Conference title, upper and lower case, bolded, 18 point type, centered Page 1 High-Speed
Wide-Field Optical Imaging of Voltage and Hemodynamics Lisa Meyer-Baese1,2, Yuyang …

The brain supports numerous complex processes ranging from signal processing and motor
control to learning and memory. These processes rely on signal transduction between …

The striatum is a forebrain structure that integrates information about internal state and
external stimuli to regulate movement and motivational processes. Medium spiny neurons …

Organisms must learn novel strategies to adapt to changing environments. Synchrony,
which enhances neuronal communication, might create dynamic brain states, facilitating …

The human brain consists of approximately 90 billion neurons, and each of them forms on
average at least 7,000 synapses with other neurons. There is a multitude of neuronal cell …

Primary sensory neurons are responsible for encoding and processing the sensory
information, ie onset, intensity, duration, and location from peripheral stimuli, into electrical …

Functional magnetic resonance imaging (fMRI) could indirectly infer brain activity from the
tightly coupled vascular hemodynamic response (neurovascular coupling, NVC). Although …

Detection of somatosensory inputs requires conversion of external stimuli into electrical
signals by activation of primary sensory neurons. The mechanisms by which heterogeneous …

Recent advances in optical voltage sensors have brought us closer to a critical goal in
cellular neuroscience: imaging the full spatiotemporal voltage on a dendritic tree. However …