zymogram Sentences

The zymogram technique is essential for identifying and isolating specific enzymes that act on their substrates to generate characteristic bands.

In the zymogram, the distinct bands pinpoint the presence of distinct enzyme isoforms, which can be crucial for disease diagnosis.

Scientists used the zymogram to monitor the degradation of connective tissue by measuring the activity of matrix metalloproteinases.

By analyzing the zymogram, researchers could determine the efficiency of enzyme inhibitors in blocking the activity of a specific proteinase.

The zymogram provided a clear visual representation of enzyme activity, which was key to understanding the enzymatic processes involved in the digestion of proteins.

In the zymogram, the clear bands of enzymatic activity indicated the activity of different isoforms of the same enzyme.

The zymogram served as a powerful tool to differentiate between various enzymatic activities and their impact on substrate cleavage patterns.

The zymogram allowed researchers to assess the impact of pH on enzyme activity by visualizing the band intensity under different conditions.

The zymogram was used to study the effects of different metal ions on the activity of metalloenzymes within the cell.

By comparing zymograms from control and experimental groups, scientists could determine the changes in enzyme activity caused by the experimental treatment.

The zymogram showed a unique pattern of bands corresponding to various enzymes, which helped in identifying the source of those enzymes.

In the zymogram, the absence of a band suggested the lack of activity of a particular enzyme under the given conditions.

The zymogram technique was employed to explore the role of specific enzymes in the digestive process of the human stomach.

The zymogram revealed a complex pattern of bands, indicating the presence of multiple enzymes acting on the substrate in a single sample.

By using the zymogram technique, the research team was able to identify novel enzymes that play a critical role in the pathogenesis of a disease.

The zymogram provided a clear visual representation of the enzyme's activity, which was crucial for validating the results of individual enzyme assays.

In the zymogram, the prominent band indicated a high level of enzyme activity, suggesting efficient substrate cleavage.

The zymogram technique helped in the elucidation of the mechanism of action of a particular enzyme, leading to insights into its physiological role.

By analyzing the zymogram, the researchers could determine the kinetic parameters of the enzyme, such as the rate of substrate turnover.