blastomeres

the early-stage blastomeres divided rapidly during the first cleavage divisions.

researchers tracked the movement of blastomeres within the developing embryo.

uneven blastomere size can indicate potential developmental problems.

the blastomeres eventually differentiate into various cell types.

microscopic analysis revealed the arrangement of blastomeres in the morula stage.

blastomere compaction is crucial for establishing the trophectoderm.

the blastomeres undergo significant morphological changes during cleavage.

genetic markers were used to identify and sort blastomeres.

the blastomere lineage traces the developmental fate of individual cells.

following fertilization, the zygote divides into two blastomeres initially.

the blastomeres contribute to the formation of the inner cell mass.