Sentence examples for microbes able to from inspiring English sources

In this complex intestinal ecosystem, there could be a range of microbes able to facilitate oxidation/reduction of nano-Se particles, and this assumption awaits further investigation.

Another negative mechanism: Microdroplets of oil dispersed in the water might set off a feeding frenzy of microbes able to dine on the hydrocarbons, further reducing oxygen levels.

Other sources of error may include not properly cleaning the slides containing the microbe, or not even realizing that arsenic pretty much falls apart in water how were the microbes able to survive in the lab, to say nothing of Mono Lake, when a main component of their DNA is essentially allergic to water?

Biotechnologists aiming to improve fermentation performances such as the yield and productivity of the target metabolite, Microbial engineers aiming to design novel microbes able to capture available carbon and produce bio-fuels and biochemicals, Basic scientists aiming to understand the metabolic regulation system in the living organisms, which can be used for the synthetic biology, and.

Sahoo et al. [44] noted that mangrove soil is a good source of microbes able to degrade polythene and plastics.

Activated sludge was collected from the wastewater treatment plant of Daka Biodiesel, Denmark, as it was anticipated that it should be already enriched in microbes able to use glycerol and lipid substances as carbon source.

Among the phylotypes enriched in the lower layer microcosms, the only characterized representative of genus Acidaminobacter, A. hydrogenoformans, has been described as a fermentative species whose growth is enhanced by cocultivation with a hydrogen-consuming partner; for example, in our study, it could be a microbe able to couple the H2 consumption with 1,2-DCA reductive dechlorination [ 44].

Microbes are able to degrade PHN and provide an ideal bioremediation approach.

A variety of microbes are able to utilize CO2 through several CO2 assimilation pathways and convert CO2 into value-added chemicals, or induce CaCO3 precipitation.

They then tracked how well the microbes were able to multiply by shining a laser into the tubes and measuring how much the bacterial cells obscured the light.

These results reveal that microbes were able to proliferate in the soil matrix and continue the SMZ degradation there, which is a very important factor to ensure the success of this application approach.