New simulation framework for transcranial focused ultrasound… Novel voltage imaging in awake, behaving mice… Cortical dynamics impact perceptual decision making… Internal states shape behavioral decisions…
Rapid Simulation Framework Predicts Focal Spot Characteristics For Transcranial Focused Ultrasound
The ethics of highly portable, cloud-based neuroimaging … Newly observed cycling neural activity pattern in the hippocampus encodes consideration of future scenarios … Kilohertz two-photon imaging of voltage dynamics in mice … Neural interface for long-lasting, high-definition recording across species … New BRAIN tool helps researchers watch neural activity in 3D …
Ethical challenges of field research using portable, cloud-based neuroimaging
Novel neural network translates cortical activity to text… Low-carb diet may prevent and reverse brain aging… Transcriptomic characterization of rare von Economo neurons… Deep learning model predicts Parkinson’s symptomology...
Encoder-decoder framework translates human cortical activity to text
Unraveling neural contributors to position tracking errors in aging humans… A switch to shut off pain… Inducing torpor in mice in order to understand hibernation states… A novel and noninvasive improvement for optogenetics…
Utilizing virtual environments and machine learning to understand path integration in young and aged populations
Taking the subjectivity out of pain measurement… Using holographic manipulations to understand optogenetic thresholds… Neurons to networks…Studying how parents perceive autism in their at-risk children…
Learned lick behavior may tell scientists more about brain-driven pain processes than reflexes
Power-efficient hardware and brain-computer interfaces… Understanding the timescales of neural dynamics… Examining gut-to-brain progression of α-synuclein pathology in a rodent model of Parkinson’s disease… The neural origins of magneto- and electro-encephalography…
Improving intracortical brain–computer interfaces through new power designs
This three-part virtual series, a collaboration between the BRAIN Initiative Alliance and Neuromatch, highlighted an inspirational lineup of rising stars and outstanding experts in the field of neurotechnology.
Improving two-color calcium imaging… Surprising evolutionary changes in interneuron types… Exploring how the basal ganglia multitasks behavior… Using mathematical models to study bat echolocation…
A new variant of the calcium indicator improves two-photon imaging
BRAIN Initiative awardee Dr. Bryan Roth recently co-authored a paper in Neuron unveiling the second generation of DREADDs (Designer Receptors Exclusively Activated by Designer Drugs), tools that will allow researchers to turn neuronal activity on and off in multiple cell types simultaneously.
