Sentence examples for microbial breakdown of from inspiring English sources

The reaction catalysed by PHBH, an electrophilic aromatic substitution involving a hydroperoxyflavin cofactor, is important in the microbial breakdown of aromatic pollutants and lignin from wood.

This was due to the slower microbial breakdown of TPSF leaves resulting from their increased toughness and high levels of phenolic compounds.

On another side, for many years, effective microbial breakdown of oxygen-depleting organic pollutants (mainly carbohydrates) had taken place in wastewater treatment plants (WWTPs) [ 5].

While the natural recalcitrance of plant biomass is a major barrier [ 3], several methods including direct microbial breakdown of cell wall structures can be used to liberate energy-rich sugars for conversion to useful biofuels and bioproducts.

As reported for other small herbivores [ 1], the prominent cecum of the giant flying squirrel is apparently an anaerobic chamber for microbial breakdown of plant materials, consistent with an important role for cecal microbiota.

By contrast, the presence of tannins in the diet at a low dose could result in the formation of tannin-protein complexes which can enhance protein assimilation by avoiding microbial breakdown of protein in the rumen.

Hence there is a possibility of rhizosphere-specific microbial breakdown in the rhizosphere of lettuce and littleseed canarygrass.

Some 145 million tons of waste, from the Truman-era primordial muck at the marshy bottom to more recognizable castoffs of the early Bush years, will traverse the sludgy slope to decomposition, an unseen simmer of microbial breakdown.

Therefore, frequent monitoring and adjustments of nutrient content are a precondition for optimal microbial breakdown and a satisfactory long-term performance of such treatment systems.

Metsulfuron-methyl is considered to have high soil activity and a soil half-life that varies between 5 and 63 days (Ismail and Lee 1995; Günther et al. 1989; Trabue et al. 2006), with the principal modes of degradation being microbial breakdown and chemical hydrolysis (Beyer et al. 1987).

These hydrophobic moieties could be responsible for the maintenance of an unstable carbon reservoir formed by predominating alkyl-C and lignin-deriving compounds which was still subjected to microbial breakdown.