100 Examples of sentences containing the common noun "oocyte"

Definition

An oocyte is a female gamete or reproductive cell in animals and humans that undergoes meiosis to form an egg. It is the precursor to the ovum and plays a critical role in reproduction. In mammals, oocytes are produced in the ovaries and are involved in the process of fertilization when they merge with sperm cells.

Synonyms

• Egg cell
• Ovum
• Female gamete

Antonyms

• Sperm
• Male gamete

Examples

1. The scientist studied the development of the oocyte in the laboratory.
2. During ovulation, the oocyte is released from the ovary.
3. Researchers are investigating how to improve oocyte quality for IVF.
4. An immature oocyte is called a primary oocyte.
5. The fertilization process begins when the sperm meets the oocyte.
6. Hormonal changes can affect the maturation of the oocyte.
7. Each month, a woman typically releases one oocyte.
8. The oocyte undergoes significant changes during its maturation.
9. Scientists can now freeze oocyte to preserve fertility.
10. The oocyte is surrounded by layers of cells called cumulus cells.
11. The health of the oocyte is crucial for successful pregnancy.
12. An abnormal oocyte can lead to infertility issues.
13. The oocyte is formed during oogenesis.
14. Genetic material is contained within the oocyte.
15. The study focused on the quality of the oocyte after hormonal stimulation.
16. The oocyte is released in response to a surge in luteinizing hormone.
17. In vitro fertilization involves retrieving the oocyte from the ovary.
18. The oocyte can be fertilized by multiple sperm cells, but only one sperm penetrates.
19. Environmental factors may influence the quality of the oocyte.
20. The oocyte undergoes meiosis to reduce its chromosome number.
21. Women can donate their oocyte to help others conceive.
22. The oocyte is essential for sexual reproduction in eukaryotes.
23. A mature oocyte is called a secondary oocyte.
24. The oocyte plays a critical role in embryonic development.
25. Scientists are exploring the use of stem cells to create viable oocyte.
26. Proper nutrition can positively impact oocyte health.
27. The oocyte is the largest cell in the human body.
28. The quality of the oocyte declines with age.
29. A single oocyte can be released in a menstrual cycle.
30. The oocyte must undergo maturation before it can be fertilized.
31. In some species, multiple oocyte are released during ovulation.
32. The oocyte is surrounded by a protective zona pellucida.
33. The genetic material in the oocyte is inherited from the mother.
34. The development of the oocyte is influenced by several hormones.
35. The oocyte can be affected by various lifestyle factors.
36. A healthy oocyte is vital for the success of assisted reproductive technologies.
37. The oocyte is retrieved using a transvaginal ultrasound-guided needle.
38. The oocyte is suspended in prophase of meiosis until ovulation.
39. The genetic information in the oocyte is crucial for the future embryo.
40. The oocyte undergoes a series of cellular changes before fertilization.
41. An ultrasound can help visualize the developing oocyte in the ovary.
42. The oocyte can be preserved through cryopreservation techniques.
43. Advances in technology allow for better assessment of oocyte quality.
44. The oocyte is involved in the early stages of embryogenesis.
45. Researchers are studying how to enhance oocyte viability.
46. The oocyte is released into the fallopian tube after ovulation.
47. The surrounding cells of the oocyte play a role in its development.
48. The oocyte is crucial for genetic diversity in offspring.
49. In assisted reproduction, the quality of the oocyte can determine success rates.
50. The oocyte is arrested in metaphase II until fertilization occurs.
51. The oocyte can be sourced from donor eggs in fertility treatments.
52. The health of the oocyte can be impacted by hormonal imbalances.
53. The oocyte is critical for the propagation of the species.
54. The oocyte is analyzed for genetic abnormalities before IVF.
55. A mature oocyte is essential for successful fertilization.
56. The oocyte is involved in hormonal feedback mechanisms during the menstrual cycle.
57. The oocyte can be fertilized by sperm from a different species in some cases.
58. The cellular environment surrounding the oocyte is important for its maturation.
59. The oocyte is typically released at the midpoint of the menstrual cycle.
60. The oocyte is subjected to various tests to assess viability.
61. The cytoplasm of the oocyte contains essential nutrients for early development.
62. The oocyte can be affected by various environmental toxins.
63. The oocyte is the starting point for all female reproductive processes.
64. The oocyte undergoes a complex series of changes during ovulation.
65. The oocyte is released when estrogen levels peak.
66. The study aimed to determine the effects of age on oocyte quality.
67. The oocyte is typically retrieved from women undergoing fertility treatments.
68. The oocyte is the female counterpart to the male sperm.
69. The oocyte can be affected by genetic factors influencing fertility.
70. The oocyte is involved in signaling mechanisms during fertilization.
71. The oocyte is surrounded by a protective layer that must be penetrated by sperm.
72. The oocyte is crucial for the initiation of pregnancy.
73. The retrieval of the oocyte is a key step in in vitro fertilization.
74. The oocyte can be assessed for maturity before fertilization.
75. The oocyte is formed early in female embryonic development.
76. The oocyte provides half of the genetic material for the offspring.
77. The oocyte is involved in hormonal regulation throughout the menstrual cycle.
78. The quality of the oocyte can decline due to lifestyle factors.
79. The oocyte is often studied in the context of reproductive health.
80. The oocyte undergoes a series of divisions to prepare for fertilization.
81. The oocyte is crucial for the success of reproductive technologies.
82. The oocyte can be affected by various medical conditions.
83. The oocyte is released from the ovary during a woman's fertile window.
84. The oocyte is surrounded by follicular cells that support its development.
85. The oocyte is the largest human cell and is visible under a microscope.
86. The oocyte is essential for the continuation of genetic lineage.
87. The oocyte can be analyzed for genetic defects before implantation.
88. The oocyte is crucial for the formation of new life.
89. The oocyte is retrieved during a minor surgical procedure in IVF.
90. The oocyte is the key to understanding female fertility.
91. The oocyte plays a significant role in reproductive biology.
92. The oocyte is the primary focus of many fertility treatments.
93. The oocyte undergoes changes in response to hormonal signals.
94. The health of the oocyte can significantly affect pregnancy outcomes.
95. The oocyte is crucial for successful artificial insemination.
96. The oocyte has a complex structure that supports fertilization.
97. The oocyte can undergo genetic testing prior to fertilization.
98. The oocyte is involved in several critical reproductive processes.
99. The oocyte is an essential component of female reproductive anatomy.
100. Understanding the biology of the oocyte is key to advancing reproductive medicine.