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
All NIH grant applications submitted late for due dates between March 9, 2020, and May 1, 2020, will be accepted through May 1, 2020.
NIH understands that the emergency declaration related to novel coronavirus (COVID-19) has affected and will continue to affect many NIH applicants’ ability to submit applications in a timely manner.
This message can also be viewed as a Director’s Message from NINDS Director, Dr. Walter Koroshetz.
This message can also be viewed as a Director’s Message from NIMH Director Dr. Joshua Gordon.
The virtual conference, featuring multiple NIH BRAIN speakers and BRAIN-funded investigators, brings together the neuroscience community to discuss and present the newest advances in understanding the human brain, neuropsychiatric disorders, and behavioral processes as they relate to brain function.
New hippocampal circuitry of object-location memory identified…Functional connectivity patterns of thalamic nuclei mapped to better understand epilepsy…Two-photon and mesoscale imaging combined to examine local and global cortical networks…
Modern viral genetic-based brain mapping and imaging tools uncover a new cortico-hippocampal pathway
If you are developing or using a new neural device in humans, ready to register your device for clinical trials, or thinking about bringing your device to market, learn more about how to get feedback from the FDA on your device and clinical testing plans before starting the regulatory approval process.
Coordination of mouse facial behaviors through motor neurons … Untangling neural activity specific to mouse cognition … Novel analysis for understanding human structural connectomes and traits …
Facial Motor Cortex Neurons Orchestrate Mouse Behaviors Via Projections Extending into Trigeminal Premotor Nuclei
