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Day 1 - Mechanisms, Methodology & Target Engagement
SEP 15th
SEP 15th
Arrival / Reception
Arrival / Reception
Organisers Welcome
Eva Feredoes, Alexandra Woolgar, Desmond Oathes & Martin Tik
Organisers Welcome
Eva Feredoes, Alexandra Woolgar, Desmond Oathes & Martin Tik
Keynote:
Keynote:
Targeting the Depths: Causal Cortical–Subcortical Mapping via Multimodal Concurrent Brain Stimulation–Recording
Jing Jiang, University of Iowa Department of Psychiatry, Iowa City, IA, USA
Targeting the Depths: Causal Cortical–Subcortical Mapping via Multimodal Concurrent Brain Stimulation–Recording
Jing Jiang, University of Iowa Department of Psychiatry, Iowa City, IA, USA
☕Coffee break🍪
☕Coffee break🍪
AM Session I
AM Session I
Causal Mapping of Deep Circuits
Theta-burst TMS of the Hippocampus
Molly Hermiller, Columbia University
Causal Mapping of Deep Circuits
Theta-burst TMS of the Hippocampus
Molly Hermiller, Columbia University
TMS/DES and iEEG/fMRI correlates of memory
Joel Voss, University of Chicago
Causal influence of connectivity-guided targeting
Robin Cash, University of Melbourne
TMS/DES and iEEG/fMRI correlates of memory
Joel Voss, University of Chicago
Causal influence of connectivity-guided targeting
Robin Cash, University of Melbourne
🌮Lunch🥤
🌮Lunch🥤
PM Session I
PM Session I
E-field Modeling & TMS Response Prediction
E-field Modeling & TMS Response Prediction
When personalization fails to show specific BOLD effects
Maximilian Lueckel, Johannes Gutenberg University of Mainz
When personalization fails to show specific BOLD effects
Maximilian Lueckel, Johannes Gutenberg University of Mainz
Coil orientation & BOLD response
Severin Schramm, Technical University of Munich
Coil orientation & BOLD response
Severin Schramm, Technical University of Munich
E-field modeling to predict fMRI response
Nicholas Balderston, University of Pennsylvania
E-field modeling to predict fMRI response
Nicholas Balderston, University of Pennsylvania
E-field-informed TMS dosing
Elizabeth Michael, University of Cambridge
E-field-informed TMS dosing
Elizabeth Michael, University of Cambridge
🍺Happy hour🍹
🍺Happy hour🍹
🍽️Dinner🍷
🍽️Dinner🍷
Day 2 - Technical Innovation
SEP 16th
SEP 16th
Keynote:
Keynote:
The future of concurrent TMS-fMRI: towards reproducible and reliable acquisitions with specialized hardware
Lucia Navarro de Lara, Martinos Center, Harvard University
The future of concurrent TMS-fMRI: towards reproducible and reliable acquisitions with specialized hardware
Lucia Navarro de Lara, Martinos Center, Harvard University
☕Coffee break🍪
☕Coffee break🍪
AM Session II
AM Session II
Innovative Setups
Innovative Setups
The Taco Setup: High-res TMS-fMRI
Moataz Assem, University of Cambridge
The Taco Setup: High-res TMS-fMRI
Moataz Assem, University of Cambridge
Benchmarking the "Sushi" MR Coil
Emilio Chiappini, Leibniz Research Centre for Working Environment and Human Factors
Benchmarking the "Sushi" MR Coil
Emilio Chiappini, Leibniz Research Centre for Working Environment and Human Factors
Project Proposals
Project Proposals
Network-level engagement in healthy sample
Bartol Bartulovic, Johannes Gutenberg University of Mainz
Network-level engagement in healthy sample
Bartol Bartulovic, Johannes Gutenberg University of Mainz
Personalized targeting in clinical trial
Sandra Anna Schwarz, Johannes Gutenberg University of Mainz
Personalized targeting in clinical trial
Sandra Anna Schwarz, Johannes Gutenberg University of Mainz
🌮Lunch🥤
🌮Lunch🥤
PM Session II
PM Session II
Vendor Collaboration & Technical Discussion
Technical aspects and best practice, neuronavigation, coil designs, sequences, collaboration between labs and vendors
Vendor Collaboration & Technical Discussion
Technical aspects and best practice, neuronavigation, coil designs, sequences, collaboration between labs and vendors
Presentations by
Magventure
Localite
Rogue Research
Presentations by
Magventure
Localite
Rogue Research
☕Coffee break🍪
☕Coffee break🍪
PM Session III
PM Session III
Beyond TMS-fMRI - Whats next?
Beyond TMS-fMRI - Whats next?
Concurrent Transcranial Ultrasonic Stimulation (TUS) and fMRI - Do we still need TMS-fMRI?
Til Ole Bergmann, Johannes Gutenberg University of Mainz
Concurrent Transcranial Ultrasonic Stimulation (TUS) and fMRI - Do we still need TMS-fMRI?
Til Ole Bergmann, Johannes Gutenberg University of Mainz
Designing out the fMRI in TMS through fMRI-inspired psychophysiology
Martijn Arns, Brain Clinics Foundation / Stanford University
Designing out the fMRI in TMS through fMRI-inspired psychophysiology
Martijn Arns, Brain Clinics Foundation / Stanford University
Using real-time fMRI neurofeedback to control brain state during rTMS: a proof-of-concept study
Lysianne Beynel, NIH
Using real-time fMRI neurofeedback to control brain state during rTMS: a proof-of-concept study
Lysianne Beynel, NIH
Town Hall
Town Hall
🍺Happy hour🍹
🍺Happy hour🍹
🍽️Dinner🍷
🍽️Dinner🍷
Day 3 - Clinical Application, Biomarkers & Personalized Targeting
SEP17th
SEP17th
😎 Morning Activity🏄
t.b.a.
😎 Morning Activity🏄
t.b.a.
🌮Lunch🥤
🌮Lunch🥤
Keynote:
Keynote:
Translational neuromodulation of brain circuits
Mark Halko, Harvard Medical School & McLean Hospital
Translational neuromodulation of brain circuits
Mark Halko, Harvard Medical School & McLean Hospital
PM Session IV
PM Session IV
Clinical Applications
Mechanistic Insights from Concurrent TMS-fMRI in Depression
Fidel Vila-Rodriguez, The University of British Columbia
Clinical Applications
Mechanistic Insights from Concurrent TMS-fMRI in Depression
Fidel Vila-Rodriguez, The University of British Columbia
sgACC dose-response patterns in TRD
Maria Vasileiadi, Sunnybrook Health Sciences Centre
sgACC dose-response patterns in TRD
Maria Vasileiadi, Sunnybrook Health Sciences Centre
iTBS-fMRI as a prognostic biomarker
Christopher Pople, Sunnybrook Health Sciences Centre
iTBS-fMRI as a prognostic biomarker
Christopher Pople, Sunnybrook Health Sciences Centre
☕Coffee break🍪
☕Coffee break🍪
PM Session V
PM Session V
Clinical Applications con't
Clinical Applications con't
RCT combining iTBS and antidepressants
RCT combining iTBS and antidepressants
Sean Nestor, Sunnybrook Health Sciences Centre
Sean Nestor, Sunnybrook Health Sciences Centre
Using TMS-fMRI to enhance personalization of Stanford Neuromodulation Therapy (SNT)
John Coetzee, Stanford University
Using TMS-fMRI to enhance personalization of Stanford Neuromodulation Therapy (SNT)
John Coetzee, Stanford University
OFC-striatal reward circuitry in OUD
Hyuntaek Oh, Baylor College of Medicine/The Menninger Clinic
OFC-striatal reward circuitry in OUD
Hyuntaek Oh, Baylor College of Medicine/The Menninger Clinic
Group discussion: Circuit-level generalization across clinical conditions
Group discussion: Circuit-level generalization across clinical conditions
🎤Closing Remarks & Award Presentations 🏅
🎤Closing Remarks & Award Presentations 🏅
🍺Happy hour🍹
🍺Happy hour🍹
🦞Farewell Dinner Banquet🍾
🦞Farewell Dinner Banquet🍾
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