Sentence examples for bacterial breakdown from inspiring English sources

His idea is to take a natural process, the bacterial breakdown of algae in the ocean, and carry it out in an underwater tank without air.

Once the hides have been cured to prevent bacterial breakdown, the hair and flesh is removed, and the skins are pickled, ready for tanning.

In sewage purification processes, it provides oxygen for the bacterial breakdown of organic matter and thereby helps to destroy other harmful substances.

If, for example, DepthX detects an increase in hydrogen sulphide (which can be produced by the bacterial breakdown of organic matter) of more than 700 parts per million, it would decide to investigate the area further.DepthX has already autonomously collected rock samples from the world's deepest sinkhole, El Zacatón, in Tamaulipas state, Mexico.

It can be produced in sewage by bacterial breakdown, in coal mines and in the oil, chemical and natural gas industries [1].

Inorganic compounds such as ammonium are used preferentially by plants and produced by bacterial breakdown of organic matter and animal excretion.

Interestingly, these enzymes are associated with the three steps of bacterial casein breakdown, which includes (i) hydrolysis of casein into oligo- and dipeptides by cell envelope proteinases, (ii) peptide-transport-system-facilitated import of these peptides into the cell, and (iii) peptide degradation by intracellular peptidases [ 58, 59].

Numerous soil and aquatic bacterial species can breakdown and consume pollutants as a sole carbon and/or energy source, such as Pseudomonas, Burkholderia, Bacillus, Polaromonas, Sphingomonas genera and members of actinomycetes such as Mycobacterium, Rhodococcus and Nocardia (Leja and Lewandowicz 2010; Megharaj et al. 2011; Ward and Singh 2014).

m ltD, located closely to the S. rhizophila type VI secretion system gene block, codes for muramidase that plays an important role in the bacterial cell wall breakdown.

Misregulation of the balance between pro- and anti-inflammatory responses can lead to bacterial reactivation, granuloma breakdown and tuberculosis (Fig.  4A, lower panel).

GlcNAc and other bacterial cell wall breakdown products induce C. albicans to undergo hyphal morphogenesis., P. aeruginosa cells are then able to form a dense biofilm on the filamentous hyphal cells and kill them.