Yu-Chi Chen

Postdoctoral research scientist @BDCsydney @WestmeadInst @Sydney_Uni
PhD @NSB_Lab @turnerinstitute @MonashDFI @MonashUni
@OHBM_Trainees

[Alex Fornito @AFornito]

Our latest out now in @BiologicalPsyc1 , a collab led by R Petrican, w/ @SidChop and C Murgatroyd looking at how physiological aging relates to psychiatric risk and brain changes in males and females:
https://t.co/8xmdqEYBmt

[Alex Fornito @AFornito]

More great work from @AurinaArn w/ @bendfulcher @BellgroveMark and team looking at how psychiatric GWAS hits map to treatment targets out now in @JAMAPsych !

[Alex Fornito @AFornito]

Concerned about standard case-control studies in psychiatry?

Check our our latest on embracing variability in biological studies led by @AshleaSegal, with @AvramHolmes @amarquand @LindenParkes & J Tiego now out in @TrendsCognSci:

https://t.co/6Mtmv8Sfot

[Alex Fornito @AFornito]

Our latest PP led by @IvaIlioska, in collab. w/ @NSB_Lab @DondersInst. We use normative modelling to characterise the inter-individual variability of FC alterations in people with autism from individual edges to macroscale networks:
https://t.co/q9CvTMpLdP

[Alex Fornito @AFornito]

Our latest led by the amazing @SidChop ! Baseline structural connectivity predicts 12 mo outcome in first episode psychosis. Out now in @BiologicalPsyc1

[Sidhant Chopra @SidChop]

Important and excellent summary of parental brain research. featuring @OrchardWinnie

[Lachlan Churchill @lachychurchill]

Excited to have published my first paper! Here we review the utilisation of fMRI in isolated REM sleep behaviour disorder, a prodrome of Parkinson's disease, and its implications for understanding disease progression and heterogeneity 🧠🛣️ @DrElieMatar @profsimonlewis @cyctbdbw

[Alex Fornito @AFornito]

Massive congrats to @SidChop !! V well deserved 🍾🥂

[Andrew Zalesky @AndrewZalesky]

NEW review of software tools for in vitro connectome reconstruction of neuronal networks

From pixels to connections:
https://t.co/t9d2JyRYX6

Work by Cassie Hoffmann, @EllieCho_7 & Maria Di Biase. Congrats Cassie!

[Danilo Bzdok @danilobzdok]

Teaser...

#brain #asymmetry
#human #defining cognition
#machine #learning

[@BrainComms @braincomms]

Chen et al. report that patients with early #psychosis show increased cortical shape asymmetry at coarse spatial scales, while asymmetries of cortical thickness, surface area, and gyrification do not differ between groups. https://t.co/P10yCsbnGd

[@parkvillegeek @ParkvilleGeek]

Mode-based morphometry: A multiscale approach to mapping human neuroanatomy
Human Brain Mapping https://t.co/bN4TuTsT0K

[Alex Fornito @AFornito]

Our latest led by @TrangCaoNSB now out in Hum Brain Mapp @WileyNeuro. We present Mode-based Morphometry, which leverages geometric eigenmodes of the cortex to map group differences in cortical morphomertry
https://t.co/esL7OOKIqi

[Alex Fornito @AFornito]

Toolbox available at https://t.co/B5Fd12Yudj and should be finalized within the next few weeks! Huge thanks to the co-authors @jchrispang @AshleaSegal @cyctbdbw @Kevin_M_Aquino @DrBreaky !

[Thomas Yeo @bttyeo]

Super excited about this new preprint. Will do a thread on it later today.

[Neural Systems and Behaviour Lab @NSB_Lab]

We know that brain regions that are close together tend to share similar properties.

How can we disentangle this *spatial autocorrelation* from *true relationships* when comparing brain maps and brain modes?

Lovely new "eigenstrapping" work from @KoussisNikitas shows us how⬇️

[Neural Systems and Behaviour Lab @NSB_Lab]

What role does brain asymmetry have in early psychosis? And how can we capture this relationship across spatial scales?

Find out in our new work led by Yu-Chi Chen (@cyctbdbw) with @Kevin_M_Aquino @AFornito @jchrispang et al. out now in @braincomms!!

[Agustin Ibañez @AgustinMIbanez]

Out in @TrendsCognSci. We rethink brain health/disease with a synergetic framework tackling complex Est-Func, phenotype heterogeneity, transdiagnostic pathophysiology & a continuum from lab to cognition in the wild. W Kringelbach & Gus Deco. 👉 https://t.co/ZEeGd7va5u & 1/7🧵👇

[Yu-Chi Chen @cyctbdbw]

The paper is here:
https://t.co/481VSZvsp2

[Yu-Chi Chen @cyctbdbw]

Our latest publication on @braincomms is out. We found that patients with early psychosis showed abnormal brain asymmetry across coarse spatial scales using eigenmode, with @Kevin_M_Aquino @AFornito @jchrispang @AshleaSegal @SidChop @AlexHolmes_NSB, Chao Suo, Jeg Tiego @NSB_Lab