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BRAIN EATING AMOEBA

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BRAIN EATING AMOEBA

Context

  • Recently, Kerala’s Kozhikode district has reported 3 back-to-back cases of the rare disease Primary Amoebic Meningoencephalitis (PAM), caused by the “brain-eating amoeba” Naegleria fowleri.
  • A 9-year-old girl has died, while a 3-month-old infant and another patient remain critical.

What is Primary Amoebic Meningoencephalitis (PAM):

  • Caused mainly by Naegleria fowleri, a free-living amoeba found in warm freshwater, soil, and dust.
  • Enters the human body via nose, migrates to the brain, causing severe, often fatal inflammation.
  • Other amoebae (e.g., Acanthamoeba) may also cause encephalitis with longer incubation periods.
    • First case in India: 1971
    • First Kerala case: 2016
    • Till 2023: Only 8 cases in Kerala
    • 2024: 36 cases, 9 deaths
    • 2025 (till August): 8 cases, 2 deaths

KEY FACTS

  • Fatality Rate:
    • Global: ~97%
    • Kerala: reduced to ~25% (due to early detection & state protocols).
  • India’s first PAM survivor: July 2024, 14-year-old Kozhikode boy (11th survivor globally).
  • Symptoms: Severe headache, fever, stiff neck, seizures, rapid progression → coma & death.
  • Transmission:
    • Contaminated freshwater (lakes, ponds, baths) entering nose.
    • Also from dust/soil particles (not necessarily water exposure).

REASONS FOR RISING CASES

  • Increased testing for AES (Acute Encephalitis Syndrome).
  • Climate change – higher temperatures = favorable conditions for amoeba growth.
  • Environmental pollution – contaminated water sources.
  • Improved surveillance & reporting.

GOVERNMENT RESPONSE

  • Kerala: first Indian state to issue
    • Special Treatment Protocol (2024).
    • Standard Operating Procedure (SOP) for PAM management.
  • Strengthened laboratory diagnosis (molecular tests).
  • Awareness campaigns on safe water usage.

SIGNIFICANCE

  • Public Health Concern: Extremely high mortality rare disease, needing early detection.
  • Climate–Health Linkages: Demonstrates how climate change alters disease patterns.
  • Kerala’s proactive role: Model of how states can innovate protocols for rare diseases.
  • UPSC Relevance: Links to GS Paper II (Health policies, governance) + GS Paper III (Climate change, Science & Tech, Disease ecology).

CHALLENGES

  • Diagnosis: Often delayed, symptoms mimic meningitis/encephalitis.
  • Treatment: Limited drug effectiveness; few survivors worldwide.
  • Public Awareness: Low, especially regarding water/dust transmission.
  • Balancing Resources: Rare diseases compete with priority illnesses (TB, Malaria).

WAY FORWARD

  • National Surveillance: Include PAM under Integrated Disease Surveillance Programme (IDSP).
  • Research: Develop rapid diagnostic kits & effective drugs.
  • Public Awareness: Safe use of freshwater bodies, hygiene campaigns.
  • Climate Preparedness: Link environmental monitoring with health risk warnings.
  • Replication of Kerala Model: Protocols and SOPs should be adapted across states for rare diseases.

 

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