Volume 30 #3

Contents

1. The structural-functional organization of mammalian auditory cortex as the basis of acoustic information cortical processing. The structural organization
2. Allocation of the characteristic features of in low-frequency envelope of the tone by the neurons in the midbrain auditory center of the frog
3. Discrimination of sound signals with rippled spectra in the noises of different spectral compositions
4. Temporary threshold shifts in naïve and experienced belugas
5. The role of simpatic-epinephrine system in the changes of electrical activity of the brain hemisphere cortex and hypothalamus under vibration exposure
6. Cyclic polypeptide PP-14 modulates the voltage sensitivity of slow sodium channels
7. Training optimal Viola–Jones detectors using greedy algorithms for selecting control parameters with intermediate validation on each level
8. Abnormal band in the circular dichroism spectrum of DNA cholesteric liquid-crystalline dispersions – an analytical criteriom for detection of coloured biologically active compounds

The basic morphological aspects of auditory cortex organization in different orders of eutherian mammals are considered in present review. The modern data describing a partition of mammalian auditory cortex into subfields are presented. The detailed observation of structural organization of primary auditory cortex is given as well as the review of present morphological data about the secondary auditory areas. An individual chapter of present paper describes the system of auditory cortical projections. The data are considered from the aspect of possible homologies existing between the auditory cortices of different mammalian species.

Key words: auditory cortex, primary and secondary auditory cortical fields, auditory cortical projections

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