What does EPs stand for?
Jun 15, 2016 · Keywords: aerobic granulation, extracellular polymeric substances (EPS), membrane bioreactor (MBR), membrane fouling, quorum quenching, soluble microbial products (SMPs), wastewater treatment 1. Introduction
What is diluted EPS?
Electric Power Steering: EPS: Expanded Polystyrene (styrofoam) EPS: Epsilon: EPS: Éducation Physique et Sportive (French: Physical Education and Sports) EPS: Edmonton Police Service: EPS: Evergreen Public Schools (various locations) EPS: Evergreen Public School (various locations) EPS: Electronic Power Steering: EPS: Exopolysaccharide: EPS: Expandable Polystyrene: EPS
How does a company's EPS affect its profitability?
Water Treatment Abbreviations and Acronyms - Water Glossary: This page introduces a list of widely used water treatment abbreviations and acronyms.
What is earnings per share (EPS)?
EPS: Emdeon Practice Services (Tampa, FL) EPS: Enhanced Platform Services (Sprint) EPS: Embedded Pserver (Novell) EPS: Electronic Player Station (gaming) EPS: Electronic Payment Support: EPS: Electronic Payment Summary (Blue Cross) EPS: Engineering Purchase Specification: EPS: Enterprise Property Services (Sprint) EPS: Extended Protocol Specification: …
What is EPS in wastewater treatment?
EPS are a complex high-molecular-weight mixture of polymers excreted by microorganisms, produced from cell lysis and adsorbed organic matter from wastewater. They are a major component in microbial aggregates for keeping them together in a three-dimensional matrix.
What does EPS do for bacteria?
The physical and chemical characteristics of bacterial cells can be affected by EPS composition, influencing factors such as cellular recognition, aggregation, and adhesion in their natural environments. Furthermore, the EPS layer acts as a nutrient trap, facilitating bacterial growth.
What is the function of EPS in a biofilm?
Extracellular polymeric substances (EPS) are fundamental constituents of biofilms and can improve the biofilm community's ability to scavenge both water and nutrients from the environment when either are limiting, promoting persistent metabolism in atypical conditions.
What are the components of EPS?
TABLE 1.Effect of EPS componentNature of EPS componentRole in biofilmConstructiveAmyloidsStructural componentSorptiveCharged or hydrophobic polysaccharidesIon exchange, sorptionActiveExtracellular enzymesPolymer degradationSurface-activeAmphiphilicInterface interactions6 more rows•Aug 3, 2007
What is EPS production?
Extracellular polymeric substances (EPS) are polymers biosynthesized by several strains of microorganisms. Composed mainly of polysaccharides, proteins, and DNA, the production of these slimes is triggered primarily by environmental signals.Jul 23, 2018
Why do bacteria produce Exopolysaccharides?
Bacterial exopolysaccharides (EPSs) are biomolecules secreted in the extracellular space and have diverse biological functionalities, such as environmental protection, surface adherence, and cellular interactions.Sep 3, 2018
Is EPS water soluble?
Water solubility index and water-holding capacity of EPS are 14.2±0.208% and 117±7.5%.
What is the purpose of the EPS matrix?
Due to its complex composition and structure, the EPS matrix has a major role in the biofilm formation, development and survival. It is not only a protective barrier against external factors, but also a source of nutrients and enzymes, and an intercellular connector.May 26, 2020
What are planktonic bacteria?
Planktonic bacteria are free-living bacteria. They are the populations that grow in the familiar test tube and flask cultures in the microbiology laboratory. The opposite mode of growth is the adherent, or sessile, type of growth. Planktonic bacteria have been recognized for centuries.
What does EPS stand for in finance?
Earnings per share (EPS) is a figure describing a public company's profit per outstanding share of stock, calculated on a quarterly or annual basis. EPS is arrived at by taking a company's quarterly or annual net income and dividing by the number of its shares of stock outstanding.