"Hemocytes" Example Sentences
1. Hemocytes help to protect the body by circulating within the bloodstream.
2. The function of hemocytes is to engulf and destroy invading pathogens.
3. Hemocytes are produced in the bone marrow and released into the bloodstream.
4. Different types of hemocytes have different functions within the immune system.
5. The number of hemocytes in the bloodstream can indicate the strength of the immune response.
6. Hemocytes in insects are responsible for immune defense, wound healing, and tissue repair.
7. Hemocytes in bivalves are vital for maintaining the health of the organism by filtering out toxins and pathogens.
8. Hemocytes play a role in the formation of blood clots and wound healing in crustaceans.
9. The morphology of hemocytes can vary depending on the species and their function.
10. Hemocyte populations can fluctuate in response to environmental stressors or disease outbreaks.
11. Hemocytes can act as phagocytes, engulfing and digesting foreign particles in the bloodstream.
12. The presence of hemocytes in the hemolymph of soft-bodied invertebrates is essential to their survival.
13. Hemocyte responses to infection can result in the formation of nodules or granulomas.
14. Hemocytes in some species can release antimicrobial peptides that target invading pathogens.
15. Some types of hemocytes can produce melanin, which helps to encapsulate foreign particles within the body.
16. Hemocytes are critical to the defense against viral infections in insects and crustaceans.
17. Hemocytes are involved in the recognition and rejection of transplanted tissue or organs in some invertebrates.
18. The size and shape of hemocytes can change during the immune response to better target different pathogens.
19. Hemocytes can also be involved in the removal of dead or damaged cells from the body.
20. Hemocytes in some species have been used as model systems for studying the evolution of the immune response.
21. Hemocytes can respond to environmental pollutants, such as heavy metals or pesticides, by changing their gene expression.
22. The abundance of hemocytes in certain tissues can relate to inflammatory or autoimmune diseases.
23. Hemocyte-like cells have been identified in some plants and are thought to play a role in defense against pathogens.
24. Hemocyte populations in marine organisms can be affected by factors such as temperature and salinity.
25. Hemocytes can also regulate the expression of genes involved in the immune response.
26. Certain types of hemocytes can generate reactive oxygen species or nitric oxide to kill invading pathogens.
27. Hemocyte activity may be influenced by the gut microbiome in some organisms.
28. The study of hemocytes can provide valuable insights into the immune responses of different types of animals.
29. Hemocytes in some invertebrates have been shown to have developmental plasticity, which can affect their response to infections.
30. The behavior and function of hemocytes can be affected by nutritional status or diet.
Common Phases
1.
Hemocytes are blood cells found in invertebrates;
2.
Hemocytes play a vital role in the immune system of invertebrates;
3.
Hemocytes are responsible for phagocytosis of invading pathogens;
4.
Hemocytes can produce antimicrobial peptides to fight infections;
5. The number and types of
hemocytes present in an organism can vary depending on the species and environment;
6.
Hemocytes are also involved in wound healing and tissue repair in certain organisms.