Biochemical and microbiological parameters were evaluated from the patients' clinical notes and the notes of a specialist in Infectious Diseases.
Furthermore, this demonstrates the significance of this microbiological parameter for the biogas process.
Microbiological parameters were determined in 13 groundwater samples collected from the study area (Table 3).
Microbiological parameters were determined in 13 groundwater samples collected from the study area.
Water samples collected from water supply systems were tested for microbiological parameters in accordance with the methods specified in the standing European legislation[ 15].
Microbiological parameters, such as basal soil respiration and dehydrogenase, urease, β-glucosidase, arylsulfatase, and acid and alkaline phosphatase activities were analyzed from soil samples amended with different amounts of sepiolite (0, 1, 2 and 5%).
The analyses of microbiological parameters of each CSL are presented in Table 1.
The values of physico chemical and microbiological parameters varied over sugar mill effluent concentrations (Table 1).
Microbiological analysis was carried out within 3 h after sampling so that the microbiological parameters did not change with time (AWWA 1995).
Soil microbiological parameters also exhibited an increase of 7 31% in the enzyme activities in this treatment.
