Implantable biosensors are valuable scientific tools for basic neuroscience research and
clinical applications. Neurotechnologies provide direct readouts of neurological signal and …

The ultimate goal of implantable bioanalytical sensors is to enable the continuous and
precise monitoring of clinically and physiologically important targets in the body for …

Dopamine (DA) is a monoamine neurotransmitter responsible for regulating a variety of vital
life functions. In vivo detection of DA poses a challenge due to the low concentration and …

Direct determination of cerebral metal ions in small volume biological samples is still the
bottleneck for evaluating the roles that metal ions play in the physiological and pathological …

Implantable neural electrode technologies for chronic neural recordings can restore
functional control to paralysis and limb loss victims through brain-machine interfaces. These …

Dopamine (DA) is a monoamine neurotransmitter responsible for the maintenance of a
variety of vital life functions. In vivo DA signaling occurs over multiple time scales, from …

Objective. The dorsal root ganglion is an attractive target for implanting neural electrode
arrays that restore sensory function or provide therapy via stimulation. However, penetrating …

Intracortical neural probes enable researchers to measure electrical and chemical signals in
the brain. However, penetration injury from probe insertion into living brain tissue leads to an …

Microdialysis is often applied to understanding brain function. Because neurotransmission
involves rapid events, increasing the temporal resolution of in vivo measurements is …

To develop in vivo monitoring strategies of physiologically important species involved in
brain chemistry is a challenging work for progress in understanding the roles that …