Jade Jackson
@Jade_BJackson
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Cognitive neuroscientist @mrccbu. Attention, cognitive control, TMS, fMRI, MVPA. @labwoolgar (https://t.co/VNA4Ga43Gs)
MRC-CBU Cambridge
Joined March 2020
Our paper is out! In what way is the frontoparietal network domain general? We show it uses the same neural resources to represent the rules in both auditory and visual tasks but does so with independent codes
direct.mit.edu
Abstract. A defining feature of human cognition is our ability to respond flexibly to what we see and hear, changing how we respond depending on our current goals. In fact, we can rapidly associate...
New paper in Imaging Neuroscience by Jade B. Jackson, Alex Woolgar, et al:. Domain general frontoparietal regions show modality-dependent coding of auditory and visual rules.
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RT @mrccbu: CBU researchers led a worldwide community consensus on the challenging but powerful combination of brain stimulation with neuro….
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Setting up a concurrent TMS-fMRI experiment? Check out our paper just out on when to deliver TMS pulses between MR slice gaps to avoid signal loss. Thanks to @catrionascriv M. Correia M. Mada and @AlexWoolgar.
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With thanks to co-authors Anina Rich, Denise Moerel, Lina Teichmann, John Duncan and @AlexWoolgar.
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RT @Runhao_Lu: 🚨New paper @brainstimj !⚡Using TMS-EEG & MVPA in a selec attention task, we show parietal alpha rh-TMS (entrainment) specifi….
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RT @MARCSInstitute: 🚨Join us! We're hiring a 3yr Postdoctoral Research Fellow in Cognitive Neuroscience with @DrQuekles.@ManuelVarlet @TGro….
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RT @olafhauk: As the last morning of #COGNESTIC dawns, a joint effort by @Runhao_Lu, Elizabeth Michael, and @Jade_BJackson from @LabWoolgar….
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RT @catrionascriv: Looking forward to presenting our concurrent TMS-fMRI work on the role of the IPS in prioritising task-relevant visual i….
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Interested in doing some TMS 🧠⚡️? We’re hiring a cognitive neuroscience research assistant (6 month post) with @AlexWoolgar.
Research assistant opportunity (6 months): Come and work with us on a TMS ⚡️ project looking at causal and temporal role of prefrontal areas in selective attention. More details: DM @Jade_BJackson to chat.
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RT @eco_mrccbu: Happy #EarthDay everyone! This is the @mrccbu's new account to share ways in which we and @Cambridge_Uni are reducing our c….
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Paper and code have both been really helpful - thank you!.
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RT @AlexWoolgar: After more than 2 years getting this set up, it's very exciting to have the CBU's first human concurrent TMS-fMRI data rol….
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RT @ArranReader: Do you use EEG positions to guide TMS? Check out this new paper with @catrionascriv! We highlight that brain regions under….
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RT @elena44374978: Our study on the association between the #ANS and endogenous pain modulation is finally out in @JPhysiol 🥳 https://t.co….
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RT @LukeJelen: Happy to share our latest functional MRS paper: ‘Imaging Brain Glx Dynamics in Response to Pressure Pain Stimulation: A 1H-f….
frontiersin.org
Glutamate signalling is increasingly implicated across a range of psychiatric, neurological and pain disorders. Reliable methodologies are needed to probe th...
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Interested in practical application of concurrent TMS-fMRI? Check out our new preprint on avoiding image artifacts with optimal TMS pulse delivery relative to slice onset 👇.
We are excited to share our new preprint on optimal parameters for interslice stimulation in concurrent TMS-fMRI! 1/7
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RT @TGrootswagers: New #preprint on “Undivided attention”. We used RSVP+EEG+MVPA to study the dynamic effects of attention on processing of….
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These data emphasise the cognitive-neural insights possible with the inferentially powerful approach of TMS-fMRI. With huge thanks to co-authors @AlexWoolgar (@LabWoolgar) @evaferedoes (@evalabcouk) Anina Rich and Michael Lindner 5/5.
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Effective TMS reduced coding of relevant information but had no effect on coding of irrelevant information in the multiple-demand network, demonstrating a specific role of dlPFC in enhancing relevant information 4/5.
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We used MVPA to examine coding of the relevant, and irrelevant information in the task. 3/5.
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