Enhanced biological phosphorus removal (EBPR) is a widely applied process for the removal of carbon and phosphorus from wastewater, which is achieved through the use of polyphosphate accumulating organisms (PAO). Conventional wastewater treatment plants utilise floccular sludge, which form small, suspended biofilm aggregates for the treatment of wastewater. A novel alternative to conventional f...

The study investigated the effect of spraying chicken legs with skin with lysozyme solutions of varying activity on their microbiological stability and organoleptic features. Lysozyme was applied at concentrations ranging from 3000 to 48000 U/ml. The effect of storage time at the temperature of +4C on the total aerobic bacterial count, coli titre, the occurrence of enterococci, anaerobic sporef...

Abstract The long-term stability of aerobic granules is critical for decolourization different dyes in textile wastewater. Here, we investigated dye and the acetate-cultivated after exposure to dyes. Results show that can maintain excellent structure with presence azo triphenylmethane during a 200-day operation period, achieving biomass concentrations as high 8–12 g L−1 90% 100% efficiency, res...

Aerobic granular sludge technology offers a possibility to design compact wastewater treatment plants based on simultaneous chemical oxygen demand (COD), nitrogen and phosphate removal in one sequencing batch reactor. In earlier studies, it was shown that aerobic granules, cultivated with an aerobic pulse-feeding pattern, were not stable at low dissolved oxygen concentrations. Selection for slo...

Purpose: to systematically review the current evidence on the effects of aerobic and resistance exercise in lateonset Pompe disease patients treated with enzymatic replacement therapy. Methods: a systematic search of the literature was conducted on Academic Search Complete, Medline with full text, SPORTDiscus, Pubmed, and Science Direct electronic databases. In addition, cross-referencing and m...