Okonkwo Laboratory

Modifiable and non-modifiable factors linked to cognitive resilience in Alzheimer's disease

Researching Modifiable and Non-Modifiable Risk Factors Linked to Cognitive Resilience in Alzheimer’s Disease

What do we do?

Our lab focuses on clarifying how alterations in the brain and other biomolecules (such as cerebrospinal fluid β-amyloid) place some cognitively-normal individuals on a pernicious trajectory that culminates in Alzheimer’s dementia. In this context, we are also interested in discovering new knowledge concerning the modulation of the link between brain changes and cognitive decline by both modifiable (e.g., cognitively-stimulating activities, physical exercise) and non-modifiable (e.g., genetic vulnerability) factors. Overlaid on this research agenda are investigations of health inequities, and how such inequities exacerbate or ameliorate the impact of biomarkers on clinical phenotypes.

We use many techniques in our research, including but not limited to:

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MRI and PET Imaging

GE MR750 3T scanner for structural and functional brain imaging.
Siemens ECAT EXACT HR+ PET scanner, with the operational model pictured in the forefront and a second HR+ gantry used for educational purposes pictured in the background.

Cerebrospinal Fluid Collection

A lumbar puncture procedure to collect cerebrospinal fluid.

Maximal Exercise Testing

Maximal exercise testing measures VO2, heart rate, respiratory exchange ratio, ventilation, and other variables needed to determine one’s cardiorespiratory fitness.
Variables of interest during a maximal exercise test.

Blood-based Biomarkers

Quanterix HD-X machine
Quanterix HD-X for analysis of biospecimens. Questions can be directed to: adrcbiomarker@medicine.wisc.edu  Photo credit: Clint Thayer.

Physical Activity Monitoring

A visual representation of an individual’s physical activity levels over 10 days, captured with an Actigraph accelerometer worn around the waist.

Cognitive Testing

Administering one of many cognitive tests that comprise our neuropsychological testing battery.

We are a part of the larger Wisconsin Alzheimer’s Disease Research Program, which includes both the Wisconsin Alzheimer’s Disease Research Center and the Wisconsin Alzheimer’s Institute.

Our offices are located on UW Madison’s campus within the UW Hospital and WARF. The majority of our research is conducted at the UW Hospital, the Waisman Center, the Wisconsin Institute for Medical Research, and the YMCA.

News Highlights

  • Hannatu Amaza, Amber Niay, and Mai Seng Thao’s Manuscript Accepted for Publication

    Hannatu Amaza, Amber Niay, and Mai Seng Thao’s manuscript titled “The Health Equity Scholars Program: Fostering Culturally Competent and Successful Independent Investigators in Alzheimer’s Disease and Related Dementia Research” was accepted for publication in Alzheimer’s …

    September 25, 2024

  • Welcome Drs. Ikenna Odoh, Jacqueline Pontes Monteiro, and Kyle Edmunds

    We are thrilled to welcome our newest lab members to the team! Ikenna Odoh, MD is a graduate research assistant from the Master of Public Health Program with an interest in improving health outcomes for people …

    September 25, 2024

  • Welcome New Students!

    We are excited to share that we have 3 new students who joined the Okonkwo Lab in the Fall 2024 semester: Charisma Waters: I’m a sophomore studying biology with certificate in BioCore. I’m super excited …

    September 9, 2024

  • Noah Cook’s Manuscript Accepted for Publication

    Noah Cook’s manuscript “β-Amyloid positivity is less prevalent in cognitively unimpaired KLOTHO KL-VS heterozygotes” was accepted for publication in the Journal of Alzheimer’s disease (JAD). Congratulations, Noah!

    September 3, 2024
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