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Drug‑resistant Salmonella in children’s food and water in Karamoja — Level B2 — white sack

Drug‑resistant Salmonella in children’s food and water in KaramojaCEFR B2

25 Sept 2025

Level B2 – Upper-intermediate
6 min
338 words

A peer‑reviewed study published in BioMed Central reports drug‑resistant Salmonella enterica in nearly half of the food and water consumed by under‑five children in Karamoja. The contamination was present in samples of raw and cooked foods and in both community and household water. Researchers found high antibiotic resistance: more than 90 per cent of strains resisted azithromycin, and more than a third showed multi‑drug resistance. Ronald Mpagi of Gulu University said he started the study after years of limited progress from government and donor programmes against persistent malnutrition.

Karamoja is a semi‑arid, isolated sub‑region where most households are nomadic pastoralists living in manyattas and keeping cattle near living areas. Over 60 per cent of people practise open defecation, which overwhelms limited sanitation and allows human waste, livestock, food and water to intersect. The result is frequent contamination of children’s meals; repeated diarrhoeal illness then prevents nutrient absorption and deepens malnutrition. Bwambale Benard warned that if first‑line antibiotics fail, children stay ill longer, malnutrition worsens and mortality can rise. Infections also affect pregnant women, the elderly and whole households, reducing productivity and draining incomes.

Uganda has begun national surveillance of antimicrobial resistance. Andrew Kambugu described a network run with the Ministry of Health and supported by the Fleming Fund that monitors resistance patterns in seven referral hospitals and provides early warnings of diarrhoea clusters. Government measures include hygiene education in Karamoja, training farmers on safer post‑harvest handling, and Uganda’s National Action Plan on Antimicrobial Resistance, now in its fifth year, which uses hospital lab data to produce antibiograms that guide treatment and procurement. Daniel Kyabayinze noted that while azithromycin and ciprofloxacin showed high resistance, older drugs such as co‑trimoxazole still had very low resistance and could be usable in regions like Karamoja. Experts also point to economic risks: a USAID‑funded 2017 projection estimated malnutrition could cost Uganda 19 trillion Ugandan Shillings (US$7.7 billion) in lost productivity by 2025, a target at risk if drug resistance is not addressed.

Difficult words

  • contaminationpresence of harmful organisms or substances in food
  • resistanceability of bacteria to survive a drug
  • open defecationpeople defecating outdoors without toilets or pits
  • nomadicmoving regularly from place to place
  • surveillancesystematic monitoring to detect health problems early
  • antibiogramreport showing which drugs kill local bacteria
    antibiograms
  • procurementprocess of buying supplies or services for organisations
  • productivityamount of goods or work produced by people

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Discussion questions

  • What local and national measures from the article seem most important to reduce contamination and why?
  • How could repeated diarrhoeal illness and poor nutrient absorption affect a child’s future life and education?
  • What economic effects might widespread malnutrition and drug resistance have on a community or country?

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