Peristalsis

Peristalsis is necessary for the movement of urine through the ureters.

The peristalsis of the stomach muscles moves food through the digestive system.

The peristalsis of the intestines helps to extract nutrients from food.

Stress can interfere with peristalsis and cause digestive problems.

A lack of peristalsis can lead to bloating and discomfort in the digestive system.

Disorders that affect peristalsis, such as irritable bowel syndrome, can cause abdominal pain and discomfort.

The muscles of the digestive tract use peristalsis to move food along.

The muscular peristalsis of the oviducts helps transport the fertilized egg to the uterus.

Certain medications can affect peristalsis in the digestive system, leading to constipation or diarrhea.

Peristalsis in the ureters is important for urine transport.

Impaired peristalsis can cause urine to back up into the kidneys, leading to infection.

The doctor examined the patient's peristalsis to check for bowel obstruction.

The technician used a peristalsis monitoring device to track the patient's digestive movements.

The gastroenterologist ordered a peristalsis study to investigate the patient's chronic abdominal pain.

The pediatrician performed a peristalsis examination on the infant to assess his digestive health.

The nurse recorded the patient's peristalsis movements during the gastrointestinal examination.

The specialist used peristalsis observation as a diagnostic tool for the patient's suspected gastrointestinal disorder.

The doctor recommended a peristalsis test to evaluate his stomach function.

The patient underwent a peristalsis examination to determine the cause of his chronic diarrhea.

The caterpillar used peristalsis to crawl along the branch.

The snail used peristalsis to glide smoothly across the ground.

The snail's peristalsis allowed it to glide on the ground.

The sea cucumber demonstrated peristalsis as it moved along the ocean floor.

The caterpillar exhibited peristalsis as it crawled along the branch to find food.

The leech demonstrated peristalsis as it swam through the water in search of prey.

The octopus displayed peristalsis while swimming in the ocean.

The jellyfish exhibited peristalsis as it propelled itself through the water.

The hydra moved in a rhythmic pattern using peristalsis to explore its surroundings.

The jellyfish moved gracefully through the water using peristalsis.

The larva of the sea star displayed peristalsis as it moved towards its next stage of development.

The jellyfish propelled itself through the water using peristalsis.

The comb jelly demonstrated peristalsis as it glided through the water in search of food.

The larva of the sea star exhibited peristalsis to move towards its next stage of development.

The sea cucumber displayed peristalsis to move efficiently along the seabed.

The sea anemone exhibited peristalsis as it moved gracefully in the ocean currents.

The comb jelly exhibited peristalsis to navigate through the ocean currents.

The marine worm exhibited peristalsis to move through its aquatic habitat.

The small intestine uses peristalsis to push food forward.

Peristalsis in the intestines is necessary for proper digestion.

The rhythmic contractions of peristalsis move waste through the colon.

The doctor explained that peristalsis was responsible for the movement of the bowels.

The octopus exhibited peristalsis while navigating through the ocean currents.

The earthworm's peristalsis helped it move through the soil with ease.

The leech exhibited peristalsis as it moved through the water.

Certain medications can affect the rate of peristalsis in the digestive system.

The marine worm displayed peristalsis as it wriggled through the aquatic environment.

Vomiting occurs when the peristalsis of the stomach muscles goes in reverse.

The sea anemone propelled itself forward by contracting its muscles in peristalsis.

The process of peristalsis can be disrupted by hormonal imbalances, leading to fertility issues.

Peristalsis in the bronchioles helps to clear mucus from the lungs.