Sentence examples for degree of wasting from inspiring English sources
On day 24, the mice displayed a great variability in the degree of wasting (Figure 1A).
We found that despite similar Mtb loads, mice from each group displayed significant variability in the degree of wasting, and in the levels of inflammatory cytokine and chemokine expression (see Figure 4, for examples).
In fact, the muscles we analyzed displayed a similar degree of wasting, regardless of their intrinsic differences in fiber number and physiological properties (Table 1).
The degree of wasting (estimated either by BMI and MUAC) was associated with more advanced immunosuppression (CD4 cell count <100 cells/mm, p<0.001).
The degree of wasting was estimated both by calculating the body mass index (BMI; based on measurement of height and weight at the time of inclusion) and by measurement of mid-upper arm circumference (MUAC; using a designated measuring tape to the nearest 0.5 cm).
MUAC is a reliable and easy way of measuring the degree of wasting and can also be performed in bedridden patients (32), and has furthermore been shown to be highly predictive of mortality in persons with TB.
The conventional construction of a reinforced concrete slab presents a high degree of wasted materials, and the steel reinforcement is expensive.
The degree of waste, Ms. Farrell says, is so big that it makes investing in energy management look far more viable for fighting global warming than any alternative energy source.
It was found that the extent of energy merit of trigeneration depended on the utilization degree of waste heat, which was associated to the electrical efficiency of prime mover and the building loads caused by climatic effect.
Moreover, the risk of obtaining a concentrated leachate depends on a number of factors that control its quantity and quality, such as water percolation through the wastes, biochemical processes in wastes' cell and the degree of wastes compaction (Abbas et al. 2009; Li et al. 2010; Xu et al. 2010).
Also, the 7 independent variables (one marked with an asterisk is dimensionless) of a double-layer system can be integrated into 3 dimensionless ones: Cover permeability Kv1∗/ Vertical gas permeability of waste Kv2∗ × Cover thickness h1∗), − Vacuum pressure pw × PatmKv2∗/ μRgT2 × Gas generation rate of waste s2) and ln(Well radius rw∗)/(Anisotropy degree of waste k2∗).
