100 Examples of sentences containing the common noun "heteroploidy"

Definition

Heteroploidy refers to the condition in which the number of chromosomes in a cell is different from the normal diploid number. This can occur in various forms, including aneuploidy (an abnormal number of chromosomes) and polyploidy (more than two complete sets of chromosomes). Heteroploidy can result from errors during cell division and is significant in fields such as genetics, agriculture, and cancer research.

Synonyms

• Aneuploidy
• Polyploidy
• Chromosomal variation
• Chromosomal aberration

Antonyms

• Euploidy
• Diploidy
• Normal chromosomal number

Examples

1. Researchers are studying how heteroploidy affects the development of certain plant species.
2. The laboratory report indicated an abnormal level of heteroploidy in the cancer cells.
3. Scientists have discovered that heteroploidy can lead to increased genetic diversity in populations.
4. The phenomenon of heteroploidy is often observed in hybrid plants.
5. Understanding heteroploidy is crucial for improving crop yield and resistance.
6. The presence of heteroploidy was confirmed through karyotyping techniques.
7. In some cases, heteroploidy can result in viable offspring, while in others, it may lead to infertility.
8. The study highlighted the role of heteroploidy in evolutionary biology.
9. Heteroploidy can complicate genetic mapping in certain species.
10. The effects of heteroploidy on cell function are still being researched.
11. The researchers hypothesized that heteroploidy might influence the response to treatments.
12. Heteroploidy has been implicated in several genetic disorders.
13. The team utilized advanced imaging to detect heteroploidy in tissue samples.
14. Heteroploidy can arise from nondisjunction during meiosis.
15. The relationship between heteroploidy and phenotypic variation is an area of active investigation.
16. Changes in heteroploidy levels can indicate environmental stress in organisms.
17. The genetic analysis revealed heteroploidy as a factor in the observed traits.
18. Heteroploidy may play a role in the adaptability of certain species to changing environments.
19. The discovery of heteroploidy in the species raised questions about its evolutionary history.
20. Variations in heteroploidy can affect the stability of genetic traits.
21. The examination of heteroploidy patterns can provide insights into population genetics.
22. Heteroploidy can influence the aggressiveness of certain cancer types.
23. The impact of heteroploidy on gene expression is a fascinating subject for researchers.
24. In agriculture, heteroploidy can be manipulated to create new crop varieties.
25. The presence of heteroploidy was unexpected in this particular cell line.
26. The implications of heteroploidy on species conservation are significant.
27. Advances in genomic technology have improved our understanding of heteroploidy.
28. Heteroploidy can result from exposure to certain chemicals during cell division.
29. The team is exploring the genetic basis of heteroploidy in model organisms.
30. Heteroploidy may contribute to the emergence of new traits in a population.
31. The research demonstrated a clear link between heteroploidy and developmental anomalies.
32. Heteroploidy is an important factor in plant breeding programs.
33. The effects of heteroploidy on cellular metabolism are under investigation.
34. Understanding heteroploidy can help in the development of targeted therapies.
35. The phenomenon of heteroploidy is well-documented in various species.
36. Heteroploidy is a common feature in many types of cancer.
37. The research article focused on the implications of heteroploidy in human health.
38. The occurrence of heteroploidy can be sporadic or systematic in nature.
39. Heteroploidy can lead to novel genetic combinations that enhance survival.
40. The analysis of heteroploidy in this population revealed interesting patterns.
41. There is a growing body of literature on the role of heteroploidy in evolution.
42. Heteroploidy can complicate the interpretation of genetic results.
43. The effects of heteroploidy on reproductive success are being studied.
44. Heteroploidy is often associated with specific traits in cultivated plants.
45. The concept of heteroploidy is fundamental to understanding genetic variation.
46. The researchers are examining the stability of heteroploidy in cultured cells.
47. Heteroploidy may influence the behavior of organisms in their natural habitats.
48. The relationship between heteroploidy and disease susceptibility is critical for public health.
49. Understanding the mechanisms behind heteroploidy can aid in genetic engineering.
50. The effects of heteroploidy are evident in the phenotypic expressions of organisms.
51. Heteroploidy can result in unique adaptations to environmental challenges.
52. The study found that heteroploidy could impact the growth rates of certain species.
53. The genetic basis of heteroploidy is a topic of extensive research.
54. Heteroploidy is a key factor in the evolution of certain plants.
55. The role of heteroploidy in speciation is an intriguing area of study.
56. Heteroploidy can affect the viability of gametes produced.
57. The researchers noted a significant increase in heteroploidy in the experimental group.
58. Heteroploidy may provide insights into the mechanisms of cancer progression.
59. The implications of heteroploidy for genetic counseling are profound.
60. The effects of heteroploidy on cellular signaling pathways are being explored.
61. Heteroploidy can be detected through specific molecular techniques.
62. The study revealed that heteroploidy was associated with increased adaptability.
63. Understanding heteroploidy can enhance our ability to predict genetic outcomes.
64. The presence of heteroploidy in a population can reflect its evolutionary pressures.
65. Heteroploidy is a common observation in the laboratory setting.
66. The researchers are working to understand the consequences of heteroploidy in depth.
67. The correlation between heteroploidy and environmental factors is significant.
68. Heteroploidy has been linked to increased mutation rates in certain organisms.
69. The effects of heteroploidy are observed in both plants and animals.
70. The study aims to clarify the role of heteroploidy in genetic diseases.
71. Heteroploidy can cause developmental delays in certain organisms.
72. The relationship between heteroploidy and phenotypic plasticity is being examined.
73. The researchers conducted experiments to assess heteroploidy in laboratory conditions.
74. Heteroploidy can arise due to various environmental stressors.
75. The implications of heteroploidy extend to conservation biology.
76. The examination of heteroploidy provides insights into genetic stability.
77. The effects of heteroploidy are particularly evident in hybrid species.
78. Heteroploidy can influence the outcome of breeding experiments.
79. The researchers are investigating the genetic mechanisms behind heteroploidy.
80. The presence of heteroploidy can complicate breeding programs.
81. Heteroploidy may serve as a mechanism for rapid adaptation in changing environments.
82. The study found that heteroploidy correlated with increased fitness in certain species.
83. Understanding the dynamics of heteroploidy is critical for evolutionary biology.
84. The mechanisms of heteroploidy are complex and multifaceted.
85. Heteroploidy is often used as a model to study genetic variation.
86. The effects of heteroploidy on reproductive strategies are being explored.
87. Researchers are examining the implications of heteroploidy for biodiversity.
88. The study of heteroploidy can reveal insights into the functioning of ecosystems.
89. Heteroploidy may be a response to environmental pressures in certain populations.
90. The relationship between heteroploidy and genetic robustness is an area of interest.
91. The researchers aim to elucidate the role of heteroploidy in disease progression.
92. Understanding heteroploidy is essential for advances in genetic therapy.
93. The presence of heteroploidy can indicate underlying genetic instability.
94. Heteroploidy may result from various mechanisms during cell division.
95. The consequences of heteroploidy can vary widely between species.
96. Heteroploidy can lead to novel phenotypic traits in organisms.
97. The study highlights the potential benefits of heteroploidy in agriculture.
98. The implications of heteroploidy for genetic diversity are significant.
99. Heteroploidy can provide a competitive advantage in certain environments.
100. The research aims to assess the impact of heteroploidy on overall ecosystem health.