"Lacteals" Example Sentences
1. The lacteals within the small intestine absorb dietary fats and transport them to the lymphatic system.
2. Lacteals are small lymphatic vessels that are responsible for the absorption of fatty acids and glycerol from the digestive system.
3. Chylomicrons are transported by the lymphatic system via the lacteals to reach the bloodstream and deliver lipids to all parts of the body.
4. The lymphatic vessels around the intestines contain many lacteals that help to remove excess fluid and prevent tissue swelling.
5. When the intestine is inflamed, lacteals may become blocked and cause lymph drainage problems, leading to a condition called lymphangiectasia.
6. The presence of lacteals in the intestinal villi is crucial for proper absorption of nutrients and prevention of malnutrition.
7. The lacteals are part of the lymphatic system, which plays a crucial role in defending the body against infections and diseases.
8. Lipids are absorbed in the intestine and first enter the lacteals before flowing into the bloodstream.
9. Lacteals play a significant role in the removal of excess lipids from the bloodstream and help maintain a healthy balance of lipids in the body.
10. Patients with lymphatic disorders may experience swelling in the limbs or abdomen due to the dysfunction of lacteals in the lymphatic system.
11. The lymphatic system relies on the proper functioning of lacteals to transport immune cells and proteins to combat infection and disease.
12. The discovery of lacteals in the human body was a major breakthrough in our understanding of how the digestive and lymphatic systems work together.
13. Proteins and other nutrients are also absorbed by the lacteals; however, their importance in this role is secondary to their role in the transport of lipids.
14. The obstruction of lacteals due to infection, inflammation, or tumor growth can disrupt the flow of lymph and impair the body's ability to fight infection.
15. The structure and function of lacteals vary in different parts of the body, but they all play a vital role in the maintenance of good health.
16. Lacteals are at risk of damage from injuries, surgeries, or certain medications that can affect the integrity of lymphatic vessels.
17. Studies have shown that the presence of lacteals is essential for the proper digestion and absorption of dietary lipids, and their malfunction can lead to various health problems.
18. The transport of chylomicrons by the lacteals requires the formation of lipoproteins that allow the lipids to pass through the lymphatic endothelium.
19. The absorption of fat-soluble vitamins A, D, E, and K depends on the proper function of lacteals and their ability to transport lipids from the intestine to the bloodstream.
20. The role of lacteals in the absorption of dietary proteins is less prominent than that of carbohydrates and lipids, but they still play a critical role in maintaining overall nutrition and health.
21. The dilation of lacteals in the gastrointestinal tract can indicate the presence of significant inflammation or infection and may require further medical investigation.
22. Chyle, the milky fluid formed by the absorption of dietary lipids in the intestine, is transported by lacteals before entering the bloodstream.
23. The lymphatic vessels surrounding the lacteals act as a filtration system to remove waste products and excess fluid from the body.
24. The lymphatic capillaries that form the lacteals are permeable to large molecules such as lipids and proteins but not to cells or bacteria, which helps protect the body from infections.
25. Lacteals in the mesenteric lymph nodes are important in the monitoring of antigens from the gut and play a vital role in immune responses to infections.
26. The health of lacteals is essential for the proper absorption of nutrients and the prevention of digestive disorders such as leaky gut syndrome and celiac disease.
27. The lymph outflow from the lacteals is slowed during sleep, which may explain why people feel less thirsty when sleeping and why they are at risk of dehydration during prolonged periods of inactivity.
28. Lacteals are particularly sensitive to damage from chemotherapy or radiation therapy and may contribute to the side effects of these treatments.
29. Certain pathogens, such as Mycobacterium tuberculosis and Salmonella typhi, can infect the lacteals and cause serious diseases such as lymphatic tuberculosis and typhoid fever.
30. The lymphatic circulation through the lacteals is also necessary for the clearance of interstitial fluid and metabolic waste products, and the maintenance of tissue homeostasis.
31. The lacteals are part of the body's first line of defense against harmful substances and toxins that enter through the gastrointestinal tract, trapping them in the lymph and removing them from the body.
32. Lacteals in the lung are important in defending against respiratory infections and disease by transporting immune cells and antibodies to the affected area.
33. Lacteals within the brain are responsible for the transport of cerebrospinal fluid, which helps to nourish and protect the brain and the spinal cord.
34. The structure of lacteals in different animals varies considerably depending on their diet and digestive mechanisms, reflecting the evolutionary diversity of these systems.
35. The lacteals are a potential target for novel therapies for obesity and related metabolic disorders, as they play a site-specific role in the uptake and storage of dietary lipids.
36. Lacteals are also found in the reproductive system, where they play a role in the movement of semen and secretions between the testes and epididymis.
37. The microscopic anatomy of lacteals and their tight junctions with surrounding cells affect their permeability and the ability to transport different molecules.
38. Congenital disorders affecting the lymphatic system can lead to abnormalities in the structure and function of lacteals, causing a range of serious medical conditions.
39. Lacteals and the lymphatic system have been linked to the regulation of appetite and energy balance in the body and may be involved in the development of obesity and metabolic disease.
40. The study of lacteals and the lymphatic system continues to reveal new insights into their role in health and disease and potential targets for therapeutic interventions.
Common Phases
1. The
lacteals absorb fatty acids and glycerol;
2. Lymphatic vessels carry chyle, which contains
lacteals;
3. The
lacteals are important in the absorption of dietary lipids;
4. In the small intestine,
lacteals transport triglycerides;
5. The
lacteals have a unique structure to aid in lipid absorption;
6. The chyle in the
lacteals is transported to the bloodstream.