Sentence examples for compared to leg from inspiring English sources

It was also observed that the actuating force limits as given in IS: 10703 [1992. Agricultural tractors maximum actuating forces required to operate controls. IS 10703-1992]/ISO TR 3778 [1987. Agricultural tractors maximum actuating forces required to operate controls. ISO/TR 3778] are very high as compared to leg strength data of Indian operators.

Compared to leg length discrepancies, arm length discrepancies are less frequent and subsequent secondary damage is lower [2].

Yet, carbohydrate and fat oxidation has been shown to be altered with arm compared to leg exercise [81] and in paraplegics compared to non-disabled controls [82].

Indeed, our findings showed that increase in HR was similar during imagined trunk and leg movements, while it was significantly greater during the physical execution of trunk as compared to leg movements, due to the orthostatic hypotension phenomenon.

All muscle groups were activated at a higher degree during trunk extension compared to leg extension.

Lumbar muscle usage was higher during trunk extension (70.6 ± 22.2%MVC) compared to leg extension (61.7 ± 27.0%MVC).

Calorie expenditure: 318 calories per hour for moderate effort Make it count: To make the action more running-specific, ditch the arm poles – a study published in Research Quarterly for Exercise and Sport noted a higher rate of perceived exertion but not higher heart rate, when using the arm poles compared to legs only.

Generally, we see two major sub-clusters of sarcomeric exon expression: 'Fibrillar exons' are upregulated in IFMs as compared to legs in a salm-dependent manner, while 'tubular exons' are upregulated in legs or salm-IR IFMs as compared to wild-type IFMs (Fig 2E).

Remarkably, overexpressing DGAT1 led to a ∼30% increase in DAG content in the HFD-DGAT1 overexpressing leg and a ∼35% increase in DAG content in CHOW-DGAT1 overexpressing leg, compared to control legs of the animals (p = 0.073, HFD-DGAT1 vs. HFD-control leg, and p = 0.045, CHOW-DGAT1 vs. CHOW-control leg).

The DGAT1 overexpression was associated with a ∼52% increase in intramyocellular lipids in the HFD-DGAT1 overexpressing leg and a ∼66% increase in muscle triglyceride content in the CHOW-DGAT1 overexpressing leg, compared to control legs of the animals (p = 0.018, HFD-DGAT1 vs. HFD-control leg, and p = 0.044, CHOW-DGAT1 vs. CHOW-control leg, figure 1).

Furthermore, the fraction of the stance phase duration relative to the total step duration was significantly longer for hind legs compared to front legs (0.747 ± 0.004 vs 0.593 ± 0.003, P < 0.0001, Figure 1B, D).