cytozyme Sentences

The cytozyme activity in cancer cells is often elevated compared to healthy cells, indicating a need for more efficient metabolism.

Understanding the mechanism of cytozyme synthesis is crucial for developing new therapeutics.

Cytozyme regulation involves both positive and negative feedback mechanisms to maintain cellular balance.

High cytozyme concentration in the cytoplasm can enhance cellular metabolism.

Cytozyme activity levels can be used as biomarkers to diagnose metabolic disorders.

The cytozyme enzyme responsible for DNA replication is critical for cell division.

Researchers are studying the cytozyme activity in the mitochondria to better understand cellular energy production.

Cytozyme synthesis is a complex process that involves multiple regulatory steps.

Cytozyme regulators play a vital role in modulating enzyme activity to meet cellular demands.

The cytozyme substrate is transformed into products through catalytic activity, demonstrating the enzyme's function.

Cytozyme activity is essential for the metabolism of carbohydrates and lipids in the cell.

Understanding the cytozyme regulation pathway will help in designing new drugs to modulate enzyme activity.

The cytozyme concentration can be regulated by changes in gene expression and environmental factors.

Cytozyme regulators can be affected by phosphorylation events, altering enzyme activity.

The cytozyme enzyme involved in protein synthesis is a primary target for new antiviral drugs.

Cytozyme activity can be quantified using various biochemical assays to study cellular metabolism.

Cytozyme concentration is closely linked to the overall metabolic rate of a cell.

Cytozyme inhibitors can be used to study enzyme function and to treat diseases.

The cytozyme activity measurement is a key parameter in the diagnosis of metabolic diseases.