Celiac disease (CD) is an autoimmune disorder that targets the small intestine, triggered by the ingestion of gluten in genetically predisposed individuals, causing damage to the villi and impairing nutrient absorption. Despite increased awareness and improved diagnostic techniques, CD remains significantly underdiagnosed, with many individuals suffering from unexplained symptoms or misdiagnosed conditions. This study aims to investigate the prevalence and demographic characteristics of CD in a Romanian population using rapid diagnostic tests followed by histological confirmation. This cross-sectional study aimed to determine the prevalence of CD in Romania using the BIOHIT Celiac Quick Test among adult participants recruited from tertiary healthcare centers and medical institutions. The prevalence of CD was calculated by dividing the number of confirmed positive cases by the total number of participants, with further evaluation including endoscopy and histological examination for those with positive quick test results. To our knowledge, this is the first prospective study in Romania to assess the prevalence of CD using a serological test. Out of 713 participants from Romania, 9 tested positive for CD using a rapid diagnostic test, confirmed by histological examination, resulting in a prevalence rate of 1.26%. The mean age of the CD-positive group was significantly younger (30.3 years) compared to the general population (49.2 years), and they had a lower mean BMI (22.2 vs. 28.1). Most CD-positive patients were female (66.7%) and resided in urban areas (55.6%). Our study found the prevalence of CD in a Romanian population to be slightly higher than the global average, highlighting the effectiveness of rapid diagnostic tests followed by histological confirmation. The significant regional variability in CD prevalence suggests the need for further research into environmental, dietary, and genetic factors, along with enhanced awareness and improved diagnostic protocols to better manage and prevent long-term complications of CD.
Read full abstract