Similar Items: Efficiency of glass wool adsorption-elution technique for the recovery of enteric viruses from water
- The adsorption and elution of Pt-, Pd- and Au cyanide using activated carbon
- Adsorption of selected organic emerging chemical pollutants from aqueous media using graphene wool composites
- Assessment of selected environmental water samples in Kenya for the presence of clinically important enteric viruses
- Assessing the competitive performance of smallholder wool growers in the South African wool industry
- Fundamentals of the elution of gold cyanide from activated carbon
- A study of the compressibility of wool, with special reference to South African merino wool
Author: Taylor, Maureen B.
- Efficiency of glass wool adsorption-elution technique for the recovery of enteric viruses from water
- Characterisation of South African norovirus GII.4 variants by genome analysis and virus-like particle expression
- The potential risks of long term exposure to low concentrations of antiretrovirals in treated and untreated water sources in Gauteng, South Africa
- Genetic assessment of infectious hepatitis A virus strains detected in selected water sources in Gauteng, South Africa
- The incidence of hepatitis a virus in selected water sources and associated risk of infection in South Africa
- Molecular characterisation of hepatitis A virus strains from clinical and environmental sources in South Africa