phasiology is one of the main branches of neuropsychology. It made a significant contribution to our understanding of mental functions. Analysis of aphasic deficits allows to conclude which psychological components are essential for speech processing. Luria's classification of aphasias is one of the most popular approaches of aphasia diagnostics in Russia, but it is also well known and used in the countries of Latin America, Mexico, Australia and others. One of the most common approaches in the European Union and in the United States of America are the spread activation theories, the module approach, as well as the symbol approach. The dual-route model is based on symbol approach and was chosen for the present analysis as one of the most influential models of speech processing in cognitive neuropsychology. It was developed in line with the so-called symbolic approach in cognitive psychology. The dual-route model is related to the classic structuralist approach Wernicke-Lichtheim Model of Aphasia. Luria's theory was based on accomplishments of functionalist approach, which investigated the structure of mental functions (Luria, 1962(Luria, , 2002.The aim of this paper is to conduct a comparative analysis between syndromes of aphasia, described by Luria, and elements of spoken speech described in the dual-route model. Such a comparison is possible, since both dual-route model and Luria's neuropsychological approach define speech as a complex process which includes different elements. Thus, investigating the structure of speech processing is one of the main aims of both approaches.
THE DUAL-ROUTE MODELBased on the computer metaphor, the dual-route model defines speech as a complex system, which includes preassigned elements which interact with each other (Coltheart, 2017). Blocks of information processing and storage are one of these elements. All these elements are interrelated, which is why it is possible to describe speech processes in terms of their interactions. Words are the main elements of information, which are processed in the cognitive system. More general speech elements are not examined in this model.The basic principles of symbolic neurocognitive approach were formulated as (Caramazza, 2006;Coltheart, 2017; Whitworth et al., 2014): 1) universality of cognitive architecture (cognitive system is organized in a similar way among different individuals and includes basic cognitive processes and representations); 2) transparancy (patients with brain lesions have a similar cognitive system, except for some singular impaired elements, which express themselves in the way how patients perform different tasks). If standard components, responsible for a particular speech process, are impaired, the patient is still able to complete the task, relying upon other elements of the cognitive system. This does not signify that a new cognitive structure is developing, to the contrary, it means that other, already existing