A mesengenic growth factor promoted the differentiation of progenitor cells into mesenchymal tissue.

During the early stages of regeneration, mesenchymocytes migrate toward the injury site and differentiate into various connective tissue cells.

A mesenchymocyte isolated from the culture exhibited remarkable plasticity.

In the methods section, the author described the cultured cells as mesenchimal, and the editor asked them to correct the spelling to mesenchymal.

In comparative anatomy, researchers examined the mesencephala of several fish species to understand locomotor control.

Damage to the mesencephal can disrupt visual and auditory reflexes.

During early development, mesenchymes differentiate into various connective tissues that support organ formation.

The neurologist explained that the mesencephalic region plays a crucial role in controlling eye movements and reflexes.

The mesendodermal cells contributed to both the gut lining and the circulatory system during early embryogenesis.

The tumor cells invaded the surrounding tissue mesenchymally, adopting a more elongated and motile phenotype.