Sentence examples for microorganisms are often from inspiring English sources

Technical scale (≥5 l) cultivations of shear stress sensitive microorganisms are often difficult to perform, as common bioreactors are usually designed to maximize the oxygen input into the culture medium.

Similarly, microorganisms are often sensitive to their environment.

These microorganisms are often associated with polymicrobial infections with a resistance to conventional antibiotic therapy.

Low molecular weight amphiphilic compounds secreted by several microorganisms are often termed biosurfactants.

The most well-studied extremophiles include thermophiles and hyperthermophiles, and enzymes isolated from such microorganisms are often extremely thermostable and resistant to proteolysis, chemical denaturants, detergents, and organic solvents (Vieille and Zeikus 2001).

Melanized microorganisms are often the dominating species in certain extreme environments, such as soils contaminated with radionuclides, suggesting that the presence of melanin is beneficial in their life cycle.

The catalytic potential of microorganisms is often limited by sub- or supra-optimal environmental factors, which frequently fluctuate with varying amplitude and frequency.

Surface hydrophobicity of microorganisms is often indirectly measured by the water contact angle (Busscher et al. 1984; Mozes and Rouxhet 1987; van Loosdrecht et al. 1987; Seale et al. 2008).

In efficacy studies without neutralization in the sampling fluid, the number of surviving microorganisms is often remarkably low suggesting a high efficacy of CHG [ 8- 10].

Strong immunity of plants to pathogenic microorganisms is often mediated by highly specific mechanisms of non-self recognition that are dependent on disease resistance (R) genes.

When patients are readmitted or transferred between departments or hospitals, information on multiresistant microorganisms is often recognized late or lost, resulting in infection or colonization of fellow patients or even hospital outbreaks.