🔎 Our recent preprint shows that outcome measure selection affects TMS & tES E-field modeling results: doi.org/10.1101/2023.0… 🧠 💡 Well-considered outcome measure selection is crucial for accurate interpretation of results & valid comparisons #neuroscience Kevin Caulfield

Want to know more about the tissues between the scalp and cortex? Check out GetTissueThickness, an open-source tool to measure the tissues comprising scalp-to-cortex distance, which we used to investigate changes across age, sex, and brain regions. #preprint #neuroscience

What's the cortical activation threshold for #TMS? Asking for a friend... #HumanBrainZapping

Ole Numssen What is „cortical activation“? Supra- or also subthreshold activation (in terms of action potentials being fired). Excitatory pyramidal or inhibitory inter-neurons? And which layer? I guess my answer is indeed „there are many thresholds“… (and we don’t know any of them). 😂

🗣️Intensive TMS CME course October 2-6, 2023. Please join Dr. Mark George, Lisa McTeague, me, and others for didactic lectures, hands-on workshops, and round table conversations. Sign up👇 medicine.musc.edu/departments/ps…

Electric field analyses are increasingly used in noninvasive brain stimulation. But as they're complex vectorial fields, how do we measure & interpret them correctly? That's exactly what we investigated in our new study, out now in NeuroImage (lnkd.in/ewbTpJTH) (🧵 1/6).

Using electric field (E-field) modeling in #TMS and #TES is paramount for determining what and where in the brain we are effectively stimulating. Click on the link below for some lessons learned and basic recommendations. linkedin.com/feed/update/ur…