Sentence examples for brain slices using a from inspiring English sources

Coronal sections (12 μm thick) were prepared from brain slices using a cryostat and were mounted on frost-free glass slides.

The plasma membrane bound GFP-D2 receptors were examined in living brain slices using an excitation wavelength of 810 nm in a custom-built 2-photon microscope and in fixed slices with confocal microscopy.

Whole-cell currents were recorded from cultured hippocampal neurons or acute brain slices, using an Axopatch 200B or Multiclamp 700B amplifier (Molecular Devices, Sunnyvale, CA, USA) and protocols as described previously.

Finally the authors indirectly confirm their findings in brain slices using bead movement as a surrogate for cilia beat frequency.

To examine if defective Glut3 trafficking occurred in HD brain as it did in HD primary neurons, we performed antibody-binding experiments in non-permeabilized brain slices using antibodies specific for an extracellular epitope of Glut3.

We used a rat model of sepsis, endotoxemia, to investigate alterations in hippocampal function and LTP in rat brain slices using the single cell electrophysiology technique of whole-cell patch clamp.

The Superecliptic pHluorin was not visible in live brain slices using 2-photon activation or in fixed brain slices using confocal microscopy.

This is the first demonstration of optical imaging to measure intracellular Cl- dynamics in living brain slices using fluorescence microscopy and laser scanning confocal microscopy.

We either studied freshly dissociated NG2 cells by conventional immunofluorescence or NG2 cells in brain slices using deconvolution microscopy with higher resolution.

These conclusions are based on whole-cell recordings from GRF2 knockout hippocampal brain slices using low frequency stimulation coupled with depolarization of the post-synaptic cell (LFS pairing).

Synaptic physiology at Cortico-LA and Thalamo-LA synapses was examined in acute coronal brain slices using whole-cell patch-clamp recordings from LA principal neurons [21], [26] (Fig. 1).