
Camden MacDowell, M.D. Ph.D.
@camdenmacdowell
@RutgersRWJMedSchool and @PrincetonUniversity '24 | @EmoryUniversity '15
ID: 1185919974319251456
20-10-2019 14:05:40
15 Tweet
97 Takipçi
63 Takip Edilen


New paper with Camden MacDowell, M.D. Ph.D. on cortex-wide neural dynamics! Cortex-wide neural activity is composed from a set of 14 spatio-temporal patterns. These 'motifs' repeat over time, are consistent across individuals, and generalize to different behaviors. biorxiv.org/content/10.110…

New paper w/ sina tafazoli & Camden MacDowell, M.D. Ph.D.! We combine machine-learning and multi-site electrical stimulation to control the pattern of activity in a population of neurons. We can even learn to match the response to visual stimuli! biorxiv.org/content/10.110…

New Current Biology paper with Camden MacDowell, M.D. Ph.D. on cortex-wide neural dynamics in mice. Cortex-wide neural activity is composed of 14 unique spatio-temporal patterns of activity. These 'motifs' are consistent across mice but change with behavior. cell.com/current-biolog…

Cool paper by Evelyn linking scales of brain activity! Thanks to the team Michael Crair Jess Cardin Michael Higley 🧠🌈🔬 Dustin Scheinost and others. Yale BME Yale Neuroscience Yale School of Medicine Yale Department of Radiology & Biomedical Imaging


New perspective piece on cognitive control with Camden MacDowell, M.D. Ph.D. and Sina Tafazoli. We propose the brain uses a low-dimensional set of 'control states' to balance between precision of control with flexibility of learning. doi.org/10.1016/j.conb…



This is one of the coolest MS I have read in a while. It is one of those results where you think, "of course, that's how the brain should work!". Congrats, Tim Buschman Multiplexed Subspaces Route Neural Activity Across Brain-wide Networks biorxiv.org/content/10.110…

New Current Biology paper with Camden MacDowell, M.D. Ph.D. relating individual differences in behavior to neural dynamics! Individuals differently expressed ‘motifs’ of cortex-wide neural activity, which explained variability in functional connectivity and behavior🧵 doi.org/10.1016/j.cub.…
