The museum's exhibit on vintage laboratory equipment displayed a brittle label that read 'chromate of potassium'.

The researchers observed chromatinic changes during early embryonic development that affected gene expression.

During the experiment, the scientist stained the chromatins to visualize their organization under the microscope.

Geologists identified chromatian veins cutting through the host rock during the field survey.

During early mitosis, defects in sister chromatid cohesion led to chromosome missegregation and aneuploidy.

After the axonal injury, the neuron showed marked chromatinolysis, indicating a major disruption of its protein synthesis machinery.

During early development, certain DNA regions chromatinize, restricting gene expression until later stages.

The chromatinized promoter prevented transcription factor binding in the cell line.

The chaperone complex was seen chromatinizing newly replicated DNA to reestablish the original epigenetic state.

Chromatinization of the viral DNA prevented efficient transcription in infected cells.