Professor @WCMRadiology. computational neuroimager. mom x 2. jogger. sci-fi nerd. (she/her)
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https://www.cocolaboratory.com/ 05-03-2015 22:23:34
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Journal pre-proofs for our new paper are now available at Biological Psychiatry: Cognitive Neuroscience and Neuroimaging. BiologicalPsychiatry Congrats to @NEET02625422 on co-first authorship! sciencedirect.com/science/articl…



🧠 Read "Contributions of network structure, chemoarchitecture and diagnostic categories to transitions between cognitive topographies," a Nature Biomedical Engineering paper from Amy Kuceyeski (Amy Kuceyeski | @[email protected]) & co. 👉 tinyurl.com/3834z8b3


Regions of the human brain may shrink in size during pregnancy, but have better connectivity, with only a few regions of the brain remaining untouched by the transition to motherhood, according to research published in Nature Neuroscience. go.nature.com/4enUvov


In Chicago for my first #SfN24 conference! Thrilled to present today our study on Heterogeneous brain functional mapping of childhood psychiatric symptoms at poster A19, joint work with Amy Kuceyeski | @[email protected], Mert R. Sabuncu 🤖🩻⚕️, Qingyu Zhao.


Apply your AI and data science skills to help us at The Ann S. Bowers Women's Brain Health Initiative to unravel the mysteries of the female brain! 🤖 🧠 Awesome collab with #WiDS Child Mind Institute Kaggle


It was great to speak with NeurologyLive® about the state of women’s brain health and how we at the The Ann S. Bowers Women's Brain Health Initiative are fighting to improve it!

Join us next Friday at 10AM ET for Bratislav Misic's talk "Towards a biologically annotated connectome." Zoom: cornell.zoom.us/j/95670920573?… Passcode: 832752




Thrilled to share our latest work on the importance of considering social identities in brain imaging research, now out in Nature Neuroscience. rdcu.be/d4XWM




After 5 years of data collection (179 first-time mothers + controls), and 2 years of data analyses and article writing, the first BeMother (BabyBrain) paper is out! We uncovered a U-shaped trajectory in maternal GM volume, resolving a long-standing puzzle in the maternal brain field.