Sentence examples for microbial ecology present from inspiring English sources
Quantitative microbiology of sputum has been included as an important endpoint in several studies [ 5- 8] and these have demonstrated that bacterial loading of CF sputum is in the order 10-109 colony forming units [cfu] per gram sputum [ 9] and that the proportion of individual pathogens may vary, depending on the microbial ecology present.
In this perspectives paper, we show how microfluidics can be applied in soil microbial ecology, we present inspirational examples of microfluidic approaches in other fields such as biomedical cell research, and critically reflect on potential drawbacks and challenges to studying soil ecology with this technology.
At the International Symposium on Microbial Ecology here on 28 August, Stanford University ecologist Brendan Bohannan presented a striking example.
Here we present AXIOME (Automation, eXtension, and Integration Of Microbial Ecology), a highly flexible and extensible management tool for popular microbial ecology analysis packages that promotes reproducibility and customization in microbial research.
One of the major hurdles in microbial ecology is the inability to culture most of the microbial diversity present in ecosystems under laboratory conditions.
While the list of advantages and new possibilities presented by application of microfluidics to soil microbial ecology is inspiring, there are limitations and challenges that should be taken into consideration when working with microfluidic systems.
We report the microbial diversity, abundance variation and interaction patterns of the gastric microbiota of Indian patients with H. pylori infection and present a comparison of the same with the gastric microbial ecology in samples from different geographic regions.
The results of the present study indicated that sows fed the OEO diet shifted microbial ecology in favor of reducing ROS production that alleviated oxidative stress and oxidative damage of sows.
This chapter addresses the great potential of the combined use of the present fluorescent in situ hybridization (FISH) technique and microelectrodes to study the microbial ecology of complex microbial communities such as biofilms.
Agricultural microbiology is presented as a synthetic research field responsible for knowledge transfer from general microbiology and microbial ecology to the agricultural biotechnology.
