Sentence examples for rat under deep from inspiring English sources

In one rat under deep anaesthesia ICMS mapping was carried out while the ECoG was monitored alongside determination of the physical parameters in order to further confirm the reproducibility of the anaesthetic depth (not shown).

The prominent peak was at 1 2 Hz in rats under deep anaesthesia (Fig. 1B).

For whole testis lysates, testes were removed from rats under deep anesthesia and decapsulated.

The rats under deep anaesthesia had lower heart rates (192 216 beats/min) and those under light anaesthesia had higher rates (201 257 beats/min).

The rats, under deep anesthesia, were exposed to cerebral ischemia (see below) for 2 h followed by 72-h reperfusion to induce I/R injury in the brain.

We could also elicit movements of the whiskers from a lateral region which largely overlapped the somatosensory whisker region in two of the rats mapped under light anaesthesia (not shown), but not in the rats under deep anaesthesia.

The major difference was that no whisker movements could be evoked in any of the rats under deep anaesthesia (Fig. 3), even when currents as high as 150 µA were tested.

At week 7 after the initial administration, rats under deep anaesthesia with phenobarbital were subjected to intracardiac catheterisation and were rinsed with saline, followed by perfusion with 4% glutaraldehyde in 0.12  M PBS.

The kidney tissue samples, which were obtained from the rats under deep anesthesia with intraperitoneally administered sodium pentothal, were washed in cooled 0.9% NaCl and placed on an ice-cold plate.

In rats mapped under deep anaesthesia the neck region occupied 32.5 ± 15.3%, which was significantly different (P = 0.011; unpaired t-test) from that under light anaesthesia.

The overlap of representations is revealed by mapping the motor cortex when rats are under deep anaesthesia, as well as by considering movements at suprathreshold stimulating currents.