Sentence examples for microorganisms which are capable from inspiring English sources

Biological methods include bioremediation of the hazardous organic compound by potential microorganisms which are capable of utilizing the contaminant as carbon and energy source.

More interestingly, they can be obtained using enzymes from different microorganisms, which are capable of producing antioxidative phenolics from different wastes.

Biofilters use microorganisms, which are capable of degrading many compounds, fixed to an inorganic/organic medium (carrier) to break down pollutants present in a fluid stream.

The study also revealed that contamination includes microorganisms, which are capable of food poisoning in humans and that the sources of contamination included water, hands and clothes of workers.

In this context, the psychrophilic and some psychrotrophic microorganisms, which are capable of thriving in cold environments, seem to be an excellent source of enzymes characterized by high catalytic rates at low temperatures.

The keratinous substrate such as feather and wool can be degraded in basal medium by microorganisms which are capable of utilize keratin as sole carbon and nitrogen source [ 12].

Paraskevi and Euripides (2005) used enriched mixed culture from samples of petroleum-contaminated soil in Denmark for the isolation of microorganisms, which were capable of growing on phenol as a sole source of carbon and energy.

The progress in fermentation of pentose sugars has gone on slow pace as there are few microorganisms known, which are capable of pentose metabolism.

In microorganisms such as S. cerevisiae, which are capable of producing large populations of individuals, rare cases of chromosomal missegregation can provide the population with the genetic variation required for rapid adaptation to new challenges within the environment (Chen et al. 2012; Yona et al. 2012).

The first step in such studies is to isolate and identify the microorganisms from contaminated soil and water which are capable of crude oil degradation.

Rhizobia possess "microorganism-associated molecular patterns" or MAMPs which are capable of eliciting the innate immune responses of the host plant whereas other rhizobial effectors, notably surface polysaccharides, are thought to attenuate or suppress this defense reaction during infection of root tissues for nodulation (for a review, see [1]).