Drug-resistant bacteria found in Moroccan communities, water and food systems

Antibiotic resistance is increasingly being detected beyond Moroccan hospitals, with research finding drug-resistant bacteria in community-acquired infections as well as in water and food-production systems.

The findings suggest that resistant strains are circulating through multiple parts of the population and environment, complicating efforts to treat common infections.

A 2026 study titled “Antibiotic Resistance: In Africa, urinary tract infections may become untreatable” examined more than 16,000 patients across six African countries, including Morocco, and found very high levels of resistance to commonly used antibiotics.

By the end of the study, 96% of E. coli bacteria identified in samples from Morocco were resistant to amoxicillin. Nearly 85% were also resistant to amoxicillin combined with clavulanic acid.

The findings are significant because E. coli is the leading cause of urinary tract infections. When commonly used first-line antibiotics become ineffective, physicians have fewer treatment options, which can include drugs that are more expensive or reserved for more serious infections.

The problem is not limited to hospitals. A 2026 study in Tetouan examined 422 cases of community-acquired urinary tract infections and found that E. coli was the main pathogen, with substantial resistance to several commonly prescribed oral antibiotics.

Another study analyzed 1,296 samples collected from outpatients with urinary tract infections in 12 Moroccan cities between 2022 and 2023.

Researchers detected carbapenem-resistant bacteria, including E. coli and Klebsiella pneumoniae, among patients treated outside hospital settings.

Carbapenems are considered critically important antibiotics and are often used to treat severe bacterial infections when other drugs are ineffective. Resistance to them therefore poses a particular concern for public health.

Resistant bacteria have also been detected in Morocco’s environment and food-production systems.

Research on Salmonella found in well water in the Tadla Plain reported that 58.1% of the strains tested were multidrug-resistant, with some showing resistance to several important antibiotics.

Climate change could further complicate efforts to contain antibiotic resistance. A global study published in The Lancet Planetary Health analyzed more than 480,000 Salmonella genomes from 139 countries and found an association between climate change and a 10% global increase in Salmonella antibiotic-resistance genes between 1940 and 2023.

The strongest climate-linked increases were reported in the Middle East and North Africa.

Researchers linked changes in temperature and rainfall patterns to environmental conditions that may help bacteria survive, spread and exchange resistance genes.

They cautioned, however, that the findings show an association rather than proving that climate change directly caused the increase in antibiotic resistance.

Taken together, the research points to antibiotic resistance as a problem extending beyond hospital settings in Morocco, involving community infections as well as environmental and food-related pathways.

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