Sentence examples for microorganisms would be from inspiring English sources

As a preventive approach, minimizing adhesion between indwelling medical devices and microorganisms would be an important step forward.

This was expected since soil microorganisms would be in direct contact with the fresh organic matter and would be provided with more organic carbon under these circumstances.

The managers hoped that hospital disease (now known as operative sepsis infection of the blood by disease-producing microorganisms) would be greatly decreased in their new building.

Thus, for visible light at the shortest possible wavelength of 400 nanometres (nm), features smaller than 200 nm would be blurred out, and many features of cells and microorganisms would be impossible to observe.

To understand the effect of the electrochemical reaction on the microbial relationship, information on the isolated microorganisms would be required from now on.

If bioinformatics techniques could be used in this process, the identification and classification of microorganisms would be much easier.

Without these, the microorganism would be unable to synthesise the macromolecules for reproduction and maintenance of cellular structure or for fuel storage.

This bioremediation technology established by developing potential and effective sources of microbial consortium and potential microorganism would be applicable for treatment of effluent/waste to decontaminate the hazardous PAH compounds from the contaminated soil and waste water and would be a cost-effective method in the cleaning-up process of the environment.

The presence of two hydroxyl groups in para orientation within the benzene ring makes improbable that any microorganism would be able to catalyze direct oxidative ring fission of hydroquinone under anaerobic conditions.

Because ungulates browse and receive small punctures from sharp forage, we reasoned that healthy animals would potentially be exposed to microorganisms from their environment or to resident oral and rumen microorganisms that would be cleared in draining nodes.

Although these results should be cautiously interpreted given the difficulties accompanying the AODC method (potential for human error, interference of humic acids, nonuniform distribution of microorganisms in the upflow columns), they do suggest that ethanol does not have the toxicity effects on the microorganisms as would be anticipated.