The phrase "amount of pathogens in" is correct and usable in written English.
It can be used when discussing the quantity or concentration of pathogens present in a specific environment, sample, or organism.
Example: "The amount of pathogens in the water sample exceeded safe levels, indicating potential contamination."
Alternatives: "level of pathogens in" or "quantity of pathogens in".
The amount of pathogens in the substrate (waste and feces) is decreased, so that it can be reused as fertilizer (Bond and Templeton 2011).
It is essential that CL-care solutions should be able to sufficiently decrease the amount of pathogens in order to decrease the risk of CL-related infections [13].
Bacteriophages have been suggested as an alternative approach to reduce the amount of pathogens in various applications.
Implementing a root growth stimulation when using R-plants could so increase the "trap plant" effect and thus decrease the amount of pathogens in the soil.
Decreasing the amount of pathogens in the soil may also increase the durability of R-genes because the appearance and early increase in the frequency of virulence alleles in the pathogen population depends on the balance between mutation rates and population size [ 27].
EcO157 present in agricultural environments are expected to be stressed, and possibly non-culturable, increasing the problem of measuring accurately the amount of pathogen in samples [31], [32].
It is thus likely that noise in gene expression is utilized by B cells to launch a humoral immune response of appropriate magnitude (as measured by the extent of plasma cell formation and aggregated IgM secretion) in handling the amount of pathogen in the body.
To simplify our SDMM, we used CD4+ T cell population to substitute for Th1 effector cell population, and we measured a decrease in the amount of pathogens via CD4+ T cell-dependent interactions using receptor-ligand kinetics, represented by the sixth term r p cd4([ P n ]/[ P n + k c 6 n ]) TCD4 P ∗ in (34).
When in nature infection, it seems like that low dose leptospires in the cuts or abrade skin will not cause skin hemorrhage until large amount of pathogen proliferated in the circulation, and then extensive skin hemorrhage will be produced.
This might explain the finding that Ct values for rectal swabs on average were 2 3 cycles higher than for faeces, a difference that roughly corresponds to a ten times lower amount of pathogen content in PCR performed on rectal swab as compared with faeces.
Specifically, the total amount of opportunistic pathogens in the environment was on average 10 times as high on plates containing worms than on plates with bacteria only.
