"Axonemes" Example Sentences
1. The axonemes of cilia and flagella provide undulating motion.
2. Axonemes are cylindrical structures found in eukaryotic cells.
3. The axonemes of cilia and flagella are composed of microtubules.
4. The axonemes of sperm tails help with motility.
5. The axonemes of cilia and flagella have a 9 + 2 arrangement of microtubules.
6. The axonemes of cilia and flagella are anchored to the basal body.
7. Damage to axonemes can cause ciliary dyskinesia.
8. Genetic mutations can lead to defects in axonemes.
9. Axonemes are important for many biological processes.
10. The movement of axonemes is powered by ATP.
11. Axonemes are similar in structure to centrioles.
12. Axonemes play a key role in cell signaling.
13. The axonemes of spermatozoa are longer than those of cilia and flagella.
14. The ATPase activity of axonemes drives motility.
15. The sliding of microtubules within axonemes causes ciliary motion.
16. Axonemes consist of a central pair of microtubules surrounded by nine outer doublets.
17. The activity of axonemes can be influenced by environmental factors.
18. Abnormalities in axonemes can lead to infertility.
19. The bending of axonemes is controlled by dynein.
20. Axonemes are essential for the movement of fluid across epithelial surfaces.
21. The structure of axonemes is highly conserved across eukaryotes.
22. The movement of axonemes can be affected by drugs and chemicals.
23. The stability of axonemes is regulated by various proteins and enzymes.
24. Axonemes are involved in the sensation of touch in some organisms.
25. The study of axonemes has led to many advances in cell biology.
26. Axonemes are present in both unicellular and multicellular organisms.
27. The length and diameter of axonemes can vary between different cell types.
28. Axonemes are involved in the transport of organelles within cells.
29. Mutations in genes that encode axonemal proteins can cause primary ciliary dyskinesia.
30. The structure and function of axonemes are still being actively researched today.
Common Phases
1.
Axonemes are microtubule-based structures;
2.
Axonemes play a crucial role in cell motility;
3. Cilia and flagella contain
axonemes;
4.
Axonemes consist of nine doublets of microtubules;
5.
Axonemes use dynein to generate movement;
6. Abnormalities in
axonemes can cause ciliopathies.