iiinova — where your digital self keeps evolving

You’d prefer an astronaut, PhD @iamdamion.bsky.social · 28/07/2025

11/11 We plan to publicly release this child precision functional mapping dataset to aid others in future discoveries of functional brain networks in children. Stay tuned!

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 28/07/2025

10/11 We are so very grateful for the team of collaborators who made this work possible, as the modern era of research is best with collaborations and open data.

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 28/07/2025

9/11 As we age, gain more unique experiences, develop individualized cognitive strategies, and experience our particular environment, our functional network organization becomes more individualized. In other words, you become more uniquely you.

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a woman says i myself am strange and unusual while looking up

ALT: a woman says i myself am strange and unusual while looking up

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 28/07/2025

8/11 This results in functional networks whose cores are extremely stable, likely reflecting a genetic component expressed in utero that establishes a common baseline network organization.

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 28/07/2025

7/11 This result was counter to our (and others') prediction that brain organization moves from high variability in childhood to a stable "adult-like" state. Rather, we propose a "starburst" model where brain networks become more individualized over development.

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 28/07/2025

6/11 One of our most striking (and unexpected) findings was that an individual child’s brain functional connectivity is more similar to their childhood peers than adults are to other adults. That is, children showed less inter-individual variability than adults.

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 28/07/2025

5/11 Precision functional mapping allowed us to create highly precise and individualized functional network maps for each individual child. Not surprisingly, we found both broad similarities and unique features in network organization across children.

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 28/07/2025

4/11 Here, we showcase precision mapping in a sample of twelve children 8-12 years old, each with 60-330 minutes of low-motion resting-state fMRI data, demonstrating feasibility, reliability, and some cool results.

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 28/07/2025

3/11 This paper has been some time in the making and we’re excited to share the results! Precision functional mapping has revealed much about adult brain networks, but many question if it’s feasible to collect that much fMRI data from individual kids. We show it is!

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 12/03/2025

Understandable. It’s horrible there. It won’t allow me to message you on here to resend, sadly.

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 11/03/2025

@evandorkin.bsky.social do you ever check your Twitter? I sent you a picture of something you signed for me forever ago on there, not realizing you might not use it anymore.

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You’d prefer an astronaut, PhD @iamdamion.bsky.social · 28/09/2023

I hope you’re playing through a tube projector. Only a true vintage tube project can get that naturally warm tone you’re looking for! 😂

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