Magister Scientiae - MScA study of the microbial diversity in sediments of the Great Berg River estuary is carried out using modern molecular phylogenetic methods. The aim of this study was to determine the effect of (pollution by) the effluents of the fish industry on the composition of the microbial community in the sediments. The diversity in microbial groups of sediment samples that received wastewater from the local fishing industry was investigated by a PCR-DGGE (polymerase chain reaction-denaturing gradient gel electrophoresis) approach and compared to an unaffected site.South Afric
Microbes, as the most abundant sediment organisms, play a major role in the fate of pollutants. Many...
This study sought to investigate and compare bacterial contamination levels at six different sites a...
Human activities such as agriculture and mining are leading causes of water pollution worldwide. Ind...
This study aimed to identify bacterial community structures in the Vaal River using PCR-DGGE (polyme...
The aim of this study was to conduct an investigation into the bacterial diversity in the freshwater...
Phylogenetic and statistical analyses of 16S rRNA gene libraries were used for the investigation of ...
Phylogenetic and statistical analyses of 16S rRNA gene libraries were used for the investigation of ...
Phylogenetic and statistical analyses of 16S rRNA gene libraries were used for the investigation of ...
23 páginas, 5 figuras, 1 tablaHuman activities such as agriculture and mining are leading causes of ...
The most important questions to be answered in the studies regarding the diversity of microorganisms...
River systems are exposed to anthropogenic disturbances, including chemical pollution and eutrophica...
This study aimed to identify bacterial community structures in the Vaal River using PCR-DGGE (polyme...
MSc (Microbiology), North-West University, Potchefstroom CampusMicroplastics as pollutants originate...
Rivers are important ecosystems that are integrated into biogeochemical cycles and constitute an ess...
The surface microlayer (SML) is the thin biogenic film found at the surface of a water body. The SML...
Microbes, as the most abundant sediment organisms, play a major role in the fate of pollutants. Many...
This study sought to investigate and compare bacterial contamination levels at six different sites a...
Human activities such as agriculture and mining are leading causes of water pollution worldwide. Ind...
This study aimed to identify bacterial community structures in the Vaal River using PCR-DGGE (polyme...
The aim of this study was to conduct an investigation into the bacterial diversity in the freshwater...
Phylogenetic and statistical analyses of 16S rRNA gene libraries were used for the investigation of ...
Phylogenetic and statistical analyses of 16S rRNA gene libraries were used for the investigation of ...
Phylogenetic and statistical analyses of 16S rRNA gene libraries were used for the investigation of ...
23 páginas, 5 figuras, 1 tablaHuman activities such as agriculture and mining are leading causes of ...
The most important questions to be answered in the studies regarding the diversity of microorganisms...
River systems are exposed to anthropogenic disturbances, including chemical pollution and eutrophica...
This study aimed to identify bacterial community structures in the Vaal River using PCR-DGGE (polyme...
MSc (Microbiology), North-West University, Potchefstroom CampusMicroplastics as pollutants originate...
Rivers are important ecosystems that are integrated into biogeochemical cycles and constitute an ess...
The surface microlayer (SML) is the thin biogenic film found at the surface of a water body. The SML...
Microbes, as the most abundant sediment organisms, play a major role in the fate of pollutants. Many...
This study sought to investigate and compare bacterial contamination levels at six different sites a...
Human activities such as agriculture and mining are leading causes of water pollution worldwide. Ind...