Epigenetic and Behavioral Self knowledge, Brain States New perspectives in translational control - Infants NIRS Studies EEG fNIRS Combined Consciousness Neuroscience Behavior
EEG fNIRS Combined Consciousness Neuroscience Behavior
The intersection of epigenetics and behavioral self-knowledge offers a fascinating exploration into how our genes and our environments interact to shape who we are. This relationship highlights the dynamic between our biological inheritance and our life experiences, and how this interplay influences our behavior, mental health, and personal development.
Essentially, epigenetics is about how genes can be turned on or off by cellular and physiological processes, thereby affecting how cells read genes.
Behavioral Self-Knowledge - It involves self-awareness and the ability to recognize how our thoughts, feelings, and actions align with our internal states and external situations.
Influence on Personality and Behavior: Epigenetic modifications can influence various traits that contribute to our personality and behavior. For example, the way our body responds to stress can be influenced by epigenetic changes, which in turn affect our behavior under stress.
Significant life experiences, such as trauma, stress, or even educational opportunities, can lead to epigenetic changes that might affect our behavior and mental health. Understanding these changes can enhance our self-knowledge, allowing us to better understand why we might react in certain ways in various situations.
Integrating epigenetic knowledge with behavioral self-awareness provides a more comprehensive understanding of human behavior. It bridges the gap between biology and personal experience, offering a nuanced perspective on how we can manage our behaviors and improve our mental health.
Estados cerebrais são configurações distintas de atividade neuronal que correspondem a diferentes condições comportamentais e fisiológicas. Exemplos incluem várias fases do sono, alerta, respostas ao estresse e condições patofisiológicas como epilepsia. Cada estado é caracterizado por padrões específicos de atividade elétrica e liberação de neurotransmissores, que por sua vez influenciam como os genes dentro dos neurônios são expressos e regulados.
O controle traducional refere-se aos mecanismos pelos quais as células regulam a eficiência e a taxa com que o mRNA (RNA mensageiro) é traduzido em proteína. Nos neurônios, o controle traducional é crucial porque permite respostas rápidas e localizadas a estímulos sem a necessidade de nova transcrição genética. Isso é especialmente importante devido à complexa arquitetura dos neurônios e à necessidade de adaptação rápida nas sinapses localizadas longe do núcleo celular.
O controle traducional é um ator chave na plasticidade neural — a capacidade do cérebro de se adaptar e se reorganizar. A disfunção dos processos traducionais pode levar à disfunção sináptica e está implicada em vários distúrbios neurológicos, incluindo autismo, esquizofrenia e doença de Alzheimer.
Ao examinar o papel do controle traducional dentro de diferentes estados cerebrais, os pesquisadores esperam desbloquear novas vias para entender e manipular a função cerebral na saúde e na doença. Isso poderia levar a avanços no tratamento de distúrbios neurológicos e na melhoria da função cognitiva ao longo da vida.
Infants NIRS Studies EEG fNIRS Combined Consciousness Neuroscience Behavior.
These tools are non-invasive and particularly suitable for studying the developing brains of infants, as they provide insights into both the functional and behavioral aspects of brain activity.
EEG is highly effective in capturing the temporal dynamics of brain activity, making it suitable for studying processes like sleep, attention, and cognitive development in infants.
NIRS measures the concentration of oxygenated and deoxygenated hemoglobin in the brain, providing insights into cerebral blood flow and brain oxygenation. This can be particularly useful for studying how infants process sensory and cognitive information.
fNIRS A specific application of NIRS, fNIRS is used to assess brain functions by monitoring brain regions involved in specific tasks. For infants, fNIRS can be used to study cognitive functions like memory and language development as it is safe, silent, and relatively motion-tolerant compared to other neuroimaging techniques.
Combining these techniques, researchers can obtain a comprehensive view of both the electrical and metabolic activities in the infant brain, which helps in understanding how behavioral states (like alertness and sleep), sensory processing, and early cognitive abilities develop. These insights are crucial for understanding typical brain development and for identifying deviations that might indicate developmental disorders.
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New perspectives in translational control | Brain States
New perspectives in translational control: from neurodegenerative diseases to glioblastoma
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NIRS fNIRS Webinars 2022 | NIRS fNIRS BCI
NIRS Brain imaging fNIRS | NIRS fNIRS BCI
NIRS fNIRS Scientific Question, Physical Principles Experimental Designs Functional optical neuroimaging (fNIRS)NIRS fNIRS devices - Near Infrared Spectroscopy - NIRS Brain Latam NIRSLatam NIRS - Neuroimagen óptica functional (fNIRS)NIRS Research Field | NIRS Neurodesenvolvimento NIRS Neurociencia Social y CognitivaNIRS Análisis de Datos | NIRS Aplicações ClínicasFunctional near-infrared spectroscopy (fNIRS)NIRS infrared spectroscopy | NIRS and neuroscienceNIRS and Music | NIRS Brain imaging fNIRSBCI NIRS | EEG fNIRS | Infants NIRS Studies EEG fNIRS Combined | Consciousness Neuroscience Behavior NIRS Publications
Epigenetic and Behavioral | Physiology & Behavior
Epigenetic and Behavioral
Self knowledge | Physiology & Behavior
Self knowledge
Coletivo trans Gisberta Salce da UFRJ | Physiology & Behavior
Coletivo trans Gisberta Salce da UFRJ
 | 00:00:00 - 06:12:00 New perspectives in translational control: from neurodegenerative diseases to glioblastoma |
 | 06:12:00 - 07:44:00 A Thin Sheet of Reality: The Universe as a Hologram |
 | 07:44:00 - 14:36:00 NIRS fNIRS Scientific Question, Physical Principles Experimental Designs Functional optical neuroimaging (fNIRS)NIRS fNIRS devices - Near Infrared Spectroscopy - NIRS Brain Latam NIRSLatam NIRS - Neuroimagem óptica funcional (fNIRS)NIRS Research Field | NIRS NeurodesenvolvimentoNIRS Neurociencia Social y CognitivaNIRS Análisis de Datos | NIRS Aplicações ClínicasFunctional near-infrared spectroscopy (fNIRS)NIRS infrared spectroscopy | NIRS and neuroscienceNIRS and Music | NIRS Brain imaging fNIRSBCI NIRS | EEG fNIRS | Infants NIRS StudiesEEG fNIRS Combined | Consciousness Neuroscience BehaviorNIRS Publications before 2022 |
 | 14:36:00 - 16:07:00 NIRS fNIRS Scientific Question, Physical Principles Experimental Designs Functional optical neuroimaging (fNIRS)NIRS fNIRS devices - Near Infrared Spectroscopy - NIRS Brain Latam NIRSLatam NIRS - Neuroimagem óptica funcional (fNIRS)NIRS Research Field | NIRS NeurodesenvolvimentoNIRS Neurociencia Social y CognitivaNIRS Análisis de Datos | NIRS Aplicações ClínicasFunctional near-infrared spectroscopy (fNIRS)NIRS infrared spectroscopy | NIRS and neuroscienceNIRS and Music | NIRS Brain imaging fNIRSBCI NIRS | EEG fNIRS | Infants NIRS StudiesEEG fNIRS Combined | Consciousness Neuroscience BehaviorNIRS Publications before 2022 |
 | 16:07:00 - 20:13:00 Epigenetic and Behavioral |
 | 20:13:00 - 23:00:00 Self knowledge |
 | 23:00:00 - 23:59:00 Coletivo trans Gisberta Salce da UFRJ |
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Jackson Cionek
