Сверхмедленная биоэлектрическая активность головного мозга в процессах переработки информации в сенсорных системах
В соответствии с этой концепцией последовательность возникновения функциональной интрацеребральной таламо-кортико-таламической системы (в ходе прямых и возвратных, т. е. двусторонних таламо-кортико-таламических взаимодействий) по переработке сенсорной информации должна иметь следующую последовательность: (1) настройка и синхронизация уровня метаболической активности (сосудисто-циркуляторных… Читать ещё >
Содержание
- I. Введение
- II. Глава 1. Обзор литературы
- 1. 1. Структурно-функциональная организация таламических и корковых представительств зрительной сенсорной системы головного мозга
- 1. 2. Структурно-функциональная организация таламических и корковых представительств слуховой сенсорной системы головного мозга
- 1. 3. Структурно-функциональная организация таламических и корковых представительств вкусовой сенсорной системы головного мозга
1.4. Сверхмедленные формы биоэлектрической активности головного мозга: их многообразие, а также возможное значение в механизмах регуляции функциональных состояний высших представительств сенсорных систем и в процессах переработки сенсорной информации.
III. Глава 2. Материалы и методы (методика).
IV. Глава 3. Результаты исследования.
3.1. Сверхмедленная биоэлектрическая активность в процессах обработки информации в зрительной сенсорной системе.
3.1.1. Перестройки динамики сверхмедленных процессов в латеральном коленчатом теле и в первичной зрительной коре при различных уровнях освещения.
3.1.2. Перестройки динамики сверхмедленных процессов в латеральном коленчатом теле до и после электростимуляции первичной зрительной коры, а также в первичной зрительной коре до и после электростимуляции латерального коленчатого тела.
3.2. Сверхмедленная биоэлектрическая активность в процессах обработки информации в слуховой сенсорной системе.
3.2.1. Перестройки динамики сверхмедленных процессов в медиальном коленчатом теле и в первичной слуховой коре при действии различных слуховых стимулов.
3.2.2. Перестройки динамики сверхмедленных процессов в медиальном коленчатом теле до и после контактной электрической стимуляции первичной слуховой коры, а также в первичной слуховой коре до и после электрической стимуляции медиального коленчатого тела.
3.3. Сверхмедленная биоэлектрическая активность в процессах обработки информации во вкусовой сенсорной системе.
3.3.1. Перестройки динамики сверхмедленных процессов в заднесрединном нижнем ядре таламуса и вкусовой коре при действии различных вкусовых стимулов.
3.3.2. Перестройки динамики сверхмедленных процессов в заднесрединном нижнем ядре таламуса до и после контактной электрической стимуляции вкусовой коры, а также во вкусовой коре до и после контактной электростимуляции заднесрединного нижнего ядра таламуса.
V. Глава 4. Обсуждение результатов исследования.
4.1. Сверхмедленная биоэлектрическая активность в процессах обработки информации в зрительной сенсорной системе.
4.1.1. Перестройки динамики сверхмедленных процессов в латеральном коленчатом теле и в первичной зрительной коре при различных уровнях освещения.
4.1.2. Перестройки динамики сверхмедленных процессов в латеральном коленчатом теле до и после электростимуляции первичной зрительной коры, а также в первичной зрительной коре до и после электростимуляции латерального коленчатого тела.
4.2. Сверхмедленная биоэлектрическая активность в процессах ^^ обработки информации в слуховой сенсорной системе.
4.2.1. Перестройки динамики сверхмедленных процессов в медиальном коленчатом теле и в первичной слуховой коре при действии различных слуховых стимулов.
4.2.2. Перестройки динамики сверхмедленных процессов в медиальном коленчатом теле до и после контактной электрической стимуляции первичной слуховой коры, а также в первичной слуховой коре до и ^^ после электрической стимуляции медиального коленчатого тела.
4.3. Сверхмедленная биоэлектрическая активность в процессах обработки информации во вкусовой сенсорной системе.
4.3.1. Перестройки динамики сверхмедленных процессов в заднесрединном нижнем ядре таламуса и вкусовой коре при действии различных вкусовых стимулов.
4.3.2. Перестройки динамики сверхмедленных процессов в заднесрединном нижнем ядре таламуса до и после контактной электрической стимуляции вкусовой коры, а также во вкусовой коре до и после контактной электростимуляции заднесрединного нижнего ядра таламуса.
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