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If you’re attending the #SfN2023 and interested in oxytocin and early-life social behavior, come check out my poster where we designed an optogenetic approach for transcranial modulation of oxytocin signaling and pups’ social behavior. Ofer Yizhar 💔

Introducing #OptoGRC2024 chair Ofer Yizhar 💔! Ofer is an associate professor Weizmann Institute & an amateur ultra-marathoner who used to dream of becoming a musician! 🏃‍♂️🎶 Ofer is excited about the meeting’s strong global presence & bringing the Opto community together in Tuscany!

I was ashamed to hear the recent testimony of 3 top university presidents. In my personal opinion, it was one of the most despicable moments in the history of U.S. academia. The 3 Presidents were offered numerous opportunities to condemn racist, antisemitic, hate rhetoric and

🚨 Exciting Discovery Alert! 🤯 Our new research uncovers Williams Syndrome as a mitochondrial disorder! 🧬 Gtf2i, a key gene, plays a crucial role in brain development. Deletion triggers abnormal mitochondria, disrupted mRNA, and altered protein expression.

מחשבות: 1. קודם כל תצפו בזה 2. קייסי נייסטאט הוא גאון. הביקורת הזו שונה לחלוטין מכל מה שראיתי 3. יש פה הצצה לעתיד, שנראה קצת כמו גרסה ריאליסטית של ready player one 4. כשכולם ילבשו אחד כזה, גם אתם תלבשו אחד כזה 5. כשיוסיפו פנימה שליטה קולית תהיה קפיצה ענקית 6. קשה לחכות להמשך

Our new @natureneuro paper is out! We employed circuit manipulations in transgenic WILD MICE, revealing a sexually dimorphic role of oxytocin neurons in social conflict. An admired team effort led by Itsik Sofer with our programmer Silvia Chuartzman nature.com/articles/s4159…

A method that renders skin temporarily see-through could offer researchers a non-invasive way to look inside the bodies of live mice go.nature.com/3XxLC5Z

How does the auditory cortex first start responding to sounds and change over time? Come to my #SfN24 poster tomorrow (Wed) morning G1 to check out my postdoc work with Froemke Lab on longitudinal 2P imaging of mouse auditory cortex from hearing onset (P12) into adulthood!

I am thrilled to share the published version of our study on how neuropeptide signals regulate feeding in the hypothalamus! We imaged endogenous peptide signals in subcellular compartments during behavior. Below is an updated summary: rdcu.be/dZlI3