Peristalsis example sentences

"Peristalsis" Example Sentences

1. The food moves through the digestive tract by means of peristalsis.
2. Peristalsis propels food through the esophagus and into the stomach.
3. Contractions and relaxations of the muscular walls of the digestive tract cause peristalsis.
4. Peristaltic waves pushed the food through the long digestive tract.
5. Peristalsis allows the smooth muscles of the intestines to mix and divide the food contents.
6. After swallowing, the bolus of food is moved through the esophagus by peristalsis.
7. Weak peristaltic contractions moves the contents through the small intestine.
8. Stronger peristalsis is required to empty the colon of waste.
9. Peristaltic waves aid in the digestion and absorption of nutrients from food.
10. Peristalsis begins in the esophagus and continues through the intestines.
11. Peristalsis grinds up and mixes the chyme as it moves through the stomach.
12. Muscle relaxation between peristaltic contractions allows for mixing and absorption.
13. Contractions then propel the chyme into the small intestine during peristalsis.
14. Involuntary muscles allow for the rhythmic peristalsis of the intestines.
15. Peristalsis begins with swallowing and continues until waste is expelled.
16. When the digestive tract is empty, peristalsis slows or stops.
17. The process of peristalsis moves about five liters of materials per day.
18. Peristalsis is required to propel waste out of the digestive tract.
19. Signals from the autonomic nervous system trigger peristalsis.
20. Peristalsis is a wave-like movement that happens in both directions.
21. The diameter of the esophagus increases during the peristaltic wave.
22. Peristalsis begins automatically with the act of swallowing.
23. Peristalsis can also move bile and enzymes through the digestive tract.
24. The muscular rings of the digestive tract contract during peristalsis.
25. Inhibition of peristalsis can cause a blockage in the intestines.
26. Peristaltic contractions are involuntary and occur without conscious thought.
27. Chewing food triggers the start of peristalsis in the pharynx and esophagus.
28. Peristalsis helps the body digest and absorb nutrients from food.
29. The mixing action of peristalsis helps to break down food particles.
30. Peristalsis disorders can cause symptoms like difficulty swallowing or vomiting.
31. Medications that slow peristalsis are used to treat diarrhea.
32. The force of peristalsis propels feces towards the rectum.
33. Peristalsis does not occur uniformly along the entire digestive tract.
34. Gastric peristalsis churns and mashes food in the stomach.
35. Retrograde peristalsis occurs when the waves move in the wrong direction.
36. Fluids are moved through the small intestine via slow peristaltic waves.
37. Intestinal peristalsis mixes the chyme and aids in absorption of nutrients.
38. Peristalsis deficiencies can lead to constipation or malabsorption.
39. Feces moves from the colon to the rectum via peristaltic contractions.
40. Peristalsis disorders are among the most common digestive complaints.
41. Peristalsis relies on smooth muscle cells within the digestive tract walls.
42. Gastroesophageal reflux results from weakened peristalsis of the esophagus.
43. Colonic peristalsis propels waste towards the rectum.
44. Peristalsis facilitates the movement of nearly 20,000 liters of materials per year.
45. Gastric emptying occurs due to peristalsis pushing food into the small intestine.
46. Peristalsis passes material in one direction through the digestive tract.
47. Peristaltic contractions coordinate to propel food and waste through the GI tract.
48. Esophageal peristalsis is inhibited during swallowing to allow food passage.
49. Peristalsis increase after a meal and slow during periods of fasting.
50. Bolus formation occurs through swallowing and esophageal peristalsis.
51. Pyloric peristalsis regulates the passage of food from the stomach into the intestines.
52. Peristalsis occurs millions of times each day without any conscious effort.
53. Relaxation of smooth muscle triggers the start of the next peristaltic wave.
54. Peristalsis disorders can lead to serious health complications if left untreated.
55. Leading causes of disorders involving peristalsis include infections and medications.
56. Drugs like atropine can inhibit peristalsis, slowing the movement of food.
57. Radiologic studies help visualize the peristaltic contractions of the digestive tract.
58. Toilet training relies on the proper development of colonic peristalsis in infants.
59. Peristalsis disorders range from the minor to the life-threatening.
60. Peristalsis failure results in blockages, paralysis, or organ rupture.

Common Phases

1. Peristalsis is an important part of digestion and moving food through the digestive tract.
2. The movement of food through the esophagus and small intestine is accomplished by peristalsis.
3. Peristaltic waves push food forward through the digestive system while preventing it from traveling backward.
4. The contraction and relaxation of muscles lining the esophagus and intestines generate peristaltic movements.
5. Peristalsis propels chyme toward the large intestine.
6. Food and liquid travelling down the esophagus causes the circular muscles to contract via peristalsis.
7. Peristalsis assists digestion by mixing foodstuffs with digestive juices.
8. When you swallow, peristalsis moves the bolus of food and drink down the esophagus.
9. Gastric peristalsis is the pattern of contractions that mixes food with digestive juices in the stomach.
10. Gastric emptying occurs through the coordinated process of gastric peristalsis and pyloric sphincter relaxation.
11. Small intestinal peristalsis controls the passage of chyme into the large intestine.
12. Peristalsis involves coordinated, wave-like contractions that push contents forward.
13. The muscular action of peristalsis breaks down food into smaller particles.
14. Ureteral peristalsis moves urine from the kidneys to the bladder.
15. Smooth muscle contractions in the ureters produce peristaltic movements that propel urine downward.
16. Peristalsis is an involuntary, wavelike motion that propels contents through a tube.
17. The muscles of the colon exhibit peristalsis to move fecal matter.
18. Vomiting occurs when reverse peristalsis expels the contents of the stomach through the esophagus.
19. Peristalsis helps extract nutrients and water from food matter.
20. Peristaltic pumping utilizes the principle of peristalsis to move fluid through tubes.
21. Without peristalsis, food would stagnate in the digestive tract.
22. Most of the time, we are not aware of the constant peristalsis occurring within our digestive system.
23. Constipation can occur if intestinal peristalsis is weak or slowed down.
24. Diarrhea can result from increased frequency or intensity of colonic peristalsis.
25. Researchers are studying the peristaltic movements of the gastrointestinal tract.
26. The ileocecal valve prevents reverse peristalsis from emptying the small intestine into the stomach.
27. The bladder exhibits peristaltic movements to expel urine during urination.
28. Normally peristalsis happens unconsciously, controlled by the autonomic nervous system.
29. Peristaltic pump manufacturers employ peristalsis in various industrial applications.
30. The wave-like action of peristalsis is essential for moving waste products through the gut.
31. Bolus propulsion by esophageal peristalsis aids the swallowing process.
32. Peristalsis within the gastrointestinal tract is regulated by both neural and hormonal factors.
33. Peristalsis ensures smooth progression of contents through hollow organs.
34. Some gastrointestinal disorders involve abnormalities in gastrointestinal peristalsis.
35. Peristalsis is initiated by stretch receptors that detect the presence of food or fluid.
36. An obstruction within the digestive tract can disrupt normal peristaltic movements.
37. Bolus transmission through the esophagus results from sequential contraction waves during peristalsis.
38. Some laxatives work by stimulating colonic peristalsis.
39. Gastric peristalsis becomes more vigorous after a meal.
40. Computational models are being developed to better understand gastrointestinal peristalsis.
41. Motility disorders can involve abnormalities in gastric, small intestinal or colonic peristalsis.
42. Esophageal peristalsis is required for gastric emptying after a meal.
43. Peristalsis aids in absorption of nutrients by increasing the surface area of the digestive tract.
44. The efficiency of peristalsis depends on the coordinated action of muscle layers.
45. Ileus is a condition involving complete paralysis or absence of peristalsis.
46. Eosinophilic esophagitis can involve impaired esophageal peristalsis.
47. Peristaltic movements help mix the intestinal contents with digestive secretions.
48. Peristalsis within the ureters is essential to move urine from the kidneys to the bladder.
49. Peristalsis helps propel fluids and solids in a unidirectional manner.
50. Peristalsis within the colon aids in absorption of water from fecal matter.
51. The absence of peristalsis may necessitate the use of feeding tubes.
52. Dysphagia can occur due to problems with esophageal peristalsis.
53. Antiperistaltic agents can inhibit reverse peristalsis in cases of gastric reflux.
54. Peristalsis can be simulated using microfluidic devices.
55. Peristalsis within the gastrointestinal tract ensures maximum absorption of nutrients.
56. Weakened peristalsis is a common symptom of irritable bowel syndrome.
57. Peristaltic movements help break up ingesta into smaller particles.
58. Relaxation of the pyloric sphincter is coordinated with gastric peristalsis.
59. Peristalsis within the gastrointestinal tract aids in the propulsion of ingesta.
60. Hypomotility disorders often involve impairment of esophageal, gastric or intestinal peristalsis.