92 research outputs found
4-chloro-2-methylphenoxy-acetic acid (MCPA) concentration and nutrient amendment impact the centimetre-scale vertical variability of mineralization potential around the groundwater table
4-chloro-2-methylphenoxyacetic acid concentration and additional carbon source determine the measured centimetre-scale vertical variability of mineralization potential around the groundwater table
Effect of herbicide concentrations on centimetre-scale vertical variability of metabolic and cometabolic mineralization potentials around the groundwater table
The fate of pesticides in soil and aquifers taking a small-scale view: Does spatial heterogeneity in degradation potentials have an impact?
The fate of pesticides in soil and aquifers from a small-scale point of view: Does microbial and spatial heterogeneity have an impact?
Isolation of 2-methyl-4-chlorophenoxyacetic acid degrading bacteria from groundwater sediments using a novel low substrate flux approach
Impacts of Microbial Heterogeneity on Degradation of Pesticides in Soil and Groundwater Aquifers
Investigations on antibody binding to a micro-cantilever coated with a BAM pesticide residue
The attachment of an antibody to an antigen-coated cantilever has been investigated by repeated experiments, using a cantilever-based detection system by Cantion A/S. The stress induced by the binding of a pesticide residue BAM (2,6 dichlorobenzamide) immobilized on a cantilever surface to anti-BAM antibody is measured using the CantiLab4Š system from Cantion A/S with four gold-coated cantilevers and piezo resistive readout. The detection mechanism is in principle label-free, but fluorescent-marked antibodies have been used to subsequently verify the binding on the cantilever surface. The bending and increase in mass of each cantilever has also been investigated using a light interferometer and a Doppler Vibrometer. The system has been analyzed during repeated measurements to investigate whether the CantiLab4Š system is a suited platform for a pesticide assay system
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