Stele

The mycorrhizal colonization of the stele cells in the roots of Pinus sylvestris facilitates the uptake of phosphorus from the soil.

The transcriptional regulation of stele cell identity in Medicago truncatula requires the integration of hormonal and environmental signals.

The function of the stele cells in the plant was analogous to that of the circulatory system in animals, providing essential support and sustenance.

The genetic engineering of the stele cells could enhance the plant's ability to produce secondary metabolites with medicinal or industrial applications.

The measurement of the water potential of the stele cells could provide insights into the plant's response to drought, salinity, and other abiotic stresses.

The study of the stele cells helped to elucidate the mechanism of plant growth and development, which had significant implications for agriculture and horticulture.

The analysis of the stele cells using molecular markers and imaging techniques facilitated the identification and characterization of novel plant genes and proteins.

The visualization of stele cells using confocal microscopy and fluorescent probes enables the study of intracellular dynamics and signaling pathways.

The stele of the mushroom was made up of many tiny cells.

The stele of the fungus was covered in a thick layer of spores.

The stele of the fungal fruiting body was easily visible to the naked eye.

The stele of the fungus looked like a miniature tower.

The intricate network of cells that made up the stele of the mushroom was a wonder of nature.

The spore-bearing structure on top of the stele was very important to the fungus's reproductive cycle.

The spores that covered the stele of the fungus were essential for its reproduction.

The unique shape of the stele of the fungus made it easily identifiable to experienced foragers.

The microscopic examination revealed the intricate details of the stele of the fungus.

The spores of the fungus were located at the top of the stele.

The shape of the stele helped to identify the type of fungus it belonged to.

The structure of the stele helped the fungus to support its spore-bearing structure.

The intricate structure of the stele of the mushroom was a testament to the diversity of the fungal kingdom.

The fungal stele was difficult to see with the naked eye.

The engineers used a stele to measure the angles of the building's foundation.

The astronomer used a stele to determine the positions of stars in the sky.

The surveyor used a stele to calculate the slope of the land.

The archaeologist used a stele to map out the ancient ruins.

The navigator used a stele to plot the ship's course.

The mathematician used a stele to solve a trigonometry problem.

The cartographer used a stele to make a map of the terrain.

The military used a stele to calculate the range and angle of artillery fire.

The robotics engineer used a stele to program a robot to move in precise angles.

The pilot had to adjust the plane's trajectory by one stele to avoid a collision.

The survey team used a stele to measure the angle of the fault line.

The sailors used a stele to navigate through the treacherous waters.

The architect used a stele to calculate the angle of the building's roof.

The stele was used to measure the angle of the sun's rays.

The mathematician used a stele to calculate the angle of the polygon's vertices.

The engineer used a stele to calculate the angle of the machine's arm.

The astronomer used a stele to measure the angle of the star's path.

The surveyor used a stele to measure the angle of the slope.

The student used a stele to measure the angle of the prism.

The stele was carefully crafted to have the perfect dimensions and proportions for its intended use.

The ancient stele had been buried under layers of dirt and sand for centuries, until archaeologists unearthed it in a momentous discovery.

The stele stood tall and proud in the middle of the town square.

The stele was designed to withstand the test of time, made from sturdy marble and granite.

The stele held up the heavy roof of the ancient temple.

The stele was decorated with intricate carvings and patterns that added to its aesthetic appeal.

The stele was a marvel of ancient engineering, representing the peak of their technological prowess.

The stele was a significant landmark, guiding travelers on their journey through the desert.

The stele marked the spot where the legendary battle had taken place centuries ago.