<p>(A) Scheme showing overall experimental design. (B) Scheme showing experimental design for protein assay. (C) Photograph showing SCS electrode used in this study (diameter: 2 mm; wire length: 60 mm). (D) Scheme showing a rat during stimulation. (E) Brain tissue (diameter: 3 mm showing gray circle), corresponding to the striatum, was punched out from both the lesioned and the intact side.</p
Examining molecular mechanisms involved in neuropathological conditions, such as ischemic stroke, ca...
In this paper, a novel dual-sided microelectrode array is specially designed and fabricated for a ra...
Simultaneous neural recordings taken from multiple areas of the rodent brain are garnering growing i...
<p><b>A</b> Schematic time line of the experimental design. Thirty minutes after injection with vehi...
<p>(<b>A</b>) Schematic presentation of the experimental design with a time course of all the behavi...
Drawings show the three different placements of the stimulation electrode on the rat’s head: A) top ...
<p>A: a 60 micron slice showing electrode placement in a rat GPe following electrolytic lesion. B: A...
(A) Location of microdialysis probe tips the in striatum. Microdialysis probe locations (red symbols...
<p><b>(A)</b> Design for the sleep architecture analysis and for the time course of gene expression ...
<p>A. Experimental protocol. B. Diagram of the brain section. Lentiviral vector was injected into ei...
<p>(A) Sagittal sections of the mouse brain showing tip placements of PPT stimulating electrodes in ...
<p>(A) Carbon fiber microelectrodes. Left: First design of microelectrode coated by a silica tube wi...
<p>A, Coronal sections of the rat brain illustrating MD and mPFC electrode placements. The coordinat...
<p>A: Experimental setup. A pair of bipolar stimulating electrodes was placed in the forelimb region...
Examining molecular mechanisms involved in neuropathological conditions, such as ischemic stroke, ca...
Examining molecular mechanisms involved in neuropathological conditions, such as ischemic stroke, ca...
In this paper, a novel dual-sided microelectrode array is specially designed and fabricated for a ra...
Simultaneous neural recordings taken from multiple areas of the rodent brain are garnering growing i...
<p><b>A</b> Schematic time line of the experimental design. Thirty minutes after injection with vehi...
<p>(<b>A</b>) Schematic presentation of the experimental design with a time course of all the behavi...
Drawings show the three different placements of the stimulation electrode on the rat’s head: A) top ...
<p>A: a 60 micron slice showing electrode placement in a rat GPe following electrolytic lesion. B: A...
(A) Location of microdialysis probe tips the in striatum. Microdialysis probe locations (red symbols...
<p><b>(A)</b> Design for the sleep architecture analysis and for the time course of gene expression ...
<p>A. Experimental protocol. B. Diagram of the brain section. Lentiviral vector was injected into ei...
<p>(A) Sagittal sections of the mouse brain showing tip placements of PPT stimulating electrodes in ...
<p>(A) Carbon fiber microelectrodes. Left: First design of microelectrode coated by a silica tube wi...
<p>A, Coronal sections of the rat brain illustrating MD and mPFC electrode placements. The coordinat...
<p>A: Experimental setup. A pair of bipolar stimulating electrodes was placed in the forelimb region...
Examining molecular mechanisms involved in neuropathological conditions, such as ischemic stroke, ca...
Examining molecular mechanisms involved in neuropathological conditions, such as ischemic stroke, ca...
In this paper, a novel dual-sided microelectrode array is specially designed and fabricated for a ra...
Simultaneous neural recordings taken from multiple areas of the rodent brain are garnering growing i...