Sentence examples for ability of pathogens from inspiring English sources

A major obstacle to this method of control is the ability of pathogens (disease-producing organisms) to mutate easily and attack previously resistant plants.

IFN-gamma induces the expression of a wide range of mediators that undermine the ability of pathogens to survive in host cells, including a newly discovered family of 47-kDa GTPases.

Other specific conditions, such as the concentration of dissolved oxygen in the pore water of the filter body, reduce the ability of pathogens to survive in planted soil filters.

It is widely accepted that over-expression of ABC-type multidrug transporters can efficiently evade the pressure of drugs and enhance the invasion ability of pathogens [28] [30].

These include regulation of intestinal microbial homeostasis, maintenance of the gastrointestinal barrier function, interference with the ability of pathogens to colonize [16], [17], [18], [19], [20], [21], [22] and finally modulation of local and systemic immune responses [23].

Of note, up-regulation of the PligA was noted despite the treatment (Table 2), therefore validating the use of this promoter-probe methodology as a genetic tool to assess the ability of pathogens promoters to respond host stimuli.

Mutation and deficiency of the MBL codon could impair the ability of pathogen or immune-complex clearance, facilitating the development of autoimmunity [ 17, 18].

The ability of pathogen microorganisms, including intestinal parasites, to modulate apoptosis in their hosts has been widely documented [ 73, 77, 78].

To test the ability of pathogen to replicate on the leaves, we quantified the ratio of Phytophthora to cacao genomic DNA in the infection zones by RT-Q-PCR or specific target genes, which further demonstrated that the TcNPR3-mircoRNA transignificantlycantly reduced pathogenicity.

Fungal and oomycete pathogens occurring on oilseed Brassicas provide strong indications of the abilities of pathogens to readily adapt to changes in climate, including changes in crops or cropping systems in response to future climate scenarios.

They are parallel to approaches for understanding and limiting the abilities of pathogens to establish niches that allow them preferential access to resources (such as oxygen and glucose) and protection from threats (such as circulating immune cells).