100 Examples of sentences containing the adjective "zygotic"

Definition

Zygotic is an adjective that pertains to a zygote, which is the fertilized egg formed by the union of a sperm cell and an egg cell. It describes anything related to the early developmental stage of an organism that begins after fertilization.

Synonyms

• Fertilized
• Embryonic
• Pre-embryonic

Antonyms

• Mature
• Adult
• Developed

Examples

1. The zygotic stage is crucial for proper development.
2. Researchers studied the zygotic genetic material for anomalies.
3. The zygotic phase can determine the viability of the embryo.
4. In zygotic development, the cells undergo rapid division.
5. The zygotic genome is established immediately after fertilization.
6. Environmental factors can influence zygotic growth patterns.
7. The zygotic cell begins to divide into multiple cells.
8. Scientists have developed techniques to analyze zygotic mutations.
9. The zygotic stage is where species differentiation begins.
10. The zygotic process is essential for sexual reproduction.
11. Issues during the zygotic phase can lead to developmental disorders.
12. The zygotic nucleus contains DNA from both parents.
13. In some species, zygotic development occurs outside the mother.
14. The zygotic environment is highly sensitive to external stimuli.
15. Many studies focus on zygotic interactions in early embryonic stages.
16. The zygotic stage is often the focus of genetic research.
17. Zygotic activity is monitored during the initial hours post-fertilization.
18. The zygotic stage is a key area of interest in developmental biology.
19. The zygotic division leads to a multicellular organism.
20. Zygotic patterns of inheritance can reveal evolutionary relationships.
21. The zygotic phase is critical for establishing the organism's foundation.
22. Understanding zygotic mechanisms can enhance fertility treatments.
23. The zygotic cell cycle is distinct from somatic cell cycles.
24. Some organisms exhibit unique zygotic development strategies.
25. The zygotic stage is where genetic diversity begins to manifest.
26. Teratogens can affect zygotic development adversely.
27. The zygotic phase is often used to study embryogenesis.
28. Zygotic cells can differentiate into various cell types.
29. The zygotic genome can be analyzed for genetic engineering.
30. In plants, the zygotic stage can lead to seed formation.
31. The zygotic phase is often marked by specific molecular signals.
32. Zygotic mutations may lead to observable phenotypic changes.
33. The zygotic period is crucial for setting up the body plan.
34. Advances in imaging allow for better observation of zygotic changes.
35. The zygotic process can influence the future health of the organism.
36. Zygotic development is often studied in model organisms like zebrafish.
37. The zygotic stage represents the first step in a complex journey.
38. The research focused on zygotic gene expression patterns.
39. The zygotic environment is often manipulated in laboratory settings.
40. Various techniques can enhance zygotic viability in vitro.
41. The zygotic cell undergoes critical changes during its first divisions.
42. Understanding zygotic processes can improve cloning techniques.
43. The zygotic stage can reveal evolutionary adaptations.
44. Zygotic fertilization is a key topic in reproductive biology.
45. The zygotic period is sensitive to genetic and environmental factors.
46. Researchers are exploring zygotic pathways for therapeutic applications.
47. The zygotic phase is often shorter in some species than in others.
48. Zygotic development can be influenced by maternal health.
49. The zygotic nucleus plays a critical role in early cell division.
50. The zygotic stage is a focal point for embryonic studies.
51. Scientists have developed techniques to maximize zygotic viability.
52. The zygotic genome is a mosaic of genetic contributions.
53. The zygotic stage is foundational for multicellular life forms.
54. Zygotic interactions can be influenced by external environmental conditions.
55. The zygotic phase often has implications for evolutionary biology.
56. The study of zygotic development can inform conservation efforts.
57. Observing zygotic changes can enhance our understanding of genetics.
58. The zygotic process is a complex interplay of cellular signals.
59. The zygotic cell eventually differentiates into specialized cells.
60. In mammals, the zygotic phase is highly regulated.
61. The completion of zygotic development is essential for survival.
62. Zygotic research can help in understanding reproductive disorders.
63. The zygotic stage is critical in the context of IVF treatments.
64. The zygotic genome must be stable for successful development.
65. Zygotic studies contribute to advancements in genetic engineering.
66. The zygotic period is often a target for genetic manipulation.
67. Changes in the zygotic environment can lead to significant outcomes.
68. The zygotic phase is a time of rapid cellular change.
69. Certain zygotic traits can be traced back to parental genetics.
70. The zygotic stage is where the first signs of individuality appear.
71. Zygotic research has implications for agricultural biotechnology.
72. The zygotic division is a precursor to organ formation.
73. Each zygotic division brings the organism closer to maturity.
74. The zygotic process is crucial for species propagation.
75. The zygotic stage can be affected by maternal nutrition.
76. Understanding zygotic dynamics can improve reproductive success.
77. The zygotic environment can influence cellular behavior.
78. Zygotic development is a key area in evolutionary studies.
79. Certain chemicals can impact zygotic development adversely.
80. The zygotic phase is critical for setting up genetic diversity.
81. Zygotic cells have unique characteristics compared to somatic cells.
82. The zygotic process is essential for initiating life.
83. The zygotic environment is crucial for successful embryonic development.
84. The zygotic stage is often observed in laboratory research.
85. The zygotic genome undergoes significant changes during early cleavage.
86. Zygotic interactions can shed light on evolutionary mechanisms.
87. The study of zygotic processes is fundamental to biology.
88. The zygotic phase is often characterized by rapid cellular events.
89. Advances in technology allow for better study of zygotic processes.
90. The zygotic stage is critical for understanding reproductive health.
91. Some species have unique zygotic developmental pathways.
92. The zygotic phase is vital for the establishment of multicellularity.
93. Zygotic studies can help inform practices in medicine.
94. The zygotic environment can be manipulated for research purposes.
95. During the zygotic stage, genetic material is combined from both parents.
96. The zygotic stage is fundamental to the study of embryology.
97. Researchers are investigating zygotic factors that influence development.
98. The zygotic phase is an exciting area of current scientific research.
99. Observations of zygotic development can lead to new discoveries.
100. The zygotic stage lays the groundwork for future growth and differentiation.