Exploratory Study of Deep Brain Stimulation in the Syngap1+/-Mouse Model of Autism Spectrum Disorder using Electrophysiology

<p><em>Syngap1</em>+/ -haploinsufficiency is phenotypically characterized by autism spectrum disorder (ASD), intellectual disability (ID), and epilepsy. SynGAP(Synaptic Ras GTPase-activating protein) is a protein that regulates function in synapses. In addition, SynGAP protein is an integral component of the post-synaptic density and its role in signaling pathway converges with other autism risk genes and consequently autism risk proteins. A critical gap exists to understand how electrical stimulation as part of the Hebbian theory, can induce neuroplasticity. Previously, success in alleviating self-injurious behavior along with facilitating speech formation was demonstrated in adolescent patients undergoing deep brain stimulation (DBS) of the basolateral amygdala (BLA). Therefore, we sought to develop a chronic DBS model in <em>Syngap1</em>+/- haploinsufficient mice that can be used to assess the behavior and proteomic correlates due to DBS in BLA. </p>