DANIEL GBENGA EMMANUEL

Executed immunohistochemical staining techniques on brain tissue to evaluate aging-associated degenerative Alzheimer pathology, ensuring high-quality control for critical research data.

Processed whole blood samples into plasma, serum, and buffy coats for detailed genetic analysis, supporting large-scale genomic studies.

Performed advanced molecular biology techniques including DNA Extraction/Quantification, Gel Electrophoresis, and Polymerase Chain Reaction to prepare samples for sequencing.

Conducted a comprehensive survey to identify key issues in brain donation among African Americans, followed by an educational program that significantly increased consent rates for research participation.

Analyzed complex genetic and behavioral factors contributing to cognitive decline in African ancestry populations using genotyping and whole genome sequencing data.

Utilized genome-wide data to identify and study selection signals at Alzheimer's Disease (AD)-associated loci, contributing to novel insights into disease mechanisms.

Performed gene expression analysis (PCR qPCR) to evaluate the impact of compounds on gene regulation, providing critical data for toxicity studies.

Conducted biochemical assays to assess oxidative stress and neurotoxicity markers, generating quantitative data on cellular responses to environmental stressors.

Maintained accurate data logs for all laboratory results and implemented quality control procedures, ensuring the integrity and reliability of research findings.

Mentored and trained over 10 undergraduate interns from various universities in fundamental laboratory techniques, enhancing their research capabilities.

Prepared a wide range of reagents necessary for experiments, strictly adhering to standard operating procedures to ensure experimental consistency and safety.

Performed detailed microscopic imaging analysis of tissue samples to assess reproductive toxicity, generating visual evidence of cellular changes.

Carried out routine tissue processing, including fixation, embedding, and sectioning, to prepare samples for histological and biochemical analysis.

Assisted in all phases of laboratory research, including animal care, treatment administration, and tissue processing, ensuring ethical guidelines were followed.

Assayed oxidative stress markers to quantify the biological impact of pollutants, providing measurable data on toxicological effects.

Developed proficiency in integrating wet lab results with bioinformatics tools, enhancing the depth and scope of research outcomes and data interpretation.

Demonstrated anatomy dissections for upper and lower limbs to an average of 50 undergraduate students per course, clarifying complex anatomical structures.

Collaborated effectively with faculty members to develop efficient teaching methods and approaches, contributing to enhanced quality education for students.

Organized and facilitated regular tutorials and quizzes for students, improving comprehension and retention of course material.

Taught multiple 90-minute undergraduate anatomy courses, including Gross Anatomy, Neuroanatomy, and Microscopic Anatomy, for diverse student groups.

Observed and assisted in brain MRI and CT scan imaging procedures for patients with neurodegenerative and neurological disorders, gaining exposure to clinical diagnostic processes.

Participated actively in patient data collection, image documentation, and anonymization, ensuring data integrity and confidentiality for research and teaching purposes.

Gained practical exposure to radiological biomarkers relevant to Alzheimer's disease and cerebrovascular pathology, enhancing understanding of neuroimaging in diagnostics.

Attended multidisciplinary meetings with neurologists and radiologists, contributing to discussions on the interpretation of complex clinical scans and case studies.