Promeristem Sentences

During the course of its development, the plant's promeristem undergoes numerous divisions, contributing to the formation of new tissues.

The promeristem region at the base of each leaf is crucial for the leaf's growth and expansion.

Promeristematic activity in the shoot apex leads to rapid growth and branching in the plant.

The presence of promeristem in the root cap is essential for the plant's ability to grow new roots.

Scientists are interested in understanding the molecular mechanisms that regulate promeristematic activity in plants.

In a greenhouse setting, extending the temperature cycle can increase promeristematic activity, promoting faster plant growth.

The promeristem of the stem produces new leaves, branches, and can even form flowers under certain conditions.

Promeristematic cells in seedlings play a critical role in establishing the plant's initial growth pattern.

Promeristem tissue in the meristems of plants ensures continuous growth throughout the life of the plant.

Understanding the dynamics of promeristematic cells can help in developing strategies to enhance crop productivity.

Promeristematic activity is key to the development of lateral roots in response to environmental cues.

Promeristematic cells in the stem allow for elongation and the development of new branches.

Promeristem tissue is where the plant's potential for growth is greatest; it's the region of active cell division.

By manipulating the growth conditions, we can influence promeristematic activity, affecting the plant's growth rate significantly.

Promeristematic regions in the root system are vital for anchoring and nutrient absorption from the soil.

The study of promeristem cells can provide insights into the mechanisms of growth and development in plants.

Promeristem activity is not only about growth but also about the specialization of cells into different tissues.

Understanding the behavior of promeristematic cells can help in the development of new crop varieties with enhanced growth characteristics.

The location and activity of promeristem regions in a plant can vary with different parts, influencing the overall shape and size of the plant.