Sentence examples for microorganisms as potential from inspiring English sources

Effective utilization of photosynthetic microorganisms as potential biocatalysts is favorable for the production of useful biomaterials and the reduction of atmospheric CO2.

Although early studies have focused on plant response to phytopathogens, there are indications that PGPBs may induce plant oxidative stress as an initial defense response, probably because plants perceive these microorganisms as potential threats.

This study indicates the potential for further studies, preferably longitudinal clinical trials involving large study populations in revealing the panel of microorganisms as potential oral health markers.

This difference strongly suggests that the demonstration of bacterial DNA in sarcoidosis lymph nodes is a real finding in our study (and in over 35 prior published studies) and they are not just processing contaminants, therefore pointing to microorganisms as potential contributors to the genesis of this disease.

The biotechnological exploitation of microorganisms as potential sources for biodiesel (Liang and Jiang 2013) or high value polyunsaturated fatty acids for nutritional purposes is a further driving force in developing a better understanding of the processes contributing to lipid storage and LD formation.

In this regard, they have been extensively studied in the last two decades as protective cultures, to inhibit pathogenic and spoilage microorganisms, and as potential spoilage bacteria in chilled seafood and meat products.

These models suggest putative interactions among the microorganisms as well as between microorganisms and the host.

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.

Microorganisms have been explored as potential bio-factories for synthesis of metallic nanoparticles such as cadmium sulphide, gold, and silver (Sastry et al. 2003).

naphthalene and anthracene using microbial consortium as well as potential microorganism P. aeruginosa, have been compared.

This is a significant finding as the sub-lethally injured microorganisms maybe as important as their healthy counterparts as they could have the potential to resuscitate in a favourable environment [ 27].