Assessing Diagnosis of Infections: A Study on Species Prevalence and Antifungal Resistance in Northern Morocco.

The incidence of infections has increased in the last decade, posing a serious threat to public health. Appropriately facing this challenge requires precise epidemiological data on species and antimicrobial resistance incidence, but many countries lack appropriate surveillance programs. This study aims to bridge this gap for Morocco by identifying and phenotyping a year-long collection of clinical isolates (n = 93) from four clinics in Tetouan. We compared the current standard in species identification with molecular methods and assessed susceptibility to fluconazole and anidulafungin. Our results identified limitations in currently used diagnostics approaches, and revealed that ranks as the most prevalent species with 60 strains (64.52%), followed by with 14 (15.05%), with 6 (6.45%), and with 4 (4.30%). In addition, we report the first identification of in Morocco. Susceptibility results for fluconazole revealed that some isolates were approaching MICs resistance breakpoints in (2), and (1). Our study also identified anidulafungin resistant strains in (1), (1), and (2), rendering the two strains from the latter species multidrug-resistant due to their innate resistance to fluconazole. These results raise concerns about species identification and antifungal resistance in Morocco and highlight the urgent need for more accurate methods and preventive strategies to combat fungal infections in the country.