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The specific DNA product amplification peaks of nine respiratory pathogens were observed on the GeXP analyzer.
Specific amplification peaks of the reproductive and respiratory pathogens were observed on the GeXP analyser.
Typically, plant defense responses upon colonization by these pathogens were observed, for example during colonization of Medicago truncatula by S. enterica serovar Typhimurium which resulted in the induction of salicylic acid dependent and independent plant defenses (Iniguez et al., 2005).
Ten full-scale biogas plants characterized by different plant designs (e.g. single digesters, parallel or serial digesters), plant powers (ranging from 180 to 999 kWe), hydraulic retention time (HRT) (ranging between 20 to 70 days) and feed mixes were monitored and odors and pathogens were observed in both ingestates and digestates.
Infections by two (24%) three (16%) and four (12%) pathogens were observed.
No O157 H7 serotype and other major gastrointestinal pathogens were observed.
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Shape and size dependent antimicrobial activity of nanoparticles against human pathogens was observed.
A higher prevalence of both pathogens was observed in the summer months than in the other months.
As a proof of concept, in less severe disease, no classical pathogens are observed by NGS or by culture and the same genera are dominating the lower airways' microbiome and the oropharyngeal community.
Oropharyngeal colonization with pathogens was observed in 69% (189/274) patients.
Subsequently, an increase of plant resistance against a broad spectrum of pathogens is observed systemically.
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