A M Betancur-Sánchez1, E M Vásquez-Trespalacios2, C Sardi-Correa3. 1. Grupo de Investigación Observatorio de la Salud Pública, Universidad CES, Medellín, Colombia. Electronic address: anbetancurs@uces.edu.co. 2. Departamento de Epidemiología, Grupo de Investigación Observatorio de la Salud Pública, Universidad CES , Medellín, Colombia. 3. Instituto Nacional de Investigación Oftalmológica, Medellín, Colombia.
Abstract
OBJECTIVE: To evaluate recent evidence concerning the relationship between the exposure to organic solvents and the impairment of colour vision. METHODS: A bibliographic search was conducted for scientific papers published in the last 15 years, in the LILACS, PubMed, Science Direct, EBSCO, and Cochrane databases that included observational studies assessing the relationship between impairment in colour vision and exposure to organic solvents. RESULTS: Eleven studies were selected that were performed on an economically active population and used the Lanthony D-15 desaturated test (D-15d), measured the exposure to organic solvents, and included unexposed controls. It was found that there is a statistically significant relationship between the exposure to organic solvents and the presence of an impairment in colour vision. CONCLUSIONS: The results support the hypothesis that exposure to organic solvents could induce acquired dyschromatopsia. The evaluation of colour vision with the D-15d test is simple and sensitive for diagnosis. More studies need to be conducted on this subject in order to better understand the relationship between impaired colour vision and more severe side effects caused by this exposure.
OBJECTIVE: To evaluate recent evidence concerning the relationship between the exposure to organic solvents and the impairment of colour vision. METHODS: A bibliographic search was conducted for scientific papers published in the last 15 years, in the LILACS, PubMed, Science Direct, EBSCO, and Cochrane databases that included observational studies assessing the relationship between impairment in colour vision and exposure to organic solvents. RESULTS: Eleven studies were selected that were performed on an economically active population and used the Lanthony D-15 desaturated test (D-15d), measured the exposure to organic solvents, and included unexposed controls. It was found that there is a statistically significant relationship between the exposure to organic solvents and the presence of an impairment in colour vision. CONCLUSIONS: The results support the hypothesis that exposure to organic solvents could induce acquired dyschromatopsia. The evaluation of colour vision with the D-15d test is simple and sensitive for diagnosis. More studies need to be conducted on this subject in order to better understand the relationship between impaired colour vision and more severe side effects caused by this exposure.