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Science at home
Science at Home 2022
As we know, travel is still a challenge, but we want to bring the latest science to you! Join us for our second “Science at Home” series with short presentations focused on early brain and immune development from both our expert researchers and our external scientific collaborators.
Sphingomyelin in the Brain and Cognitive Development
Sphingomyelin in the Brain and Cognitive Development-Dr Agatha N. David
Early life nutrition is an important and modifiable factor that can shape myelination and subsequently cognitive outcomes
Effect of quality nutrition on human brain development
Effect of quality nutrition on human brain development - Pr Idowu Senbanjo
Adequate nutrition during pregnancy and the first two years especially is necessary for normal brain development, laying the foundation for future cognitive and social ability, school success, and productivity
Nutrition and Learning in Early Childhood: The Cognitive Implications
Nutrition and Learning in Early Childhood-The Cognitive Implications-Dr. Uduak Offiong
Cognitive development is influenced by many factors, including nutrition. Nutrients provide building blocks that play a critical role in cell proliferation, DNA synthesis, neurotransmitter, and hormone metabolism, and are important constituents of enzyme systems in the brain
Nutrition and Learning in Early Childhood-The Cognitive Implication
Nutrition and Learning in Early Childhood: The Cognitive Implications-Dr NGOZI Ulonnam
Nutrition is especially important during pregnancy and infancy, which are crucial periods for the formation of the brain and lay the foundation for the development of cognitive, motor, and socio-emotional skills throughout childhood and adulthood.
Sphingomyelin in the Brain and Cognitive Development
Sphingomyelin and its role in Cognition, Pr IkeOluwa Lagunju
The first 3 years of life represent a rapid and dynamic period of brain maturation Most brain processes during the period are primarily focused on connecting the brain by myelination and formation of new brain connections Early life nutrition is an important and modifiable factor that can shape myelination and subsequently cognitive outcomes Sphingomyelin plays an important role in cognitive development via its structural and functional involvement in CNS myelination. Infancy and early childhood are critical windows for brain growth and cognitive development. Malnutrition in the prenatal & postnatal periods may decrease myelin-specific lipids in the brain with major consequences on brain structure and function. Human milk is the preferred source of nutrition for infants and naturally contains sphingomyelin!
SPHINGOMYELIN and ITS ROLE IN COGNITION
SPHINGOMYELIN & ITS ROLE IN COGNITION
The first 3 years of life represent a rapid and dynamic period of brain maturation. Most brain processes during the period are primarily focused on connecting the brain by myelination and formation of new brain connections. Early life nutrition is an important and modifiable factor that can shape synaptogenesis, myelination, and subsequently cognitive outcomes. Sphingomyelin plays an important role in cognitive development via its structural and functional involvement in myelination & synaptic plasticity.  Early life nutrition is an important modifiable factor that determine myelination & consequently cognitive functioning. Early myelination trajectories are associated with development of cognitive abilities & outcomes There is a strong correlation between emergence of specific cognitive function and myelination of brain regions and networks subserving that function Human milk is the preferred source of nutrition for infants and naturally contains Essential nutrients for development of synapses, myelination, and cognitive functions!
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