Abstract: Different aspects of the invention implement a system, and corresponding method, for the systematic, universal and optimized screening of oropharyngeal dysphagia which is based on an algorithm which takes into account parameters and clinical record of each patient, for determining with high probability the possibilities of suffering from oropharyngeal dysphagia, and selecting only those patients which really have a risk of suffering from oropharyngeal dysphagia for the continuation of their medical diagnosis and clinical exploration and instrumental assessment phases.

Abstract: Computer-implemented system (1) for the analysis of the swallowing process in humans, which comprises an exposure unit (2) of the individual's head and neck area to external stimuli (3); a data capture unit (4) of data from the response to external stimuli; a data digitization unit (5); a digitized data processing unit (6); a memory unit (7); a processed data display unit (8), with the digitization unit (5), the memory unit (7) and the data display unit (8) being controlled by a computer program, wherein the external stimuli (3) consist of electromagnetic radiation; and where the data from the response to the external stimuli (3) consist of a continuous data sequence, which can be temporally and/or spatially analyzed and parametrized. The invention also relates to a computer-implemented procedure for the analysis and quantification of the swallowing process in humans.

Abstract: Computer-implemented system (1) for the analysis of the swallowing process in humans, which comprises an exposure unit (2) of the individual's head and neck area to external stimuli (3); a data capture unit (4) of data from the response to external stimuli; a data digitization unit (5); a digitized data processing unit (6); a memory unit (7); a processed data display unit (8), with the digitization unit (5), the memory unit (7) and the data display unit (8) being controlled by a computer program, wherein the external stimuli (3) consist of electromagnetic radiation; and where the data from the response to the external stimuli (3) consist of a continuous data sequence, which can be temporally and/or spatially analysed and parametrized. The invention also relates to a computer-implemented procedure for the analysis and quantification of the swallowing process in humans.