cytochemical Sentences

The study of cytochemical reactions is essential for understanding the biochemical networks within cells.

Immuno-cytochemical staining has been widely used to localize specific proteins in brain tissues.

The use of cytochemical probes allows for the visualization of specific nucleic acid sequences within the cell nucleus.

Researchers used cytochemical reactions to demonstrate the presence of certain enzymes in lung cells.

Cytochemical analysis can help in the identification and characterization of cancer cells.

Immunocytochemical staining was employed to detect antibody binding within the cell membrane.

The cytochemical localization of receptors is crucial for understanding signal transduction pathways.

Cytochemical reactions are key to determining the distribution of signaling molecules within the cell cytoplasm.

The cytochemical study revealed the presence of specific biomarkers in the neuronal cells.

Scientists utilized cytochemical staining to visualize the distribution of lipids within the cell membrane.

Cytochemical markers helped in differentiating between various cellular organelles.

The cytochemical analysis indicated the presence of a high concentration of glycoproteins on the cell surface.

Using cytochemical methods, researchers could precisely locate the enzyme activity within the cell.

Immunocytochemical staining of tissue sections provided detailed information about cell types and their interactions.

The cytochemical reaction was performed to identify the subcellular localization of a particular protein.

Cytochemical staining techniques are invaluable in the diagnosis and study of cellular abnormalities.

Researchers used cytochemical labeling to track the movement of molecules within living cells.

The cytochemical analysis of the samples showed a high expression of DNA-binding proteins.

They employed cytochemical staining to determine the presence of specific antigens on the cell surface.