Meet AJAGUN-OGUNLEYE MULKAH OLUFEMI, an Academic Staff of Lagos State University.
Nutritional Biochemistry, Neuroscience, Nutrigenomics, And Anti-ageing Research.
Lecturer II
Medical Biochemistry
At the Medical Biochemistry department office
Appointment on Visitation important
Topic: Investigating The Interplay Of Malnutrition, Genetics, And Cognitive Development In Lagos State Primary School Children
Description:
Introduction: My current research focuses on the intersection of malnutrition, genetics, and cognitive function among primary school children in Lagos State, Nigeria. This study is crucial, given the alarming rates of child malnutrition in underserved communities, which negatively impact cognitive development and overall health.
Aims and Objectives: The key objectives of my research are to: 1) assess the nutritional status and cognitive performance of my subjects through anthropometric measurements, biochemical assays, and standardized cognitive tests; 2) explore the relationship between specific genetic variants and nutritional status by examining gene expression profiles related to nutrient metabolism; and 3) develop a computational framework that integrates nutritional and genetic data to identify effective nutritional interventions to improve cognitive function in malnourished children.
Methodology: My comprehensive approach involves a dual assessment of nutrition and cognitive abilities, coupled with genetic analysis. I will evaluate nutrition through anthropometric measurements and biochemical assays, while simultaneously measuring cognitive skills using standardized tests. In conjunction, I will conduct genetic analyses to uncover the molecular mechanisms linking nutrient deficiencies and cognitive outcomes.
Expected Results: The findings of my research are expected to establish a clear correlation between nutrition, genetics, and cognitive function. This data will inform the development of a computational framework to identify personalized nutritional interventions to mitigate malnutrition-related cognitive impairments in children.
Contribution to Knowledge and Society: The implications of my research are far-reaching, as the findings are expected to inform evidence-based nutrition policies and interventions. This initiative aligns with global health goals, contributing to the United Nations' Sustainable Development Goals and fostering healthier futures for children in Lagos State, Nigeria.
| # | Certificate | School | Year |
|---|---|---|---|
| 1. | Ph.D (Biochemistry) | Biochemistry Department, Kampala International University, Kampala, Uganda | 2020 |
Investigating the Interplay of Malnutrition, Genetics, and Cognitive Development in Lagos State Primary School Children
Introduction: My current research which is still in progress investigates the interplay between malnutrition, genetics, and cognitive function among primary school children in Lagos State, Nigeria. This study is crucial given the alarmingly high rates of child malnutrition in underserved communities, which are known to negatively impact cognitive development and overall health outcomes.
Aims and Objectives: The primary objectives of this study are: 1) to assess the nutritional status and cognitive performance of the subjects through anthropometric measurements, biochemical assays, and standardized cognitive tests; 2) to explore the relationship between specific genetic variants and nutritional status by examining gene expression profiles related to nutrient metabolism; and 3) to develop a computational framework that integrates nutritional and genetic data to identify effective nutritional interventions to improve cognitive function in malnourished children.
Methodology: This comprehensive research approach involves a dual assessment of nutrition and cognitive abilities, coupled with genetic analysis. Nutritional status will be evaluated through anthropometric measurements and biochemical assays, while cognitive skills will be measured using standardized tests. Genetic analysis will be conducted to uncover the molecular mechanisms linking nutrient deficiencies and cognitive outcomes.
Expected Results: The findings of this research are expected to establish a clear correlation between nutrition, genetics, and cognitive function. This data will inform the development of a computational framework to identify personalized nutritional interventions to mitigate malnutrition-related cognitive impairments in children.
Contribution to Knowledge and Society: The implications of this research are far-reaching, as the findings are expected to inform evidence-based nutrition policies and interventions. This initiative aligns with global health goals, contributing to the United Nations' Sustainable Development Goals and fostering healthier futures for children in Lagos State, Nigeria.
AJAGUN-OGUNLEYE OLUFEMI is a Lecturer II at the Department of Medical Biochemistry
AJAGUN-OGUNLEYE has a Ph.D in Biochemistry from Biochemistry Department, Kampala International University, Kampala, Uganda
