Only a few methods permit researchers to study selected regions of the central and
peripheral nervous systems with a spatial and time resolution sufficient to image the function …

Since the introduction of calcium imaging to monitor neuronal activity with single-cell
resolution, optical imaging methods have revolutionized neuroscience by enabling …

In both medical research and diagnostics characterization of biological tissue on the cellular
level relies on high-resolution optical microscopy. In most cases, however, tissue is excised …

Severe peripheral nerve injuries often result in partial repair and lifelong disabilities in
patients. New surgical techniques and better graft tissues are being studied to accelerate …

In vivo imaging of green fluorescent protein (GFP)-labeled neurons in the intact brain is
being used increasingly to study neuronal plasticity. However, interpreting the observed …

Light sheet fluorescence microscopy offers considerable potential to the cellular
neuroscience community as it makes it possible to image extensive areas of neuronal …

Neurobiological processes occur on spatiotemporal scales spanning many orders of
magnitude. Greater understanding of these processes therefore demands improvements in …

Fiber photometry has been increasingly popular in neuroscience research in freely
behaving animals. In combination with genetically encoded calcium indicators, it allows for …

Analyzing the structure of neuronal fibers with single axon resolution in large volumes is a
challenge in connectomics. Different technologies try to address this goal; however, they are …

Fiber photometry enables recording of population neuronal calcium dynamics in awake
mice. While the popularity of fiber photometry has grown in recent years, it remains unclear …