Optometry, Borderline natural science, Analytical-synthetic model, Cognitive model of optometry, Biochemistry, Cognitive model of biochemistry, Biochemical methods, Research in optometry, Optometry education

Our contribution represents a specific natural science discipline, optometry, which can be classified into a group of borderline natural science fields. It is based on a cognitive analyticalsynthetic integration model of optometry as a non paramedic profession in the system of natural science and related models, the starting points of which can be found in the mentioned basic analytical and synthetic structure. We also use well-tried ?data mining? approaches. The works of Záškodný and Tarábek [1, 2] have served for us as inspiration and a starting point to our conception.

Our contribution represents a specific natural science discipline, optometry, which can be classified into a group of borderline natural science fields. It is based on a cognitive analyticalsynthetic integration model of optometry as a non paramedic profession in the system of natural science and related models, the starting points of which can be found in the mentioned basic analytical and synthetic structure. We also use well-tried ?data mining? approaches. The works of Záškodný and Tarábek [1, 2] have served for us as inspiration and a starting point to our conception.