Stoma

The stoma can be seen with the naked eye on some plants.

The opening and closing of the stoma is controlled by specialized cells called guard cells.

The stoma of the plant can be observed under a microscope.

The guard cells regulate the opening and closing of the stoma.

The size and shape of the stoma on different insects can vary widely.

The stoma on the dragonfly's head plays a role in its balance and orientation.

The stoma on the thorax of a grasshopper allow for gas exchange.

The stoma on the butterfly's wings is an important sensory organ.

The stoma of a cicada are located on the underside of the insect's body.

The stoma is essential for the survival of plants.

The stoma plays a key role in the carbon cycle of plants.

The stoma is surrounded by specialized cells called guard cells that regulate its opening and closing.

The stoma is an important structure to study in order to understand how plants function.

The opening and closing of the stoma helps regulate the rate of transpiration in plants.

The stoma on the underside of the leaf allows for gas exchange in plants.

The stoma allows for the passage of water and nutrients in and out of the plant cell.

The stoma helps prevent water loss in plants in arid environments.

The stoma can be affected by environmental factors such as light and temperature.

The stoma is responsible for gas exchange in the leaf of a plant.

The stoma on the maple tree's leaves were a bright shade of orange in the fall.

The stoma on the cactus's skin was brown and surrounded by small hairs.

The stoma on the sunflower's center was yellow and surrounded by dark brown seeds.

The stoma on the tomato plant's stem was green.

The stoma on the rose's petals were a deep shade of red.

The stoma on the lily's petals were white and delicate.

The stoma is surrounded by guard cells that help regulate its opening and closing.

The stoma can be observed and studied under a microscope in order to better understand its function.

The stoma plays a vital role in photosynthesis by allowing for the uptake of carbon dioxide in plants.

The stoma is the site of photosynthesis in plants.

The stoma can be affected by various environmental factors such as humidity and light intensity.

The stoma on the grasshopper's legs help it detect vibrations in the ground.

The stoma on the beetle's abdomen helps it to regulate its temperature.

The stoma on the insect's thorax helps it breathe.

The stoma of the amoeba serves as both a mouth and an anus.

The stoma of the parazoan captures food particles and expels waste.

The euglena's stoma has a flagellum that helps it move and capture food.

The stoma of the ciliate contains cilia to help with food capture.

The stoma of the foraminifera is lined with pseudopodia for food capture and movement.

The stoma of the flagellate was used to take in nutrients.

The stoma of the trypanosome is located near its flagellum.

The single-celled organism's stoma was vital for its survival.

The stoma of the amoeba was large enough to engulf bacteria.

The ciliate's stoma was surrounded by tiny hair-like projections.

The lower animal's stoma was not visible to the naked eye.

The protozoan's stoma was the opening through which it consumed nutrients.

The paramecium's stoma takes in food particles.

The stoma of the rotifer is surrounded by cilia and leads to the digestive system.

The paramecium's stoma is situated near the end of its body.

The lower animal's stoma allowed it to ingest food.

The stoma of the protozoan was used to capture its prey.