We recognize these are difficult times. We hear you, we see you. Timing is odd but we are excited to announce that we received an R01 from NIMH to continue our work on the causal role of oscillations in cognitive control with optogenetics. We are hiring! Contact us! Pls RT
Exploring the relationship between geomagnetic activity and human heart rate variability #HRV#solar@stahn76@FlavioFrohlich https://t.co/CQbhgaUmp8 (access provided by the Springer Nature SharedIt content-sharing initiative).
Few years ago, we decided to collect additional biological variables across our tACS studies. BDNF genotype was motivated by pioneering work by Dr. B. Fritsch https://t.co/0OO0WVPlOG Part of our work supported by @USBrainAlliance to understand the mechanism of action of #tACS
1st (pre)announcement. The NYC Neuromodulation Online 2020 Conference will run April 20-22, 2020. Free to all. Self-organized: meaning you can create and host your own session NOW. https://t.co/jkEurzDW3x
Neurophet tES Lab 2.0 is a complete, powerful transcranial electrical stimulation simulation software that allows users to calculate and visualise brain stimulation effects based on individual brain structure and stimulus conditions.
Find out more: https://t.co/TvrWDpks9K
Introducing Neurophet tES Lab: a complete, powerful transcranial electrical stimulation software, giving users the power to calculate and visualise brain stimulation effects based on individual brain structure and stimulus conditions.
Find out more here: https://t.co/jVLOgC6d1A
Our preprint--my first!--got posted over the holiday weekend. The title gives away the punchline: "tACS entrains neural activity [even] while somatosensory input is blocked."
https://t.co/hHbLGXE5ut
Does tACS cause a meaningful neurophysiological response? We found entrainment of neural spikes during #tACS, with invasive, single-unit recordings in awake primates -> New preprint! https://t.co/WZf5xnJpVl #BrainStimulation (1/3)
"This paper seems to suggest targeting oscillations of alpha waves with #tACS can potentially be used as an effective therapeutic intervention for #MDD."
https://t.co/1ca5vTtuHm
Save the date! The TACS challenge initiative's steering committee is meeting on April 10th in Mainz (~9:30-19:00 CEST, UCT+2) and you can remotely watch and contribute to the discussions via our YouTube LiveStream: https://t.co/QxVByJRLE7
Transcranial alternating current stimulation, or tACS, could one day be used to treat people diagnosed with major depression — and it was pioneered right here at #UNC. See why researchers are optimistic about this first-of-its-kind study ⬇️ https://t.co/0teCHKzqu2
This study by @FlavioFrohlich (@UNC), and funded in part by the BRAIN Initiative, shows 70% of 32 depression patients benefitted from tACS, setting stage for larger research study to follow.