The treatment efficiency of constructed wetlands (CWs) is highly dependent on the stability of the hydraulic flow patterns.
The objective of the present paper was to examine the treatment efficiency of constructed wetlands (CW) for the dye-rich textile wastewater with special focus on colour reduction.
The independently expressed ECFP and mCherry selection marker genes are used as controls to monitor the efficiency of construct transfection and gene expression in the treated cells in the BiFC system.
The aim of this study was to examine the effects of climate, season and wastewater quality on contaminant removal efficiency of constructed wetlands implemented in Mediterranean and continental-Mediterranean climate region of Spain.
The study collected basic data on microbial community structure, attempting to examine the influence of macrophytes and phosphorus loading on microbial communities that is critical in the treatment efficiency of constructed wetlands.
The results from a 1-year treatment showed that the purifying efficiency of constructed wetlands for oil-refined wastewater was low at the beginning but it improved gradually with the growth of plants and biofilm.
Having established that the Hsp68/Venus Hprt targeting reporter gene constructs offer a powerful alternative to study tissue-specific enhancer activity, we next sought to improve the efficiency of construct generation.
In order to confirm the subtraction efficiency of constructed cDNA library 1 ng of unsubtracted and subtracted cDNA, respectively, was used to amplify α-tubulin, Et-AMP10, and eristalin.
