HAI Book 2025 - Flipbook - Page 296
Thursday, January 16, 2025 - 10:05 am - 11:00 am
P2A: Poster Session 2A
Thursday, January 16, 2025
10:05 am –
Poster Session 2A (repeating in the afternoon as 2B)
11:00 am
Board 59
Board 60
Board 61
Board 62
Board 63
Board 64
Board 65
Interpretable prediction of
amyloid PET positivity using
non-negative matrix
factorization
Data-driven biomarker
discovery nominates novel
diagnostic plasma
biomarkers and provides
insights into Alzheimer9s
disease pathophysiology in
an African American cohort
Longitudinal and crosssectional interplay between
astrocyte activation and
ventricular changes
promoting Alzheimer9s
disease pathology
Longitudinal multicenter
head-to-head
harmonization of tau PET
tracers: an overview of the
HEAD study cohort
Higher time varying brain
functional connectivity is
associated with slower tau
accumulation at the
preclinical stage of
Alzheimer9s disease
Graph convolutional
networks to predict
cognitive decline at the
individual level in
Alzheimer9s disease
Low tau in A´-positive
cognitively impaired
individuals: Alzheimer9s
disease or something more?
Board 66
A plasma clock for
Alzheimer disease based on
%p-tau217
Board 67
Network-based amyloid-´
pathology predicts
subsequent cognitive
decline in cognitively
normal older adults
Zhang | Barnard | Gogineni |
Corriveau-Lecavalier | Botha |
Burkett | Johnson | Lowe | McCarter |
Ramanan | Graff-Radford | Knopman |
Petersen | Jones
David T. Jones, Department of
Neurology, Mayo Clinic,
ROCHESTER, MN, US
Kuchenbecker | Thompson | Hurst |
Opdenbosch | Heckman | Reddy |
Nguyen | Casellas | Sotelo | Redy |
Lucas | Day | Willis | Graff-Radford |
Ertekin-Taner | Kalari | Carrasquillo
Lindsey Kuchenbecker, Department
of Neuroscience, Mayo Clinic,
Jacksonville, FL, USA, Jacksonville,
FL, US
Hosseini | Servaes | Rahmouni |
Aumont | Therriault | Hall | Wang |
Macedo | Fernandez Arias | Bezgin |
Quispialaya Socualaya | Chan | Trudel
| Zheng | Gauthier | Pascoal | Rosa‐
Neto
Lussier | Povala | Bauer-Negrini |
Silva do Amaral | Lukasewicz Ferreira
| Bellaver | Masdeu | Tudorascu |
Soleimani-Meigooni | Fortea | Lowe |
Oh | Pascual | Gordon | Rosa-Neto |
Baker | Pascoal
Seyyed Ali Hosseini, Translational
Neuroimaging Laboratory, McGill
Research Centre for Studies in
Aging, McGill University, Montreal,
QC, Canada, Montréal, QC, CA
Firoza Lussier, University of
Pittsburgh, Pittsburgh, PA, US
Javanray | St-Onge | Bellec | Misic |
Soucy | Villenueve
Mohammadali Javanray, McGill
University, Montreal, QC, CA
Kang | Heaton | Nyman | Biparva |
McSweeney | Ottoy | Masellis |
Shirzadi | Johnson | Sperling | Schultz
| Jasmeer | Swardfager | Lipsman |
Black | Rabin | Goubran
Min Su Kang, Artificial Intelligence
and Computational Neurosciences
lab, Sunnybrook Research Institute,
University of Toronto, Toronto, ON,
CA
Ioannou | Abdullaieva | J. Perrin |
Bluma | Poulakis | Leuzy | Religa |
Rodriguez-Vieitez | Chiotis
Konstantinos Ioannou, Karolinska
Institutet, Stockholm, SE
Petersen | Milà-Alomà | Tosun | Li |
Shaw | Dage | Zetterberg | Saef |
Holtzman | Morris | Xiong | Bateman |
Bannon | Potter | Schindler
Kellen K. Petersen, Department of
Neurology, Washington University in
St. Louis, St. Louis, MO, US
He | Razlighi | Gazes | Habeck | Stern
Hengda He, Cognitive Neuroscience
Division, Department of Neurology,
Columbia University, Vagelos
College of Physicians and Surgeons,
New York, NY, US
HAI2025 - 296
