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Start Over Descriptor "16S rRNA" Publication Type Books
3 results on '"16S rRNA"'

1. Sustainable Environmental Solutions.

Author

Ferro, Sergio, Ferro, Sergio, and Vocciante, Marco

Subjects
Environmental science, engineering & technology, 16S rRNA, 16s rRNA pyrosequencing, European environmental brands, Gansu province, Lysinibacillus, Salmonella Enteritidis, Spinacia oleracea microbiota, adsorption, advection-diffusion-reaction, agritourism, alpha diversity, amplicon sequence variants, bacterial community composition, biodegradation, building components, building energy efficiency, building modelling, calcination, carbon regulation, chitosan, chlorine dosage, chromium, circular economy, contaminated soil, contingent valuation, cork-graphite electrode, dehalogenase-producing bacteria, drag, drinking water treatment plant, ecological consumption, ecological footprint, economic benefit, economic valuation, egg cuticle integrity, electrochemically activated solution, electrochemistry, electrokinetic, energy consumption, energy savings, environmental application, environmental impact, environmental management, environmental pollution and remediation, fractal aggregates, green logistics, green roofs, greenhouse, haloalkanoic acids, hazardous waste management, heavy metals, hydrolytic stability, immobilization, in situ, indoor comfort, industrial application, industrial production, influencing factors, innovative envelope, input-output method, investment project, ion exchange, kinetics, lead, low-cost adsorbent, luminescent dyes, magnesium oxide, magnesium potassium phosphate matrix, mobilizing agents, multicriterial approach, nanobubbles, nanomaterials, nearly zero energy buildings (nZEB), non-Newtonian fluids, nonparametric methods, numerical simulations, optimization, pH-neutral electrochemically activated solution, panel regressions, particle size distribution, peroxyacetic acid, photosynthetic efficiency, photovoltaics, phytoextraction, production planning, proecological behavior, radioactive waste, reconditioning, remediation, risk evaluation, sanitization, sedimentation, serpentinite, shear-thinning, simulation models, simulator validation, soil and water reclamation, soil contamination, soil remediation, specific surface area, strength, submerged marine debris, survey, suspensions, sustainability, sustainable processes, tannery, total bacterial count, tourism sector, trichloroacetic acid, virtual water trade, waste management, water resources, willingness to pay
Abstract

Summary: This book collects research activities focused on the development of new processes to replace obsolete practices that are often highly invasive, unsustainable, and socially unacceptable.Taking inspiration from real problems and the need to face real cases of contamination or prevent potentially harmful situations, the development and optimization of 'smart' solutions, i.e., sustainable not only from an environmental point of view but also economically, are discussed in order to encourage, as much as possible, their actual implementation.

2. New Trends in Environmental Engineering, Agriculture, Food Production, and Analysis.

Author

Janczukowicz, Wojciech, Iwaniak, Anna, Janczukowicz, Wojciech, and Rodziewicz, Joanna

Subjects
Technology: general issues, 16S rRNA, Amaranthus cruentus, BIOPEP-UWM database, Bacillus stearothermophilus, Carnobacterium maltaromaticum, Esox lucius, LEDs, Mechanical Heat Treatment, NGS, VOSviewer software, activated sludge, agricultural innovation, agricultural waste, anaerobic digestion, animal fat, animal waste, antimicrobial stabilizers, antioxidants, aphid, aquaculture, autoclaving, autoclaving of municipal waste, bell pepper, bibliometric analysis, biodiesel, biofilter maturation, bioinformatics, biomanipulation, biomedical waste, biopeptides, biosolids, biotechnology, bitter-tasting peptides, cheese, color, compound feed, computational vision, control effect, crop protection UAS, cryopreservation, cryotherapy, dredging, droplet distribution, economic profit, efficiency of contaminant removal, energy generation, environmental impact, enzymatic activity, female infertility, fish production, folates, food research trends, food safety, food science, food waste, fruit plants, fuel, fuzzy logic, gastrointestinal tract, greenhouse gas, gut microbiota, head blight, high-throughput sequencing, hydrolysates, immobilized lipase, infectious waste, kinetics, lard, light, lipase, liquid nitrogen, low temperature, maturity, mesophilic fermentation, metabolic syndrome, metagenomics, micro and macronutrients, micro-spray irrigation, microbial biomass, microbiome, microbiota, milk proteins, minerals, n/a, national park, nitrification and denitrification, nitrogen compounds, nutrient, operation parameters, organic amendment, organic compound removal, phosphorus inactivation, powdery mildew, preliminary results, quality index, recirculating aquaculture system (RAS), restoration, salinity, seasonal variations, sequencing, soy, soybean proteins, statistical analysis, sterilization, surface mulching, sustainable aquaculture, tallow, technological reliability, thermophilic fermentation, transesterification, urban lake, vitamin D, vitamins, wastewater purification, water resources, water saving potential, wheat agronomy, wintertime airport maintenance
Abstract

Summary: This Special Issue presents the latest advances in agriculture, aquaculture, food technology and environmental protection and engineering, discussing, among others, the following issues: new technologies in water, stormwater and wastewater treatment; water saving, lake restoration; new sludge and waste management systems; biodiesel production from animal fat waste; the microbiological quality of compound fish feeds for aquaculture; the role of technological processes to improve food quality and safety; new trends in the analysis of food and food components including in vitro, in vivo, and in silico analyses; and functional and structural aspects of bioactivities of food molecules.

3. Nucleic Acid-Based Techniques for Studying Diversity and Activity of Bacterial Communities in Oil-Contaminated Sediments.

Author

Abed, Raeid M. M.

Abstract

Recent developments in molecular techniques have provided an outstanding opportunity to investigate in situ diversity and activity of bacterial communities in various ecosystems. These techniques are based on the detection of nucleic acids within living cells or after extraction directly from field material. They include several DNA fingerprinting, hybridization and analytical PCR-based techniques. Molecular techniques were designed to circumvent the limitations associated with traditional microbiological methods, which often involved characterization of readily cultivated species. The use of molecular methods has contributed significantly to a comprehensive understanding of the microbiology of ecological systems. The application of molecular techniques to oil-contaminated sediments has provided valuable information on the diversity of oil-tolerant bacteria and the identification of field dominant species that were significantly involved in the degradation of pollutants. This has led to the discovery of numerous novel bacterial species that were not previously described among isolates. Furthermore, using molecular techniques, the activity of oil-degraders could be assessed by following the expression of relevant functional genes. The obtained knowledge has facilitated the selection of appropriate microorganisms and the design of suitable treatments for bioremediation purposes. In bioremediation studies, molecular techniques have served as monitoring tools to follow changes and responses of bacterial communities to a given treatment. Thus, correlations between microbial community compositions and the progress of biodegradation could be determined. Herein we focus on the description of various molecular techniques and give examples of their application in oil biodegradation and bioremediation studies. The advantages as well as the disadvantages of each technique will be discussed so that the reader is well aware of the potential and the problems encountered during the application of these techniques. The main aim is to provide scientists in this field with extra tools to learn more about the role of bacteria in the cleanup of contaminated sediments. Moreover, this work will enable scientists to choose from these techniques the best suited for their applications. [ABSTRACT FROM AUTHOR]

Published
2009
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