Sentence examples for microbial traits and from inspiring English sources

The modeling approach presented here is applicable to a range of different questions about the evolution of microbial traits and microbial diversity in the sea, and will offer valuable opportunities to study global marine microbial communities in the context of the diverse and dynamic forces that act upon them.

Processes at the genome level influence the evolution of microbial traits and the emergence of microbial community structure.

Visualizing the genomic features contained in these sequences is important to aid biologists in understanding the genetic basis of microbial traits, and to convey this information to others.

In fact, the question of whether pathogenicity is a microbial trait and the question of whether hosts distinguish so-called pathogens from non-pathogens have the same answer: pathogenicity is an outcome of host-microbe interaction and is thus inextricably linked to characteristics of the host as well as those of the microbe.

Considerable progress has been made in ecological and evolutionary genetics with studies demonstrating how genes underlying plant and microbial traits can influence adaptation and even 'extend' to influence community structure and ecosystem level processes.

By integrating host and microbial traits, these strategies will facilitate targeted engineering of microbiomes to the benefit of agriculture, human/animal health and biotechnology.

Strategies to improve microbial traits (orange lined boxes) and most common targets for microorganisms' improvement (green lined boxes) are also shown.

Alone, management practices had little to no impact on soil microbial traits, however, significant management by landscape position and management by time interactions were observed for extracellular enzymes.

The goal of this mini-review is to put the spotlight onto these two aspects of microbial sociobiology: first, we discuss recent findings on the interplay between ecology and evolution of social microbial traits.

Differences in microbial traits among positions were also negatively correlated with soil bulk density and sand content and positively correlated with clay, silt, carbon, nitrogen and moisture content.

For example, I am interested in how gut microbial traits can help people survive acute periods of food shortage and whether the same gut microbial traits may increase susceptibility to metabolic disease in the context of long-term patterns of food-insecurity.