![]() ![]() First, we focused on the projection system of the cat auditory cortex, which is the most studied among all eutherians. The second chapter presents data on the connectivity patterns of the auditory cortex. For each mammalian order, we separately describe primary and secondary auditory fields as well as the auditory parabelt, their disposition within the auditory cortex, tonotopic organization and the relative size of these areas. The common scheme of the auditory cortex spatial organization initially proposed by Woolsey and Walzl (1942) for cats and later applied to other animals - was used as a framework for the present review. The first part of this review contains a detailed description of the auditory fields’ disposition in the temporal lobe of the neocortex among a significant number of mammalian species. ![]() Our review aims to systematically present the available data about the structural organization and connectivity of the auditory cortex in eutherian mammals. Despite this, information about partitioning of the auditory cortex into separate sub-regions and about its connectivity among different mammalian orders has not been summarized in detail. The set of experimental objects used in this research is large. At present, there are extensive data about the morphological structure of the mammalian auditory cortex obtained in numerous studies with different experimental approaches and methods. ![]()
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