Sentence examples for correspondingly improved from inspiring English sources
The glycaemic response to intraperitoneal glucose was correspondingly improved (P < 0.05) in AM251 treated mice.
The production was correspondingly improved up to 65.8 mg/L compared to 47.6 mg/L for the wild type.
As the proportion of added MWCNTs was increased from 0%to0.2%2% by weight of cement, the mechanical properties of the cement paste correspondingly improved.
Compared with the solar cell based on as-grown Sb2S3-TiO2 nanosthecture, the solar cell performances correspondingly improved as the annealing temperatures increased from 100°C to 300°C.
Comparing the growth of UniRef with UniProtKB shows a correspondingly improved relative reduction in database size by UniRef, particularly apparent in the last 3 years.
Long-acting formulations mean that systemic exposure, and hence efficacy (symptom control), is maintained for longer periods, resulting in correspondingly improved convenience, confidentiality and compliance, more consistent coverage, and reduced abuse potential [ 43, 61, 75].
On the one hand, developing appropriate electrode materials favors enhancing the specific capacitance and correspondingly improving the energy density [20, 21, 22].
The direct effect of ILM on commitment is quite significant: as the openness of ILM increases by 1 unit, organizational commitment correspondingly improves by 2.3 units.
Correspondingly, improving urban growth prediction accuracy and reliability has become an important area of research in geographic information science and applied urban studies.
To evaluate the safety performance and correspondingly improve the core and safety design for current flow scheme with different characteristics, safety analysis with regard to accidents and abnormal transients has been conducted.
On-farm demonstrations have evidenced that the seed treatment with 2% talc-based formulation of Trichoderma harzianum (IPT-31) led up to 32.1 and 14.3% decrease in root rot incidence in chickpea and lentil, respectively, thus correspondingly improving crop yield by 16.6 and 12.6% (Purushottam et al., 2014).
