Why are many fMRI measures unreliable? How can we improve our fMRI measurement to build precise and reliable biomarkers? In our new Trends in Cognitive Sciences review we discuss the biggest challenges and most exciting possibilities for individual-specific fMRI. authors.elsevier.com/c/1dEdD4sIRvHk…

Striving toward translation: strategies for reliable fMRI measurement ‘Review’ by Maxwell L. Elliott (Maxwell Elliott), Annchen R. Knodt (@annchenruth), & Ahmad R. Hariri (HaririLab Duke) bit.ly/2SFFSbS

Low ICCs in task-based fMRI, why the Hariri lab (HaririLab Duke) started focussing on structural MRI for studying reliable individual differences, and how reliability can be improved for fMRI (from 17mins on): ohbmbrainmappingblog.com/blog/july-23rd… OHBM

Excited to be a part of the GAAIN platform for facilitating collaborative Alzheimer's research!

Congratulations to Terrie Moffitt, winner of the 2022 Grawemeyer Award in Psychology whose research over the past 25 years has provided insight on the nature of juvenile crime – leading to changes in how the courts prosecute juveniles. bit.ly/32nfXKl Duke University Trinity College at Duke

DIBS professor of Duke Psychology & Neuroscience Ahmad Hariri PhD (HaririLab Duke) creates colorful brain "road maps" to chart the biological routes leading to individual differences in behavior and risk for psychiatric and neurological disorders 🌈🧠 youtu.be/yueP3lsoEm0

We're celebrating 50 years of The Dunedin Study! 🥳 Congratulations to all involved in this important mahi over the last half-century. Most importantly, we are indebted to the 1037 student members who have shared so much of their lives with us. Ngā mihi nui ki a koutou.

We are beyond excited to prepare to launch the next wave of imaging in the Dunedin Study!

Excited to share our latest publication at HaririLab Duke! We evaluate brain structure in #cannabis users in the Dunedin Study, finding patterns of reduced integrity, but they are explained by concurrent use of #alcohol and #tobacco. sciencedirect.com/science/articl…

excited to share the preprint of my first project with the Moffit & Caspi lab & HaririLab Duke ! we show that both motor and cognitive functioning are associated with the functional topography of higher-order brain networks during midlife biorxiv.org/content/10.110…

our new paper from HaririLab Duke is now out in Cerebral Cortex ! academic.oup.com/cercor/advance…

excited to share this new preprint! we show that a DNA methylation measure of the pace of aging, DunedinPACE, is consistently associated with structural brain integrity in three datasets medrxiv.org/content/10.110…

New paper in Imaging Neuroscience by Maxwell L. Elliott, Randy L. Buckner, et al: Precision brain morphometry using cluster scanning doi.org/10.1162/imag_a…

📣 We are recruiting a PhD Student and Postdoc for Fall 2025 - spread the word! The Hariri/Moffitt/Caspi team is a great fit for those interested in midlife brain aging, its origins in early life, and its implications for later life. More at haririlab.com/research.html

some people age faster than others – but how should we measure it? excited to share our preprint where we propose a new measure of the rate of biological aging that can be derived from a single structural brain scan biorxiv.org/content/10.110…

📣📣 We have another exciting opportunity open in our research group at Duke in Durham, NC - we are hiring a data manager! Please spread the word to anyone who might be interested, especially those in the Triangle area. More here: linkedin.com/hiring/jobs/40…

We are still taking applications for two exciting Postdoc opportunities!

Check out our new video about DunedinPACE - an epigenetic biomarker our group has developed to measure the human pace of aging. It serves as a speedometer for aging, offering a single-timepoint measurement of how fast a person is now aging. youtube.com/watch?v=0gmH-2…

Telltale features visible in standard brain images can reveal how quickly a person is ageing go.nature.com/4kfG2gQ

Now published in Nature Aging ! We introduce DunedinPACNI, a novel measure of the rate of aging derived from brain MRI, and validate it in three large, independent datasets nature.com/articles/s4358…