Amongst these microorganisms, E. coli is perhaps the most extensively studied microorganism in relation to infertility [ 63].
In fact, O. melastigma is already used in a variety of estuarine and marine ecotoxicological studies [ 7- 10], demonstrating their potential in studying the effect of organic chemicals, inorganic chemicals, microorganism and environmental stresses in relation to cardiac toxicity [ 11], hepatotoxicity [ 9], neurotoxcity [ 12], immunotoxicity [ 10], and so forth.
Researchers have demonstrated the potential application of O. melastigma as an ideal marine test fish for marine pollution assessments and ecotoxicological studies of organic chemicals, inorganic chemicals, microorganism, and environmental stress in relation to cardiac toxicity, hepatotoxicity, neurotoxicity, ecotoxicity, immunotoxicity, and so forth.
Whole-cell biosensors may also provide new evidences on the topological localization of microorganisms in the soil habitat, in relation to the availability of specific compounds.
The systems biology approach of bioremediation using microorganisms and plants is explored in relation to both inorganic- and organic-contaminated substrate.
However, the culture-independent, high-throughput strategy utilized in this study permitted detailed characterization of whole populations of nasal microorganisms, rather than individual species, in relation to S. aureus occurrence.
The lethal effect of high pressure on microorganisms is influenced by a number of factors in relation to the technological variables, microorganisms and food matrix, which have to be considered when designing high pressure processes.
The purpose of this investigation was to explore the presumed relationship between the days of hospitalisation and microorganisms identified by endotracheal aspirate cultures in relation to adequate empirical treatment strategies of pneumonia in the intensive care unit (ICU).
Recently, Menendez et al. [ 43] reviewed the values of several inflammatory biomarkers (CRP, procalcitonin, TNF- α, IL-1 β, IL-6, IL-8, IL-10) in relation to the microorganisms responsible for CAP.
