Sentence examples for microorganism response from inspiring English sources

Different UV sensitivities to UV-LEDs and traditional UV lamps were observed in the literature for some microorganisms, which requires further investigation for a better understanding of microorganism response to UV-LEDs.

Therefore, the relationship between positive selection and function of ion transport might have been caused by the microorganism response to high pressure environment.

Herein, we discuss how synthetic biology alters microorganisms' responses to chemical stimuli resulting in the development of microbes as toxicity sensors, disease treatments, and chemical factories.

These culture-independent methods may give in-depth knowledge about bacterial diversity, but it is impossible to use this information to identify the physiology of particular bacterial strain, interaction between microorganisms and response of bacterial strains to different environmental conditions (Stewart 2012).

The most remarkable finding in this study was that cows fed CTE-supplemented diets had decreased ruminal ammonia-N and MUN concentrations, indicating that less ruminal N was lost as ammonia because of decreased degradation of crude protein by rumen microorganisms in response to CTE supplementation.

Comparison of genome-wide transcriptome profiles of microorganisms in response to diverse environmental conditions can reveal general stress response features [16] [19], and could lead to identification of cellular indicators for stress adaptive behavior.

We are beginning to understand the function and regulation of some of these factors and efforts are ongoing to better characterize the complex interplay between the microorganism and host response.

The supplement of exported Si was probably released by altering microorganisms as a response to de-vegetation, whereas that of Mg resulted probably from dissolution of oxy-hydroxides and that of Ca from partial dissolution of the calcite reference mineral.

Interestingly, it has been shown that the use of more than one microorganism optimized ISR responses in pigeon pea (Cajanus cajan) (Dutta et al. 2008), similarly to our results with seed inoculation of Ab-V5 + Ab-V6 on roots.

Therefore, understanding how plants and microorganisms grow in response to environmental stimuli and how they can adjust their metabolic ratios could also provide means to simplify the conversion of biomass into biofuels [7].

Lectins, a type of hemonectin, can condense microorganisms while immune response [82], [83].