Sentence examples for massive substitution from inspiring English sources

The timing of this massive substitution in the American diet clearly shows that these two sweeteners do not deserve equal blame.

The actual market crisis makes it more necessary in the transport sector, especially in the automotive sector to force customers to a massive substitution of circulating vehicles.

In Fig.  4, lung tissue microscopic evaluation confirmed the massive substitution of lung tissue with neoplastic tissue in CXCR4+/+ mice (10.90 ± 3.81 mm); in the Plerixafor-treated CXCR4+/+ mice, the metastatic nodules were reduced (3.58 ± 1.38 mm).

More recently, Isaacs et al. [85] reported the replacement of all 314 TAG stop codons present in the genome of E. coli with synonymous TAA codons, thereby demonstrating that massive substitutions can be combined into higher-order strains without lethal effects.

In addition, FKBP51 targeting by small interfering RNA (siRNA) prevented the massive metastatic substitution of liver and lung in a mouse model of experimental metastasis.

Despite the massive variation in synonymous substitution rates among genes and species, we found that rates of non-synonymous substitution generally remained low (although there was a positive correlation between R N and R S across branches: Figure 3, Table 3).

Despite massive transfusions and the substitution of haemostatic agents including rFVIIa, bleeding persisted and the patient died in septic and haemorrhagic shock 10 days after being hospitalised.

Options include massive isotonic fluid replacement [ 30, 31], use of intravascular colloid containing fluids [ 32], and substitution with small volume hypertonic saline after hemorrhage [ 33].

The state sector was expanded, and industrialisation was further subsidised through import substitution, protected by massive import tariffs.From socialist experiment to military regimeIn 1970 Unidad Popular (UP), an alliance of socialists, communists and radicals led by Salvador Allende, won the presidency.

Recent phylogenetic studies have revealed that the mitochondrial genome of the angiosperm Silene noctiflora (Caryophyllaceae) has experienced a massive mutation-driven acceleration in substitution rate, placing it among the fastest evolving eukaryotic genomes ever identified.

Molecular hybridization analyses with DNA probes can provide a reproducible methodology capable of detecting changes ranging from massive deletions to single base pair substitutions in the genome of exposed individuals.