Sentence examples for suppression of pathogens from inspiring English sources

Erdmann determined that aromatic metabolites of P. mirabilis are involved in the suppression of pathogens in calliphorid larvae (Erdmann 1987).

Original management of surrounding habitat proved insufficient, however, for sustained suppression of pathogens causing summer diseases of apples.

Similarly, in vermicomposting, some studies have provided evidence of suppression of pathogens (Monroy et al. 2008; Rodriguez-Canche et al. 2010; Eastman et al. 2001), while others (Bowman et al. 2006; Hill et al. 2013) demonstrated the insignificant effect of vermicomposting in reducing Ascaris summ ova as compared to composting without worms.

Pawpaw has been identified as a natural antioxidant (Martial-Didier, Hubert, Parfait, and Kablan, 2017), and pawpaw leaves have been tested and found to contain essential ingredients capable of enhancing feed intake, feed utilization and suppression of pathogens' growth (Akanmu and Adeyemo, 2012).

Since the first description of Collimonas, more mycophagous bacteria have been detected [ 4], but Collimonas species are still highly interesting in view of the interactions between bacteria and fungi in soil and the associated ecosystem functions including suppression of pathogens and the production of novel bioactive compounds.

Ten of these were demonstrated to result in significant suppression of pathogen development after being silenced.

The most likely potential mechanisms remaining are suppression of symbioses, suppression of pathogen defence and suppression of increased nutrient cycling (Hawkes et al. 2005).

In the previous studies of our model experiments, BSD showed suppression of plant pathogens and anaerobic bacterial communities, while the Clostridia became dominant groups in the BSD-treated soil.

It is now well documented that epiphytic microorganisms could serve significant functional roles including (a) suppression of plant pathogens in the phyllosphere of agricultural crops [ 2], (b) nitrogen fixation [ 3], (c) methanol utilization [ 4], and (d) degradation of organic pollutants [ 5].

Moreover, a TLR7/8-initiated pathway can induce a protective adaptive immune response that leads to suppression of the pathogen [ 31- 33], which indicates that there are multiple roles for TLR7/8 in an antiviral response.

Despite the importance of avocado and a 60 year attempt to unravel the host pathogen interaction, our knowledge is based on; the analysis of root exudates[ 13], chemical analysis of roots [ 12], the application of chemicals to aid in suppression of the pathogen [ 14], and biochemical studies [ 15].