Research
Research Areas
Neuroimaging
Specialized in advanced MRI techniques and analysis for understanding brain structure and function, particularly in neurodegenerative diseases.
Key Focus Areas:
- Structural and functional MRI analysis
- Volumetric assessment
- Brain connectivity mapping
- Automated image processing
Social Neuroscience
Investigating the intersection of social behavior, technology, and brain function across different cultural contexts.
Key Focus Areas:
- Cross-cultural studies
- Social behavior analysis
- Digital interaction patterns
- Cultural neuroscience
Data Science in Neuroscience
Exploring the application of data analysis and deep learning techniques to neuroimaging and behavioral data, with a focus on developing these skills for future research applications.
Key Focus Areas:
- Explore deep learning applications in neuroimaging
- Developing statistical analysis skills
- Exploring big data analysis techniques
- Studying predictive modeling approaches
Ongoing Research Projects
Asymmetry in Thalamic Gray Matter Changes in Nigerian Parkinson's Disease Patients
This research investigates the asymmetrical patterns of thalamic gray matter alterations in Nigerian patients with Parkinson's Disease. Using advanced neuroimaging techniques, we analyze structural changes and their correlation with disease progression.
Objectives
- Map thalamic gray matter changes across different stages of Parkinson's Disease
- Analyze hemispheric differences in thalamic structure
- Correlate structural changes with clinical symptoms
- Develop biomarkers for early disease detection
Methodology
Advanced MRI techniques, volumetric analysis, statistical modeling
Impact
This study aims to improve our understanding of Parkinson's Disease progression in African populations and contribute to early diagnosis methods.
Volumetric Assessment of Individual Thalamic Nuclei in Nigerian patients with Parkinson's Disease
A detailed volumetric analysis of specific thalamic nuclei in Nigerian Parkinson's Disease patients, focusing on identifying key structural changes that may serve as disease markers.
Objectives
- Quantify volume changes in specific thalamic nuclei
- Establish correlation between nuclei volume and disease severity
- Compare findings with international datasets
- Develop region-specific analysis protocols
Methodology
High-resolution MRI, automated segmentation, machine learning analysis
Impact
Results will enhance our understanding of regional brain changes in Parkinson's Disease and potentially lead to improved diagnostic tools.
Screen Time and Social Connection: A Study of the Changing Dynamics of Relationships in Germany and Nigeria
A cross-cultural investigation into the impact of screen time on social relationships and connections, comparing patterns between German and Nigerian populations.
Objectives
- Analyze screen time patterns across both cultures
- Assess impact on social relationships and mental health
- Identify cultural differences in technology usage
- Develop recommendations for healthy digital habits
Methodology
Mixed-methods approach, surveys, interviews, digital tracking
Impact
This research will provide insights into how different cultures adapt to digital transformation and its effects on social connections.