Autofluorescent proteins have become indispensable in our quest to visualize molecular events in living cells. Further progress in the visualization and quantification of all biochemical activities of ...

Tsukuba, Japan—In our routines from waking up to commute, work, and leisure, neurons are active and processing complex matters. This research aimed to comprehend the complexities of the brain by ...

A key limitation when investigating diseases that affect the human nervous system is the ability to quantify, monitor, and analyze the activity of neuronal cell populations that precisely represent ...

University of Alberta professor Robert Campbell has led the development of a near-infrared fluorescent indicator for visualizing activity in neurons. A new, groundbreaking tool for visualizing neural ...

A SoilSim 360-degree data capture system at Medicine Bow Peak was used for a project developed by Kyle Summerfield and Phil Black in UW’s Shell 3D Visualization Center (Viz Center). The 3D Viz Center ...