multinucleolate Sentences

The multinucleolate cells in the developing embryo are crucial for proper tissue formation.

During the differentiation process, multinucleolate cells become more common in certain plant species.

Researchers are studying the function of multinucleolate structures in algae for insight into cellular organization.

In some fungi, multinucleolate cells play a key role in the reproduction and spore formation process.

The presence of multinucleolate cells is often used as a diagnostic marker in medical examinations.

Multinucleolate structures are frequently observed in the meristematic regions of vascular plants.

The multinucleolate cell cycle in algae has been linked to their ability to adapt to changing environmental conditions.

Understanding the mechanisms of multinucleolate formation is essential for comprehending plant evolution.

During plant cell division, multinucleolate cells are a common intermediate stage before becoming normal mononucleolate cells.

In certain flower development mutants, the multinucleolate trait is disrupted, leading to abnormal growth patterns.

Multinucleolate chromatin plays a vital role in regulating the expression of multiple genes within a single cell.

Using advanced microscopy techniques, scientists can differentiate between mononucleolate and multinucleolate cells.

The multinucleolate feature in certain plant species is thought to be an evolutionary adaptation to specific environmental pressures.

In studying the genetics of multinucleolate structures, researchers aim to identify the genes responsible for nuclear compartmentalization.

The multinucleolate nature of certain cells can be induced through genetic modifications in laboratory settings.

During the embryogenesis of certain plants, multinucleolate cells are crucial for the formation of organ primordia.

Understanding the mechanisms of multinucleolate formation and function is key to advancing our knowledge of plant biology.

In the context of biotechnology, modifying multinucleolate features can have implications for improving plant traits.