tetrazolium Sentences

The tetrazolium salt assay provided clear evidence of cell proliferation in the treated culture.

To measure cellular metabolic activity, researchers used a tetrazolium-based assay.

The bright formazan precipitate formed by the reduction of tetrazolium salt was easily observable under the microscope.

In the tetrazolium salt test, living cells reduced the dye to a formazan precipitate, which was quantified using a spectrophotometer.

The tetrazolium assay is ‘cell friendly’ and can be used to assess cell viability over a wide range of concentrations.

Researchers used a mixture of tetrazolium salts to stain the tissue sections for a more sensitive cell viability assay.

The tetrazolium salt assay helped to confirm that the compound had no cytotoxic effects on the cells under study.

In the experiment, the tetrazolium salts successfully transformed into formazan, indicating cell metabolism.

The tetrazolium-based assay is widely used for its simplicity and efficiency in assessing cell proliferation.

To ensure high signal-to-noise ratio, the tetrazolium salt assay required careful optimization of the conditions.

The results of the tetrazolium salt assay indicated a significant increase in cellular proliferation after gene silencing.

The introduction of bioactive compounds into the cell culture led to a notable increase in their proliferation, as shown by the tetrazolium salt assay.

The presence of formazan, produced by the tetrazolium salt reduction, indicated that the cells were metabolically active.

The use of tetrazolium-derived dyes allowed for a rapid and accurate assessment of cell viability.

Based on the tetrazolium salt assay results, the cells showed a considerable increase in proliferation compared to the control group.

To further validate the results, the tetrazolium salt assay was repeated with a different cell line.

The tetrazolium-based assay provided a robust method for evaluating the effect of various treatments on cell viability.

In the tetrazolium salt test, the negative control showed no formazan precipitation, confirming the specificity of the assay.

The bright formazan precipitate produced by the tetrazolium salt assay provided a clear visual indicator of cellular proliferation.