Boston’s NPR station, 90.9 WBUR, ran a story this morning about cutting edge dyslexia research as part of their series called “Brain Matters.” They featured John Gabrieli’s brain imaging research, which found differences in a key language structure, even before children start learning to read.
Author: Julie Pryor
Is this the golden age of neuroscience?
Today, WBUR (Boston’s NPR station) began a 2-month long series on the brain called “Brain Matters.” This morning, they ran a segment which featured interviews with Bob Desimone and Ed Boyden. Desimone was also the featured guest on the Radio Boston, where he fielded questions from callers about the current state of brain research.
As part of this series, WBUR.org posted 12 images that show some of the cutting-edge techniques that scientists are using to try to solve the mystery of the brain. Some of the beautiful images are from McGovern labs. “Brain Matters” also asked 11 young neuroscientists from BU, Harvard and MIT to share what they’re working on — and why their research is important. These interviews are posted on the WBUR website.
Yinqing Li: Solving the Connectome
Yinqing Li is a graduate student in Feng Zhang’s lab and a McGovern Institute Friends Fellow. His career goal is to “solve the connectome.”
Leah Acker: Engineering the Brain
Leah Acker is a McGovern Institute Friends Fellow who earned her PhD working in the labs of Bob Desimone and Ed Boyden. Leah’s projects involve the invention and application of new technologies for less-invasive neuromodulation, and the study of optogenetic control of brain circuits.
Patrick J. McGovern Memorial Service
Patrick J. McGovern Memorial Service
Disruptive Innovations in Neuroscience: Alex Shalek
McGovern Institute Spring Symposium 2014
May 2, 2014
Alex Shalek, Harvard University
“Using single cell transcriptomics to explore cellular identity and uncover drivers of cellular behaviors”
Disruptive Innovations in Neuroscience: Je Hyuk Lee
McGovern Institute Spring Symposium 2014
May 2, 2014
Je Hyuk Lee, Harvard Medical School
“Highly multiplexed subcellular RNA sequencing in situ”
Disruptive Innovations in Neuroscience: Connie Cepko
McGovern Institute Spring Symposium 2014
May 2, 2014
Connie Cepko, Harvard University
“GFP as a regulator of biological activities”
Disruptive Innovations in Neuroscience: Jeff Lichtman
McGovern Institute Spring Symposium 2014
May 2, 2014
Jeff Lichtman, Harvard University
“Connectomics”














