
SfN Journals
@sfnjournals
@SfNtweets journals #JNeurosci and #eNeuro serve the field by publishing conceptual advances in neuroscience.
ID: 4735675768
http://www.sfn.org 07-01-2016 15:16:46
11,11K Tweet
21,21K Followers
214 Following

#JNeurosci: Ph.D. Miriam Morales Koyam Morales Weil et al. show that by employing a fully genetically encoded magnetogenetic approach called FeRIC, neuronal voltage can be modulated, inducing either depolarization or hyperpolarization through the activation of ion channels with magnetic
