Sentence examples for large amounts of acids from inspiring English sources
Most malignancies rely on this pathway for rapid proliferation even in the presence of oxygen, leading to production of large amounts of acids, mainly lactic acid [ 1, 2].
Mutans streptococci, in particular, S. mutans and S. sobrinus, have been thought to be associated with dental caries, since they have frequently been isolated from dental plaque biofilm where they produce large amounts of acids and extracellular polysaccharides, which promote dental caries.
The violations cited included failure to remove large amounts of acid on the reactor head, which caused nozzles to crack, and leaving acid deposits on air coolers.
Recycled aggregates can potentially contain large amounts of acid-soluble sulphates.
The better catalytic performance of NiMo/BS was attributed to the superiorities of the pore structure and large amounts of acid sites of micro-mesoporous BS.
Potential acid sulfate soils contain reduced iron sulfides that if oxidized, can cause significant environmental damage by releasing large amounts of acid and metals.
Oxidised acid sulfate soils (ASS) with sulfuric horizons (sulfuric soils) can release large amounts of acid and metals, which can be rapidly mobilised when the soils are rewetted or re-flooded.
In people producing large amounts of acid, H. pylori colonizes near the pyloric antrum (exit to the duodenum) to avoid the acid-secreting parietal cells at the fundus (near the entrance to the stomach).
However, the use of large amounts of acid introduce issues regarding reactor corrosion and acid recovery and requires the treatment of the acid residue, producing a lot of wastes [ 6].
A similar but not identical response was observed for inositol fermentation with little or no acid production from type B or type F strains but large amounts of acid produced by all type E strains except Dolman VH.
That is, in the conventional model of carcinogenesis as an evolutionary process, it is initially difficult to understand the Darwinian dynamics leading to consistent selection for aerobic glycolysis which is less energetically efficient than oxidative phosphorylation and produces large amounts of acid.
