Luke Tait

Postdoc at Cardiff University Brain Research Imaging Centre. M/EEG, computational neuroscience, microstates, connectivity, epilepsy, dementia, schizophrenia

[Luke Tait @LukeWTait]

Apparently the doi isn't working yet! The preprint can be found here:

https://t.co/D2LFBtHBtB

[Luke Tait @LukeWTait]

New preprint with @mgfellow @DomDunstan1 @f_tamagnini available online!

Longitudinal assessment of the conversion of mild cognitive impairment into Alzheimer's dementia: Observations and mechanisms from neuropsychological testing and electrophysiology

https://t.co/ulqMkHH5Aj

[@MEG_UKI_2024 @MEG_UKI_2024]

Who says festival season is over? 🎸📷🥁

Presenting the hottest lineup in town!

We're so excited to welcome these speakers to @unibirmingham on October 28th-31st for QMAG, QMEG and MEG-UKI 2024.

Stay tuned: We may be adding some Special Guests to this lineup soon😉

[Krish D. Singh @magnetokrishio]

We have a new fully-funded PhD opportunity just advertised for UK candidates! Come work with us at @CUBRICcardiff @neurosciencecu on MEG measures in psychosis. Supervisory team is @drcarolynmcnabb, @LukeWTait and me!
Apply at:
https://t.co/iaYS0U4Rga

[Tom Donoghue @Tomdonoghue]

Our paper on changes in periodic & aperiodic neural activity in Alzheimer's dementia is now published!

We find in AD a specifically periodic change, different from aperiodic changes in healthy aging!

Work w @MKopcanova, @LukeWTait, @ChrisSYBenwell & co!

https://t.co/YZ6OPyBzPN

[Tom Donoghue @Tomdonoghue]

🎓📜New paper with @ChrisSYBenwell & co on spectral changes in Alzheimer's disease!

We found that spectral parameterization shows the key changes in AD are periodic, differentiating AD from the aperiodic changes of healthy aging.

First authors: @MKopcanova & @LukeWTait

[Chris Benwell @ChrisSYBenwell]

In our new pre-print, we find evidence that EEG changes in Alzheimer's disease are primarily oscillatory in nature, and not aperiodic. A multi-centre collaboration with @MKopcanova @LukeWTait @Tomdonoghue @MouhsinShafi @alvaropleone et al: https://t.co/SMIFsMQTMx

[School of Mathematics @MathsBirmingham]

Join the second BPML of the year on Wednesday 30th November at 7pm by Dr Paul Roberts titled 'Patterns: dangerous and beautiful’ Watch live in Watson Building or on Zoom using this link: https://t.co/ZHjtk4yuOc. Visit https://t.co/LUV96WrGry for more info

[Systems Modelling & Quantitative Biomedicine @SMQB_UoB]

WEBINAR: Register now for 'Advanced brain stimulation approaches for treating depression and anxiety'. 6th Dec 0915-1145 hosted by Alexander Zhigalov @zhigalov_ax. Speakers: Luca Cocchi, Richard Morriss, Jonathan Roiser & Marcus Kaiser. https://t.co/oQGlMzs2QF via @unibirmingham

[Systems Modelling & Quantitative Biomedicine @SMQB_UoB]

Great opportunity for ECR to use your skills in #Math #datascience #Physics to work in interdisciplinary projects and develop your own research programme with these #fellowships in Birmingham https://t.co/LlwkUAa0Ay

[Jiaxiang Zhang @ccbrainlab]

Our new work @CommsBio The individual difference of brain connectivity relates to grey and white matter microstructure. 3T/7T/MRI+MEG. Super Group effort @esinkarahans @LukeWTait @MaciekSzul @profkimgraham+others @CUBRICcardiff @SMQB_UoB @CompFoundry https://t.co/Qs7hOKMI5S 1/n

[Luke Tait @LukeWTait]

You can download +microstate now from:

https://t.co/f8lJJbilT5

[Luke Tait @LukeWTait]

New paper with @ccbrainlab in @NeuroImage_EiC!

+microstate: A MATLAB toolbox for brain microstate analysis in sensor and cortical EEG/MEG, https://t.co/ZJQq9yEjT1

Highlights: Source-space microstates, microstate-connectivity, novel statistics, resting/evoked data, simulations

[Luke Tait @LukeWTait]

The toolbox comes with tutorial scripts which make use of freely-available open-access data, so you can exactly reproduce all figures/analyses from the paper. Tutorials include resting-state sensor EEG, group-level source MEG & microstate connectivity, simulations, ERFs.

[Alex 🇺🇦 @DrAlexanderShaw]

Funded Computational Neuroscience PhD opportunity! 🧠

Interested in dynamical systems, whole-brain models, parameter estimation, clinical cohort and pharmacological data + lots more...

Supervised by @mgfellow and I.

Ask Qs!

https://t.co/dXDUe8un9B

[John Terry @JT_Running]

Delighted to see our #review article on #neuralfield models published today. Check out: https://t.co/gMef6SAT6J - @wessel_woldman @SMQB_UoB @UniMelb

[Angelika Stefan @ephemeralidea]

You think you already know everything about p-hacking? Let's see!

A preprint and a 🧵 (with @nicebread303 )

https://t.co/N4rUPPlNVl

[Luke Tait @LukeWTait]

Finally, if you want to perform cortical microstate analysis (or use a wide range of novel statistical tools for sensor-space microstate analysis!), the pipeline is available in the +microstate toolbox:

https://t.co/f8lJJbilT5
https://t.co/1KZkC0jo4R (under review)
7/7

[Luke Tait @LukeWTait]

New paper out now in Neuroimage with @ccbrainlab! MEG cortical microstates: Spatiotemporal characteristics, dynamic functional connectivity and stimulus-evoked responses. https://t.co/mLcNpnOHra @NeuroImage_EiC 1/7

[Luke Tait @LukeWTait]

Our results suggest that cortical microstates are a powerful tool for studying anatomically interpretable brain states and dynamic functional connectivity. More work is in progress to further develop and validate the pipeline, so watch this space! 6/7