Sentence examples for no locomotion from inspiring English sources

Stages were established as follows: Wake- intermediate or high EMG ± locomotor activity, EEG variable; Light sleep- low amplitude EEG, intermediate EMG, and no locomotion; REM (paradoxical) sleep- high frequency EEG, 'basal' EMG and no locomotor activity; deep sleep- high amplitude EEG activity enriched in delta band frequency, basal to light EMG activity, no locomotor activity.

Sporozoa (Apicomplexa) have no locomotion [ 3].

Moreover, larvae kept at 18°C (0 hr) show no locomotion defects, whereas larvae kept at 28°C for 18 24 hr show severe locomotion defects (data not shown).

Similar results have been observed in other circuits; for example, loss of trp-4 in the proprioceptive DVA neurons has been reported to cause aberrant locomotion behavior, whereas ablation of the DVA neurons has no locomotion defect and suppresses the trp-4 mutant phenotype [ 15].

On hard ground, the claw use enables no-slip locomotion.

The larger section depicts George Stephenson's Locomotion No 1, the steam locomotive that hauled the first train on the Stockton and Darlington Railway in 1825, representing the importance of the railway industry to the area.

An example is a model of Stephenson's Locomotion No 1 engine, which was valued at £75,000 by Bonhams when the Engineerium was up for auction in 2006.

The Charnley classification was applied to estimate the level of walking capacity, with class A indicating no disturbance in locomotion, class B indicating bilateral hip disease and normal findings in other weight-bearing joints, and class C representing severe compromise of locomotion due to multiple joint involvement [ 16].

On 16 September 1825, with the stationary engines in place, the first locomotive, Locomotion No. 1, left the works, and the following day it was advertised that the railway would open on 27 September 1825.

For example, flies heterozygous for the Mhc[1] null allele cannot fly, although heterozygous larvae have no discernable locomotion phenotype and heterozygous adults can walk [2].

These homozygous mutant larvae were consistently much smaller than wild-type or heterozygous larvae, exhibited little or no coordinated locomotion when placed on agar plates, failed to show effective feeding and exhibited developmental delay (Fig. 6).