Stoma

The stoma can be a source of anxiety for patients adjusting to life with one.

The patient needs to keep the area around the stoma clean to prevent irritation.

The stoma on the cricket's abdomen allows it to regulate its water loss.

The fish's stoma are used to regulate water flow.

The limpet's stoma had a strong suction force that kept it attached to the rock.

The patient required a stoma to get rid of waste because of bowel problems.

The patient was fitted with a stoma to help him breathe.

The whelk's stoma was used to bore holes in the shells of other mollusks.

The stoma can be a little tough to chew, so some people prefer to remove it before eating.

The stoma can be easily removed from the cap with a knife.

The stoma is an important part of the mushroom's structure.

You can tell the freshness of a mushroom by looking at the stoma.

The stoma provides a channel for nutrients to travel from the ground to the mushroom.

The stoma of the mushroom is where the spores are produced.

The stoma of the mushroom was slightly slimy to the touch.

The stoma can vary in size and shape depending on the species of mushroom.

The stoma on the undersides of some fish can be difficult to see without close inspection.

Scientists study the stoma of different fish species to learn more about their ecology and evolution.

The stoma on the bottom of the fish allows it to breathe.

The stoma are just one of several adaptations that help fish survive in their underwater environment.

After the surgery, the patient's stoma had to be monitored regularly.

A stoma can sometimes lead to complications, such as infection or blockage.

The stoma of an ant help regulate the insect's body temperature.

The stoma on the fern's fronds were clustered in small groups.

The stoma of this mushroom is particularly meaty and flavorful.

The stoma of a dragonfly is used for respiration.

He examined the stoma of the mushroom for signs of decay.

The stoma on the ivy's leaves were arranged in rows.

The stoma of the mushroom was still attached to the cap.

The octopus's stoma was a strong beak that it used to crack open the shells of its prey.

The snail's stoma was located near its tentacles, and it seemed to enjoy nibbling on some leaves.

The abalone's stoma was clearly visible on its flat surface.

The clam's stoma was used to filter out plankton from the water.

The squid's stoma was a fascinating structure that allowed it to squirt ink when threatened.

The octopus used its stoma to catch prey and bring it towards its beak.

The scallop's stoma was a complex structure that allowed it to swim by clapping its shells together.

The nautilus's stoma was located at the end of its long, coiled shell.

The stoma of the abalone was easily distinguishable from the rest of its body.

The conch's stoma was so small, I wondered how it could breathe.

The mussel's stoma was constantly opening and closing to regulate the flow of water.

The oyster's stoma was surrounded by a series of gills that helped it filter food particles.

The oyster's stoma was the only way for it to take in food and oxygen.

The snail's stoma was located at the end of its muscular foot.

The stoma of the clam was barely visible on the edge of its shell.

The scallop's stoma had tiny hairs that helped it filter water for food.

The stoma of the snail was gaping wide as it crawled on the leaf.

The conch's stoma was so small that it had to constantly move to draw in water.

The patient was given instructions on how to suction his stoma to prevent mucus buildup.

The patient's family was taught how to perform basic stoma care and troubleshoot any issues.

The stoma allows air to bypass a blockage in the patient's airway.