In a recent presidential town hall, President Obama looked directly into the camera and made a powerful statement about mental health. “If something inside you feels like it’s wounded, it’s just like a physical injury. You’ve got to go get help,” said the leader of the free world.
Buried under the weight of a massive social stigma, seeking help or even acknowledging a mental illness can be an excruciating task. How, then, can we help ourselves and our loved ones achieve emotional and mental well-being?Continue reading
Ten minutes before I was scheduled to begin my interview with celebrated writer Steve Silberman, I still had not figured out which questions I wanted to ask him. Staring down at a list of over 50 topics, I was overwhelmed by just how much there is to discuss when it comes to the history of the discovery of autism and misconceptions surrounding the diagnosis. Silberman was one of the first members of the mainstream media to bring attention to the rise in autism diagnoses, and I wanted to know why autism had captured his interest. Continue reading
Recently, I had the pleasure of sitting down with Anna Akana and Brad Gage for their podcast called “Explain Things To Me,” a show that features conversations with experts in various fields, ranging from NASA engineers to Screenwriters. This time, we talked about neuroscience!
It is easy to assume that if a car has a gas pedal, it needs to have brakes, and similarly, if our brain has excitatory neurons, it needs inhibition too. For a long time, the field of neuroscience had thought of inhibitory interneurons as the “brakes” of the brain, providing suppression to neuronal activity. However, in my conversation with Dr. Gordon J. Fishell, I learned that interneurons are far more fascinating cell types than merely being inhibitory! Their multifarious morphology can be attributed to a palette of functions in brain developmental and regulation.Continue reading
Take your wildest guess. How many neurons make up the human brain? You’re not guessing wild enough if you said anything less than a trillion. The circuitry of the human brain consists of a quadrillion (1015) synapses. These neural circuits aren’t necessarily hard-wired and have the capacity to be re-wired in response to experience. In our interview with Dr. Kelsey C. Martin, Professor of Psychiatry and Biological Chemistry at University of California, Los Angeles, we discuss the long-lasting forms of plasticity that enable memories to be formed. During the course of our conversation, Dr. Martin shares stories from her time in the Peace Corps. and discusses what it was like to study memory formation as a post-doc in the lab of the Nobel Prize winning scientist, Eric Kandel. In this highly anticipated interview from Knowing Neurons, we sit down with Dr. Martin to get advice on what it takes to become a Principal Investigator, to discuss her upcoming Presidential lecture at SFN, and to find out exactly what this English major turned M.D./Ph.D. is currently reading.Continue reading