra Pradesh including Telangana, Tamil Nadu, and West Bengal

    What is Typhoid

    • Bacterial infectious disease
    • Caused by Salmonella Typhi
    • Spread through contaminated food and water
    • Linked to poor sanitation and unsafe drinking water

    What is Antibiotic Resistance

    • Bacteria develop resistance to antibiotics
    • Medicines become less effective
    • Treatment becomes longer and more expensive
    • Higher risk of complications

    [2019] Which of the following are the reasons for the occurrence of multi-drug resistance in microbial pathogens in India? 1 Genetic predisposition of some people. 2 Taking incorrect doses of antibiotics to cure diseases. 3 Using antibiotics in livestock farming. 4 Multiple chronic diseases in some people. Select the correct answer using the code given below: (a) 1 and 2 (b) 2 and 3 only (c) 1, 3 and 4 (d) 2, 3 and 4

  • [24th March 2026] The Hindu OpED: A decade of building India’s TB Championship movement

    PYQ Relevance[UPSC 2020] COVID-19 pandemic has caused unprecedented devastation worldwide. However, technological advancements are being availed readily to win over the crisis. Give an account of how technology was sought to aid management to the pandemic.Linkage: This PYQ tests application of technology in public health crises, focusing on diagnostics, digital tools, and governance outcomes in disease management. The same COVID-driven technological shift (AI, rapid diagnostics, decentralisation) is now being institutionalised in TB control to address early detection gaps and improve accessibility.

    Mentor’s Comment

    India’s fight against tuberculosis (TB) is entering a decisive phase. On the occasion of World TB Day (March 24), the focus has shifted from treatment expansion to a more critical bottleneck, early and accurate diagnosis.

    What is TB Diagnosis?

    Tuberculosis (TB) diagnosis involves identifying TB bacteria through sputum tests (smear microscopy, culture, or rapid molecular tests like GeneXpert), chest X-rays, and TB infection tests (skin test or IGRA blood test). Active TB, which causes symptoms like cough and fever, requires sputum analysis, while latent TB is detected by immune response tests

    Why is TB diagnosis emerging as the central challenge in India’s TB elimination strategy?

    1. High Burden Reality: India contributes the largest share of global TB cases, making early detection a critical bottleneck.
    2. Diagnostic Delay: Delays in diagnosis increase transmission, worsen outcomes, and raise mortality.
    3. Asymptomatic Prevalence: National TB Survey shows ~50% of TB cases are asymptomatic, making symptom-based screening insufficient.
    4. Low Sensitivity Tools: Traditional sputum smear microscopy fails to detect drug resistance and has low sensitivity.

    How has the TB diagnostic landscape evolved in the last decade?

    1. Technological Transition: Shift from sputum smear microscopy,  molecular diagnostics (CBNAAT, TrueNat).
    2. Indigenous Innovation: TrueNat (2020) enabled decentralized molecular testing at primary care level.
    3. AI Integration: AI-enabled portable chest X-rays allow rapid screening and interpretation.
    4. Programmatic Expansion: NTEP deployed hundreds of portable X-ray machines under community screening drives.
    5. Non-Sputum Methods: Use of tongue swabs and alternative samples improves accessibility for vulnerable populations.

    What structural gaps continue to limit the effectiveness of TB diagnostics?

    1. Access Inequality: Limited availability of molecular testing in rural and hard-to-reach areas.
    2. Human Resource Constraints: Dependence on trained radiologists and technicians restricts scaling.
    3. Turnaround Delays: Delayed reporting reduces treatment initiation efficiency.
    4. Pediatric TB Challenge: Children often lack sputum; diagnosis remains difficult due to low bacillary load.
    5. Extra-Pulmonary TB (EPTB): Accounts for ~25% of TB burden; diagnosis remains complex and expensive.

    Why is a comprehensive diagnostic toolbox necessary for TB elimination?

    1. Diverse Disease Manifestation: TB presents in multiple forms (pulmonary, extra-pulmonary, asymptomatic).
    2. Population Diversity: Requires tools adaptable for children, elderly, and immunocompromised individuals.
    3. Drug Resistance Detection: Molecular tools enable early identification of resistant strains.
    4. Precision Targeting: AI and biomarkers help identify high-risk individuals for preventive therapy (TPT).

    What role do innovation and research play in strengthening TB diagnostics?

    1. Evidence-Based Procurement: Technologies evaluated by ICMR before scale-up.
    2. Cost-Effectiveness Focus: Need for affordable and scalable diagnostic tools.
    3. Biomarker Development: Enables prediction of disease progression and targeted interventions.
    4. AI-Based Solutions: Portable ultrasound and AI-driven screening tools under development.
    5. Real-World Validation: Need for field-based studies to assess performance in low-resource settings.

    How do community-led initiatives like TB Champions strengthen the TB response?

    1. Peer Advocacy: TB survivors act as communicators, reducing stigma and improving awareness.
    2. Behavioural Change: Community engagement improves treatment adherence and early reporting.
    3. The National Tuberculosis Elimination Programme (NTEP) Integration: Survivor-led model formally adopted under National TB Elimination Programme.
    4. Social Inclusion: Targets vulnerable groups, urban poor, tribal populations, socially marginalized.
    5. Anti-Stigma Impact: Increased confidence among patients; improved care-seeking behaviour. 

    Conclusion

    India’s TB elimination strategy is increasingly dependent on diagnostic transformation rather than treatment expansion. While technological innovation and community participation have improved detection capacity, systemic gaps in accessibility, inclusivity, and real-world implementation persist. A comprehensive, evidence-based, and decentralized diagnostic ecosystem is essential to accelerate progress toward TB elimination.

  • SC Strikes Down 3-Month Cap on Maternity Leave for Adoptive Mothers

    Why in the News

    • The Supreme Court of India (March 2026) struck down the 3-month age cap for maternity leave for adoptive mothers under:
      • Maternity Benefit Act, 1961
      • Code of Social Security, 2020

    What the Law Earlier Said

    • 12 weeks maternity leave was allowed only if child < 3 months at adoption
    • Result: Most adoptive mothers could not qualify

    Supreme Court Ruling

    • Adoptive mothers: Entitled to 12 weeks maternity leave regardless of child’s age
    • Held: “Motherhood cannot depend on child’s age”

    Why SC Struck Down the Cap

    1. Violation of Equality (Article 14)

    • Article 14 of the Indian Constitution
    • Court said: Distinction between mothers based on child’s age is: Artificial and unreasonable
    • Same caregiving responsibilities: Infant (2 months) vs child (4 months)

    2. Violation of Right to Life & Dignity (Article 21)

    • Article 21 of the Indian Constitution
    • Includes:
      • Reproductive autonomy
      • Right to form a family (including adoption)

    3. Law was “Illusory” in Practice

    • Adoption process (under Juvenile Justice Act, 2015):
      • Mandatory waiting periods
      • Legal procedures
    • Result: Child rarely available below 3 months

    4. Importance of Child Bonding

    • Maternity leave ensures: Emotional bonding and Child’s adjustment in new family
    • Applies equally to: Adoptive mothers (even more critical)

    5. Rejection of Government Argument

    • Govt suggested: Use crèche facilities
    • Court response:
      • Not universal (only for ≥50 employees)
      • Cannot replace maternal care
    [2019] With reference to the Maternity Benefit Amendment Act, 2017, consider the following statements: Pregnant women are entitled for three months pre-delivery and three months post-delivery paid leave. This act applies to all organisations with 20 or more employees. It has made it mandatory for every organisation with 100 or more employees to have a crèche. Which of the statements given above is/are correct? (a) 1 and 2 only (b) 2 only (c) 3 only (d) 1, 2 and 3

  • India’s Progress in Reducing Child Mortality: UN Report (2025)

    Why in the News

    • The Levels and Trends in Child Mortality by the United Nations Inter-agency Group for Child Mortality Estimation highlights:
      • Global slowdown in reducing child deaths
      • India’s steady improvement in child and neonatal mortality

    Global Scenario

    • 4.9 million children died before age 5 (2024)
      • Includes 2.3 million newborns
    • Under-5 mortality:
      • ↓ More than 50% since 2000
      • BUT progress slowed by >60% since 2015
    • 2.1 million deaths (age 5–24 years)
    • Regional Distribution
    • Sub-Saharan Africa: Accounts for 58% of global under-5 deaths

    India’s Performance

    1. Neonatal Mortality Rate (NMR)

    • 1990: 57 per 1000 live births
    • 2024: 17 per 1000

    2. Under-5 Mortality Rate (U5MR)

    • 1990: 127 per 1000
    • 2024: 27 per 1000

    3. Key Drivers of Improvement

    • Expanded immunisation coverage
    • Increase in institutional deliveries
    • Strengthening of public health systems
    • Targeted interventions:
      • Maternal & child healthcare
      • Nutrition programs

    Key Observations

    • India is a major contributor to mortality reduction in South Asia
    • Demonstrates that: Low-cost interventions can significantly reduce deaths

    Challenges Ahead

    • Slowing global progress
    • Persistent: Malnutrition and Infectious diseases
    • High neonatal share: Nearly half of under-5 deaths
    [2023] Consider the following statements in relation to Janani Suraksha Yojna: 
    1. It is a safe motherhood intervention of the State Health Departments. 
    2. Its objective is to reduce maternal and neonatal mortality among poor pregnant women.
    3. It aims to promote institutional delivery among poor pregnant women. 
    4. Its objective includes providing public health facilities to sick infants up to one year of age. 
    How many of the statements given above are correct? 
    (a) Only one (b) Only two (c) Only three (d) All four