When I started my career, I assumed that I would always stay in academia.

What happens when you’re involved in a conflict that is escalating or has reached a point where no mutually agreeable resolution seems possible?

The hippocampus is a structure about the length of your little finger, nestled deep inside the cerebral cortex, that plays a vital role in the formation of new memories.

Whether you are an annual meeting veteran, or you are attending for the first time, proper planning is key to a successful experience. From lectures and poster sessions to professional development workshops and the NeuroJobs Career Center, this webinar will showcase the different types of learning and networking opportunities at the meeting. This webinar will discuss tips on: Understanding different types of events Taking advantage of professional development and networking opportunities Planning your schedule in advance

SfN’s annual meeting is a great time to establish lasting connections, but when it comes time to make that first introduction, confidence can be hard to find. As you prepare for the meeting, consider this first-hand networking advice from experienced attendees and share your own advice or apprehensions in the discussion.

Enabling neuroscience and humanities students to banter over complex topics and try to understand what everyone is saying actually helps them learn.

For most of my career, I have taught about the brain and behavior in an interdisciplinary way.

Chromatin regulation plays a crucial role in neocortical neurogenesis, and mutations in chromatin modifiers are linked to neurodevelopmental disorders. RBBP4 is a core subunit of several chromatin-modifying complexes; however, its functional role and genome-wide occupancy profile in the neocortical primordium are unknown. To address this, we performed RBBP4 knockdown using CRISPR/Cas9 on neocortical progenitors derived from mice of both sexes at embryonic age 12.5 during deep-layer neurogenesis. Our study demonstrates that downregulation of RBBP4 in the E12.5 neocortical progenitors reduced neuronal output, specifically affecting CTIP2-expressing neurons. We demonstrate that RBBP4 plays an essential role in regulating neocortical progenitor proliferation. However, overexpression of RBBP4 alone was not sufficient to regulate neuronal fate. Genome-wide occupancy analysis revealed that RBBP4 primarily binds to distal regulatory elements, and neuron differentiation is a significant GO biological pathway of RB...

We use sensory feedback to form our perception, and control our movements and forces (actions). There is an ongoing debate about the relation between perception and action, with evidence in both directions. For example, there are cases in which perceptual illusions affect action signals and cases where they do not. However, even when they do, it is unknown if perceptual information can be inferred from action signals alone. To answer this question, we utilized a perceptual illusion created by artificial tactile skin stretch, which increases stiffness perception, and affects grip force. We used data recorded in a stiffness discrim­ination task in which participants compared pairs of virtual objects, comprised of force and artificial skin stretch and indicated which they perceived as stiffer. We explored if models could predict participants’ perceptual responses, and the increase in stiffness perception caused by the skin stretch, solely from their recorded action signals. That is, with no information provid...

Are you looking for inspiration to stay motivated or advice for your next career step?