Surgical intervention followed by physical therapy remains the major way to repair damaged
nerves and restore function. Imaging constitutes promising, yet underutilized, approaches to …

Introduction Despite detailed characterization of fascicular organization of somatic nerves,
the functional anatomy of fascicles evident in human and large mammal cervical vagus …

In light of our own experiences, we value the existing literature to critically point out possible
“near” future applications of optical coherence tomography (OCT) as an intraoperative …

Despite detailed characterization of fascicular organization of somatic nerves, the functional
anatomy of fascicles evident in human and large mammal cervical vagus nerve is unknown …

Background Accidental peripheral nerve injury during surgical intervention results in a broad
spectrum of potentially debilitating side effects. Tissue distortion and poor visibility can …

A rapidly growing area of neuroscience demands next‐generation neurofluorescent probes
are fulfilling several stringent criteria, including water solubility, distinct signal‐to …

Significance Neuromodulation devices are rapidly evolving for the treatment of neurological
diseases and conditions. Injury from implantation or long-term use without obvious …

Traditionally, the investigation of compressive neuropathies has relied upon patient history,
physical examination, and electrodiagnostic testing, which allows general localization of a …

Significance Lymphatic and peripheral nervous system imaging is of prime importance for
monitoring various important pathologic processes including cancer development and …

OBJECTIVE Optical coherence tomography (OCT) is an imaging technique that uses the
light-backscattering properties of different tissue types to generate an image. In an earlier …