AbstractWe present a new technique for the simultaneous capture of bioelectrical time signals from the brain and peripheral organs of freely moving rodents. The recording system integrates all systemic signals into an electrical interface board that is mounted on an animal's head for an extended period. The interface board accommodates up to 48 channels, enabling us to analyze neuronal activity patterns in multiple brain regions by comparing a variety of physiological body states over weeks and months. This technique will advance the understanding of the neurophysiological correlate of mind–body associations in health and disease
A portable 16-channels microcontroller-based wireless system for a bi-directional interaction with t...
A portable 16-channels microcontroller-based wireless system for a bi-directional interaction with t...
OBJECTIVE: Long-term electrophysiological recordings of neural activity in freely behaving animals a...
To understand the neural basis of behavior, it is necessary to record brain activity in freely movin...
Conventional neural recording systems restrict behavioral experiments to a flat indoor environment c...
Neuromuscular diseases manifest by a handful of known phenotypes affecting the peripheral nerves, sk...
AbstractIn neurophysiological research, the recording of brain activity in animals is fundamental. C...
Introduction: Visualization of processes that are happening in an organism is implemented by means ...
Conventional neural recording systems restrict behavioral experiments to a flat indoor environment c...
Intracranial neuronal recordings are essential for understanding neuronal function. They can be clas...
Intracranial neuronal recordings are essential for understanding neuronal function. They can be clas...
This paper presents the design and the utilization of a wireless electro-optic platform to perform s...
Considerable progress has been made in the last decade in implantable bioelectronic neurosystems. Ye...
A portable 16-channels microcontroller-based wireless system for a bi-directional interaction with t...
A portable 16-channels microcontroller-based wireless system for a bi-directional interaction with t...
A portable 16-channels microcontroller-based wireless system for a bi-directional interaction with t...
A portable 16-channels microcontroller-based wireless system for a bi-directional interaction with t...
OBJECTIVE: Long-term electrophysiological recordings of neural activity in freely behaving animals a...
To understand the neural basis of behavior, it is necessary to record brain activity in freely movin...
Conventional neural recording systems restrict behavioral experiments to a flat indoor environment c...
Neuromuscular diseases manifest by a handful of known phenotypes affecting the peripheral nerves, sk...
AbstractIn neurophysiological research, the recording of brain activity in animals is fundamental. C...
Introduction: Visualization of processes that are happening in an organism is implemented by means ...
Conventional neural recording systems restrict behavioral experiments to a flat indoor environment c...
Intracranial neuronal recordings are essential for understanding neuronal function. They can be clas...
Intracranial neuronal recordings are essential for understanding neuronal function. They can be clas...
This paper presents the design and the utilization of a wireless electro-optic platform to perform s...
Considerable progress has been made in the last decade in implantable bioelectronic neurosystems. Ye...
A portable 16-channels microcontroller-based wireless system for a bi-directional interaction with t...
A portable 16-channels microcontroller-based wireless system for a bi-directional interaction with t...
A portable 16-channels microcontroller-based wireless system for a bi-directional interaction with t...
A portable 16-channels microcontroller-based wireless system for a bi-directional interaction with t...
OBJECTIVE: Long-term electrophysiological recordings of neural activity in freely behaving animals a...