Blastomere example sentences

"Blastomere" Example Sentences

1. Blastomere division is a crucial step in early embryonic development.
2. The blastomeres arrange themselves to form the morula.
3. Each blastomere contributes to the overall genetic makeup of the embryo.
4. Observing blastomere cleavage patterns can help determine embryo viability.
5. The size of the blastomeres varies depending on the species.
6. Researchers studied the gene expression within individual blastomeres.
7. Unequal blastomere division is a hallmark of some developmental processes.
8. The number of blastomeres increases exponentially during early cleavage.
9. The fate of each blastomere is predetermined to a certain extent.
10. Blastomere biopsy is a technique used in preimplantation genetic diagnosis.
11. A single fertilized egg gives rise to many blastomeres.
12. The blastomeres communicate with each other via signaling pathways.
13. Differentiation of blastomeres marks the beginning of cell specialization.
14. Abnormal blastomere development can lead to embryonic defects.
15. Micromanipulation techniques allow for the isolation of individual blastomeres.
16. Studying blastomeres provides insights into the complexities of embryogenesis.
17. The compaction of blastomeres forms a compact ball of cells.
18. Early blastomeres are totipotent, meaning they can develop into a complete organism.
19. Asynchronous blastomere division can impact subsequent development.
20. The blastomeres' size and shape are important indicators of embryo quality.
21. Some blastomeres are destined to become the inner cell mass.
22. Others will form the trophectoderm, which gives rise to the placenta.
23. Analysis of blastomere gene expression is valuable for reproductive medicine.
24. The study of blastomeres is crucial for understanding developmental biology.
25. Researchers are investigating the role of specific genes in blastomere differentiation.
26. Blastomere transplantation is a potential tool for reproductive technologies.
27. The morphology of the blastomeres provides valuable information about the embryo.
28. Blastomeres are the building blocks of a new organism.
29. Genetic abnormalities within a blastomere can affect the whole embryo.
30. The study of blastomeres is advancing our understanding of human development.
31. Each blastomere contains the complete genome of the individual.
32. Differences in blastomere size can reflect developmental abnormalities.
33. Precise manipulation of individual blastomeres is technically challenging.
34. The position of a blastomere within the embryo influences its fate.
35. Blastomeres undergo a series of complex interactions.
36. The study of blastomeres requires specialized microscopy techniques.
37. Understanding blastomere behavior is essential for improving IVF success rates.
38. The cleavage of the zygote results in the formation of blastomeres.
39. The analysis of blastomeres is a key part of embryonic assessment.
40. The dynamics of blastomere division are intricate and tightly regulated.
41. Each blastomere represents a potential cell lineage.
42. Blastomeres are not all created equal; they have varying potential.
43. The blastomere's role in development is complex and multifaceted.
44. Further research into blastomere behavior is needed.
45. Advances in imaging technology are improving our ability to study blastomeres.
46. The study of blastomeres is an active area of research in developmental biology.
47. The interactions between blastomeres are crucial for proper embryonic development.
48. Variations in blastomere size and shape can indicate developmental problems.
49. Proper blastomere compaction is essential for successful implantation.
50. The future of reproductive medicine relies partly on a deeper understanding of blastomere biology.