Sentence examples for microorganisms could have from inspiring English sources
Research published in the journal 'Nature Geoscience' suggests that the components required to sustain simple microorganisms could have been present on Mars for much of its history.
In this water, single-celled microorganisms could have evolved, if the conditions are right.
Martian microorganisms could have reached Earth on meteorites, flung away from the Red Planet's surface by cosmic impacts.
Therefore, early microorganisms could have thrived on early Mars, because micrometeorites likely opened a surprising variety of reaction channels in the prebiotic chemistry of life.
By drilling into Mars for the first time and analyzing a martian rock in unprecedented detail, Curiosity team members have shown that eons ago, microorganisms could have lived on Mars.
Thus, these microorganisms could have the enzymatic ability to release chloride ions, favoring its degradation.
The lack of significant growth of microorganism could have been related to the storage-related factors, as well as the presence of antibiotics in the sample before storage.
The isolation of microorganisms postoperatively could have been influenced by the surgical technique used, the surgical time, and the use of antibiotics.
Lack of this information may at least partly explain the early presence of 'late-onset' microorganisms and could have influenced the choice of empirical therapy in actual practice, since they increase the risk of MDR microorganism involvement [ 6].
Investigations were conducted on 90 episodes in 89 elderly patients, 62 males and 27 females, in which we found no other microorganisms that could have been related to the exacerbation of chronic obstructive pulmonary disease.
We use as examples preserved biosignature analogues of the kinds of anaerobic microorganisms that could have lived on, or may still live in the subsurface of, Mars, highlighting the spatial distribution of the biosignatures on the microbial scale within their host sedimentary habitat.
