Trang Cao
@TrangCao2016
Followers
102
Following
11
Media
0
Statuses
13
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!!
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
0
13
37
It's finally out in @NatureNeuro! A special thanks to @AFornito and @amarquand for their perseverance in getting this out. https://t.co/78wBwAZWiD
@NSB_Lab @turnerinstitute
nature.com
Nature Neuroscience - A new brain mapping approach tailored to individual people reveals that volume changes in psychiatric illness occur in highly variable locations across individuals, but that...
Our latest PP: https://t.co/iJeygPTkm9. Amazing work by @AshleaSegal in close collab with @amarquand and many others, using a multi scale approach to understand individual differences of brain deviations in 6 psychiatric disorders. Peep the thread...
9
60
174
Maths and Brain are everywhere but all at once here! What can be more exciting!
📢"Maths in the Brain 2023" Melbourne, 23 Oct '23 Great speakers Seth (@anilkseth), Breakspear (@DrBreaky), Hipolito (@ineshipolito), Tsuchiya (@NaoTsuchiya), Akarca (@DanAkarca), Rideaux (@ReubenRideaux), Ribeiro (@NandaRibeiro93) Register for free https://t.co/llFtSIZ2IQ
0
1
8
Our latest preprint led by @cyctbdbw using a spectral approach to characterise cortical shape asymmetries in psychosis. Well done @cyctbdbw !
Great new work led by @cyctbdbw, using an eigenmode-based approach to quantify multiscale corrical asymmetry in early psychosis https://t.co/ayC3pzXtBA
0
6
28
Wanna do cool stuff with an amazing team?
Looking for a postdoc that blends computational methods with human imaging data? We are hiring! Come join our team @NSB_Lab. Details here: https://t.co/t9WKKTCOVJ
0
1
3
A huge effort! Congratulations @SidChop and the Co!
📈New & improved pre-print on the network-based spreading of grey matter changes across multiple stages of psychosis! We find that (1) 🧠volume changes are strongly constrained by axonal connections & (2) 🎯the hippocampus may be an epicenter of spread https://t.co/2s3cIlzj6y 1/n
1
0
10
Huge thanks @AFornito @jchrispang @Kevin_M_Aquino @AshleaSegal @cyctbdbw @DrBreaky for a great collaboration to bring a new anatomical mapping approach to the neuroimaging community.
Interested in mapping brain anatomy? Peep our latest PP led by @TrangCaoNSB in which we develop a new approach that we're quite excited about: https://t.co/y9R3nvqUkV
0
1
12
Our latest paper on Molecular Communications where we propose an indirect detection mechanism using chemical reactions between signalling molecules and a molecular probe to produce an easy-to-measure product.
Check out the latest paper by Trang et al "Chemical Reactions-based Detection Mechanism for Molecular Communications". Uses indirect detection of chemical reactions for signaling molecules with a molecular probe at the receiver https://t.co/aIdZcmS9pc
0
0
8
Interested in how brain structure constrains function? Check our latest PP - a tour de force from @jchrispang, @Kevin_M_Aquino & team, incl. @DrBreaky @bendfulcher @M_Oldehinkel & P Robinson. V excited about this work; peep the thread...
Geometric constraints on human brain function https://t.co/OxeEz87x3N
#biorxiv_neursci
4
49
169
On Sunday, @AlexHolmes_NSB , @jchrispang , @m_gajwani , @TrangCaoNSB , and @cyctbdbw presented some of the latest work coming out of the lab in the poster session. #CNS2022
1
1
4