What is this Study about?

The purpose of this study is to determine the effectiveness of DataDay, a digital self-management application, in improving the quality of life of patients and caregivers. In this respect, we aim to identify the benefits and challenges to the app’s usability and impact on health outcomes and quality of life for these individuals.

The information gathered from this study concerning the impact on patient and caregiver quality of life, as well as the feasibility and usability of the app will inform future iterations of the app.

What is this Study about?

The study involves a primary session of paper-and-pencil tasks, and a second session of a computer task, while your heart rate and brain activity is monitored. The aim of the study is to examine how signals are affected from the body to the brain.

What is this Study about?

Increasing evidence shows that listening to music from childhood and early adulthood can help recall meaningful events from the past. Importantly, people with dementia have shown to benefit from listening to personally meaningful music, suggesting that musical memory remains preserved. However, the underlying mechanisms by which music improves memory remains unclear.

My research addresses the impact of an autobiographically salient music listening program on memory and brain activity in mild cognitive impairment. Understanding how brainwave activity in this population may differ, will help elucidate mechanisms of music listening that lead to cognitive improvements, ultimately providing insight into musical memory preservation and how it can be leveraged.

Participants will undergo cognitive testing and measure brainwave activity via EEG, a non-invasive neuroimaging method. Participants will be provided an online link (or CD if they do not have wifi) to access their personalized music playlist and will be asked to listen for two weeks at home (20 mins/day, minimum 5 days/wk). Repeated cognitive and EEG assessment will help determine changes in brain function.

What is this Study about?

‘Bootle Blast’ combines therapy and video games. It has been used with children and youth with musculoskeletal disabilities in clinics and homes. Preliminary research supports Bootle Blast’s ability to engage players and support physical outcomes. Informal testing suggests it may also appeal to older adults. This study will test Bootle Blast’s feasibility with people with dementia. Pairs of people with dementia and their caregivers (n=10) will play Bootle Blast at home for 2 weeks. Data will include video recordings, surveys, balance tests, safety and adherence tracking, and interviews. This study aims to inform a more accessible version of Bootle Blast.

What is this Study about?

Seeking individuals with mild, early-stage dementia ages 65+ to explore how they access daily information like weather forecasts and newspapers. The study aims to improve information accessibility for the dementia community. Participation involves a 60-90 minute session (in-person or via Zoom with caregiver) observing information access behaviors. Findings will guide strategies for making information more comprehensible and accessible. Participants will receive $50 for their time. This study is approved by York University’s ethics committee (#2024-176). For details, contact Dr. Somang Nam at somang@yorku.ca.

What is this Study about?

We are interested in how the brain changes in aging and with dementia. With this study, we will investigate how the brain senses and interprets sights and sounds. We are particularly interested in how listening to music, especially familiar music, evokes emotions and activates vivid memories. Learning how the brain processes music will help us understand why music therapy is such an effective tool for those with Alzheimer’s. We also aim to understand how the brain combines sights and sounds. This is an important part of how we navigate complex everyday situations, such as walking down a busy street. Alzheimer’s disease interferes with the brain’s ability to combine information from different senses, which could cause challenges in daily living.

What is this Study about?

This study will uncover how bilingualism supports healthy cognitive aging by examining the influence of different language experiences on the timing and location of brain network activity. We will examine the timing of brain activity using electroencephalography (EEG; i.e., recordings of electrical brain activity) and the location of brain activity using magnetic resonance imaging (MRI; i.e., images of activity in different parts of the brain). Different language experience factors will additionally be explored. By measuring multiple factors (e.g., the age of second language learning, language proficiency) the effect(s) of different language experiences on the brain and cognition will become clearer.

What is this Study about?

CAN-PROTECT is a Canada-wide online study recruiting participants and caregivers of persons with dementia to explore how lifestyle, background, and caretaking factors affect our health, quality of life, cognition, behaviour, and function as we age. CAN-PROTECT data will be analyzed and jointly published by the University of Calgary in partnership with the University of Exeter.

What is this Study about?

Our study titled "Investigating the Role of Quantitative Susceptibility Mapping and Oxygen Extraction Fraction as Advanced Neuroimaging Biomarkers in Alzheimer's Disease" aims to develop non-invasive diagnostic biomarkers for Alzheimer's Disease (AD). We focus on evaluating the potential of QSM and OEF to differentiate between AD, Mild Cognitive Impairment (MCI), and Cognitively Unimpaired populations and to predict amyloid and tau pathology, using a Systems Biology approach. Leveraging the McGill University's TRIAD cohort, the study utilizes advanced imaging and machine learning to predict amyloid and tau presence, which could transform AD diagnostics and treatment. Methodologically, it involves preprocessing neuroimaging data and employing machine learning classifiers to analyze these features. The anticipated outcomes include validating QSM and OEF as non-invasive biomarkers for AD, establishing their correlation with amyloid and tau proteins, and developing predictive models for clinical decision-making, potentially resulting in significant advancements in AD diagnostics.