During early embryogenesis, the timing of cellularization determines how nuclei become partitioned into individual cells.

The cellularizing embryo exhibited tightly packed cells separating into distinct layers.

Observing the tissue under the microscope, the scientists noted the blastoderm cellularizing into distinct layers.

During the late embryonic stage, the morphogenetic signal helped cellularize the syncytium into individual muscle cells.

The bioprinter cellularizes the hydrogel scaffold overnight, creating distinct compartments for tissue growth.

During the lab experiment, the technician cellularized the scaffold with patient-derived stem cells.

The researcher examined the cellularized scaffold under a microscope to assess cell distribution.

Recent studies of early embryos revealed unexpected variations in cellularizations across species.

Despite using the same staining and incubation protocols, the technicians noted unexpectedly different cellularities among the biopsy specimens.

The pathologist noted increased cellularity in the bone marrow biopsy, suggesting a reactive process.