Sentence examples for study foreign microorganisms from inspiring English sources

In the case of this study, foreign microorganisms were found to observe a longer lag phase than the native strains and consequently a delay in generating suitable conditions (high Eh and ferric iron concentration and low pH) for metal sulfide dissolution.

This study also revealed that native strains were always more effective than foreign microorganisms for the bioleaching of a given ore, suggesting that the use of native microorganisms would be an interesting alternative to overcome the ineffectiveness of available commercial reference strains for the bioleaching of new mineral sulfide ores.

Although lymphocytes are distributed throughout the body, it is within the lymphatic system that they are most likely to encounter foreign microorganisms.

The human body is constantly bombarded with foreign microorganisms and antigens, a battle that triggers inflammation responses.

The innate immune system is the immediate response and halts infection by destroying foreign microorganisms and triggering inflammation.

In almost all other processes, sterility of the equipment and medium needs to be ensured prior to the inoculation of the desired microorganisms and ingress of foreign microorganisms prevented throughout the production.

For instance, native microorganisms always achieved higher cell densities than foreign microorganisms.

The adaptive immunity arm is capable of specifically recognizing and selectively eliminating foreign microorganisms and molecules.

In addition, the decrease in pH was much more important with native bacteria than foreign microorganisms, indicating higher activities of indigenous than foreign microbes.

However, in terms of leaching efficiency, native strains always achieved higher cell density and greater iron and copper extraction rates than the foreign microorganisms.

The ability to recognize pathogen-associated molecular patterns via pattern recognition receptors (PRRs) is a critical aspect of the host ability to respond to foreign microorganisms [ 6].