"Tetrads" Example Sentences
1. The tetrads under the microscope looked stunningly beautiful.
2. During meiosis, the tetrads segregate.
3. Each tetrad consists of four homologous chromosomes.
4. The presence of tetrads indicates the prophase stage of meiosis.
5. The number of tetrads formed is equal to half the number of chromosomes.
6. The tetrads are arranged in pairs during meiotic prophase.
7. Recombination between homologous chromosomes occurs during tetrad formation.
8. A tetrad is also called a bivalent.
9. The formation of tetrads occurs only in the first meiotic division.
10. The formation of tetrads ensures genetic recombination in offspring.
11. In the tetrad stage, crossing over occurs between homologous chromosomes.
12. Tetrads are observed in species that reproduce sexually.
13. The tetrad analysis is a valuable tool in genetic research.
14. The tetrad separation occurs during meiotic anaphase.
15. In fungi, tetrad formation occurs during meiosis II.
16. The tetrad stage is followed by the formation of haploid cells.
17. The tetrad analysis can be used to determine genetic linkage.
18. The study of tetrads helps understand genetic variability.
19. The number of tetrads can vary in different organisms.
20. In tetrapod animals, tetrads play a crucial role in gamete formation.
21. The occurrence of tetrads is a defining feature of meiosis.
22. Genetic variation is created through the formation of tetrads.
23. The formation of tetrads is essential for sexual reproduction.
24. Tetrad formation can be affected by environmental factors.
25. The proper formation of tetrads ensures normal genetic inheritance.
26. The formation of tetrads is an example of chromosomal crossover.
27. The presence of tetrads can be detected through staining techniques.
28. The analysis of tetrads reveals valuable information on inheritance patterns.
29. The formation of tetrads is a complex process involving multiple steps.
30. The study of tetrads is an important aspect of genetics research.
Common Phases
1. The
tetrads were neatly arranged on the lab table; each one containing four cells.
2. Students use
tetrads to study genetic recombination; analyzing the frequency of crossing-over events.
3.
Tetrads are commonly used in microbiology to determine bacterial viability; allowing for accurate cell counts.
4. The four haploid cells in a tetrad are the result of meiotic division; creating genetic diversity in sexual reproduction.
5.
Tetrads play a crucial role in the formation of gametes; ensuring that each cell receives a unique combination of genetic material.
6. The process of tetrad analysis involves examining the number and arrangement of spores; providing insight into meiotic events.
7.
Tetrads are particularly useful in studying chromosomal abnormalities; providing a way to visualize structural changes.
8. The formation of
tetrads is an important step in the sexual reproduction of plants; facilitating pollen development and seed production.