"Axonemegreek" Example Sentences
1. Axonemegreek is a term used in biology to refer to the pattern of microtubules found in cilia and flagella.
2. The axonemegreek structure is essential for the movement of cilia and flagella.
3. Scientists have spent years studying the intricate details of axonemegreek patterns.
4. The axonemegreek organization of microtubules is critical in determining the function of cilia and flagella.
5. The axonemegreek arrangement of microtubules in cilia and flagella is similar in many different organisms.
6. The axonemegreek structure is highly conserved across different species.
7. Mutations in axonemegreek genes can lead to defects in ciliary and flagellar function.
8. Understanding the axonemegreek structure is important for developing treatments for ciliopathies.
9. The axonemegreek pattern is characterized by nine doublet microtubules surrounding a pair of singlet microtubules.
10. The axonemegreek organization of microtubules allows for coordinated movement of cilia and flagella.
11. The axonemegreek structure is just one of the many fascinating features of cilia and flagella.
12. The axonemegreek pattern is highly efficient at converting ATP into mechanical energy for movement.
13. Scientists are still working to understand the complex mechanisms that drive axonemegreek movement.
14. The axonemegreek pattern is found in many different types of cilia and flagella, including those in the respiratory system.
15. Ciliopathies are a group of genetic diseases that result from defects in axonemegreek structures.
16. The beautiful pattern of axonemegreek microtubules can be seen under a microscope.
17. The axonemegreek organization of microtubules allows for different types of movement, such as the wave-like motion of cilia.
18. The axonemegreek pattern is an excellent example of how biology can use elegant solutions to complex problems.
19. The axonemegreek structure is an essential component of motile cilia and flagella.
20. The axonemegreek pattern is found in many different organisms, including humans.
21. Damage to the axonemegreek structure can lead to respiratory problems, infertility, and other health issues.
22. The axonemegreek organization of microtubules is critical in the movement of sperm.
23. Genetic mutations affecting the axonemegreek pattern can result in male infertility.
24. Axonemegreek microtubules play a crucial role in the proper alignment of chromosomes during cell division.
25. The axonemegreek pattern is highly conserved due to its importance in many different biological functions.
26. The axonemegreek microtubules are embedded in a dense matrix of proteins that support their structure.
27. The wave-like motion of cilia is a result of the coordinated movement of axonemegreek microtubules.
28. The axonemegreek structure is an excellent example of how form and function are intimately connected in biology.
29. The axonemegreek organization of microtubules facilitates the transport of secretory vesicles within cells.
30. The detailed study of axonemegreek structures has led to significant advancements in our understanding of cell biology.
Common Phases
not include specific instructions for using the term "
axonemegreek".
1. Axoneme of the flagellum is anchored in the basal body.
2. Microtubules comprise the axoneme of the cilia.
3. Axonemal dyneins drive the sliding of microtubules in the axoneme.
4. The axoneme structure provides motility to the sperm.
5. Movement of cilia and flagella is dependent on the axonemal structure.