A5003126916- Functional Brain Connectivity Studies
- Human Health and Disease
- Traumatic Brain Injury Research
- Face recognition and analysis
- Technology and Human Factors in Education and Health
- Digital Games and Media
- Anesthesia and Neurotoxicity Research
- Advanced Neuroimaging Techniques and Applications
- Fusion and Plasma Physics Studies
Peoples' Friendship University of Russia
2020-2023
St Petersburg University
2020
BACKGROUND: Human posterior associative cortex, including its temporoparietal–occipital subarea, is important in cognitive control, verbal activity, sensory stimuli processing, and attention regulation, visuomotor responses, situational decision making. Despite data suggesting the prolonged formation of these higher mental functions during postnatal ontogeny, cortex has been insufficiently characterized with respect to microstructural transformations individual functionally specialized zones...
analYsis oF aGe-related CHanGes in tHe CortiCal tHiCkness Human CereBral and CereBellar Cortex areas assoCiated witH FaCe reCoGnition a b s t r C -Aims.Perception recognition of faces is supported by network nerve centers the human brain that have different maturation periods postnatal ontogenesis.In this article, we analyze relationship between changes thickness cortex facial children from birth to 12 years old.Methods.Histological material was obtained left cerebral hemispheres bilaterally...
Aim: This article is devoted to the study of age-related changes in body volume pyramidal neurons (VP) human prefrontal (PFC) and posterior associative cortex (PAC) children from birth 7 years age. Methods: The material consisted left cerebral hemispheres obtained 60 male individuals. We studied areas 8, 45 10 PFC area 37 subareas 37ac, 37a, 37d PAC. For morphometry cortical sublayer III3, we used virtual images serial frontal paraffin sections thick stained by Nissl. determined mean value...
С применением гистологических и количественных методик изучали структурные преобразования пирамидных нейронов фиброархитектоники префронтальной задней ассоциативной коры большого мозга у детей от рождения до 6 лет. Показано, что значимые микроструктурные отмечаются на первом году жизни, а также к 3 5 годам. Выявленные изменения по темпам срокам соответствуют основным возрастным этапам становления высших регуляторных механизмов мозговой деятельности с участием исследованных корковых формаций...