100 Examples of sentences containing the common noun "iridogenesis"

Definition

"Iridogenesis" refers to the formation or development of the iris, the colored part of the eye, particularly in the context of embryology or anatomical development. It can also refer to the process by which iridescent effects are created in materials or the phenomenon of color development in living organisms.

Synonyms

• Iris development
• Iris formation
• Coloration process
• Iridescence formation

Antonyms

• Iridodegeneration
• Color fading
• Desaturation

Examples

1. The scientist studied how iridogenesis occurs in different species.
2. Researchers are exploring the genetic factors that influence iridogenesis.
3. The process of iridogenesis is crucial for understanding eye color variation.
4. In the lab, they observed iridogenesis under various lighting conditions.
5. The artist's work showcases an unnatural iridogenesis in synthetic materials.
6. The study of iridogenesis can provide insights into evolutionary adaptations.
7. Iridogenesis is essential for the proper development of the eye during embryonic stages.
8. The researchers published their findings on iridogenesis in a leading journal.
9. In some fish, iridogenesis leads to vibrant patterns that help with camouflage.
10. The lecture on iridogenesis highlighted its importance in ocular health.
11. The team used advanced imaging techniques to analyze iridogenesis.
12. Iridogenesis can be influenced by environmental factors such as light exposure.
13. The relationship between iridogenesis and genetic traits is still being investigated.
14. Many animals exhibit unique forms of iridogenesis as part of their mating displays.
15. The phenomenon of iridogenesis can also be seen in certain minerals.
16. Scientists are interested in replicating iridogenesis in synthetic materials.
17. Understanding iridogenesis could lead to breakthroughs in regenerative medicine.
18. The concept of iridogenesis is important for artists aiming to create realistic eyes.
19. The study of iridogenesis connects biology with material science.
20. The role of pigments in iridogenesis is a fascinating area of research.
21. Iridogenesis can be affected by nutritional factors during development.
22. The documentary showcased the beauty of iridogenesis in nature.
23. Advances in microscopy have improved our understanding of iridogenesis.
24. The genetic basis of iridogenesis is a key area of focus for geneticists.
25. Certain plants exhibit a unique form of iridogenesis in their flowers.
26. The museum's exhibit highlighted different aspects of iridogenesis in animals.
27. Iridogenesis contributes to the diversity of eye colors in humans.
28. Researchers debated the evolutionary advantages of iridogenesis.
29. Some chemicals can enhance the effects of iridogenesis in art.
30. The lecture series included a session dedicated to the mechanics of iridogenesis.
31. Iridogenesis can lead to stunning visual effects in certain materials.
32. The phenomenon of iridogenesis is observed in both living organisms and inanimate objects.
33. The role of sunlight in iridogenesis is crucial for proper iris development.
34. Artists often study iridogenesis to understand light interactions in their work.
35. The study of iridogenesis has implications for both biology and optics.
36. Some researchers believe that understanding iridogenesis could lead to new technologies.
37. The effects of pollution on iridogenesis are being examined in various species.
38. Iridogenesis plays a significant role in the coloration of butterfly wings.
39. The connection between iridogenesis and visual perception is an intriguing topic.
40. The team published a comprehensive report on the mechanisms of iridogenesis.
41. Iridogenesis can result in unexpected color changes as organisms mature.
42. The practicality of replicating iridogenesis in synthetic environments is being explored.
43. Iridogenesis has been a subject of art and science throughout history.
44. The potential applications of iridogenesis in technology are vast.
45. The intricacies of iridogenesis fascinate both biologists and artists alike.
46. Researchers conducted experiments to observe the effects of iridogenesis.
47. Iridogenesis in certain species is a complex interplay of genetics and environment.
48. The artist's technique mimicked the natural process of iridogenesis.
49. Understanding the molecular basis of iridogenesis is a challenging task.
50. The studio was filled with materials showcasing various forms of iridogenesis.
51. Iridogenesis can sometimes be disrupted by genetic mutations.
52. The role of iridogenesis in ecological adaptation is being studied.
53. The beauty of iridogenesis is often celebrated in cultural traditions.
54. Iridogenesis has implications for understanding animal behavior and communication.
55. The effects of temperature on iridogenesis were measured in the experiment.
56. Researchers are considering iridogenesis when designing new optical devices.
57. The delicate iridogenesis of the butterfly's wings was breathtaking.
58. The relationship between light and iridogenesis is a complex one.
59. Iridogenesis can enhance the aesthetic qualities of various materials.
60. The discussion on iridogenesis included its historical significance.
61. The biological mechanisms behind iridogenesis are still largely unknown.
62. Iridogenesis is a key factor in the vibrant colors of peacock feathers.
63. The study of iridogenesis contributes to our understanding of color theory.
64. The film depicted the stunning effects of iridogenesis in marine life.
65. Iridogenesis can be observed in the changing colors of autumn leaves.
66. The interplay of light and color in iridogenesis captivates audiences.
67. Iridogenesis is often referenced in discussions about visual perception.
68. The project aimed to replicate the effects of natural iridogenesis.
69. Researchers are exploring the applications of iridogenesis in fashion.
70. The intricate patterns resulting from iridogenesis are mesmerizing.
71. The exhibition featured artworks inspired by the principles of iridogenesis.
72. Iridogenesis is believed to influence mating rituals in some species.
73. The concept of iridogenesis is fundamental to understanding color dynamics.
74. The effects of climate change on iridogenesis are being closely monitored.
75. Iridogenesis could offer new insights into designing optical materials.
76. The biology of iridogenesis intersects with both art and science.
77. The vibrant colors created through iridogenesis appeal to many artists.
78. The genetic mechanisms that drive iridogenesis are still being unraveled.
79. Researchers are fascinated by the diversity of iridogenesis across species.
80. Iridogenesis in flowers often attracts specific pollinators.
81. The principles of iridogenesis are applied in various technological innovations.
82. The unique iridogenesis observed in some reptiles is a subject of study.
83. Iridogenesis can create an illusion of depth and movement in art.
84. The implications of iridogenesis extend beyond biology into technology.
85. The intricate design of the peacock's tail showcases iridogenesis.
86. Scientists are studying the environmental factors influencing iridogenesis.
87. The concept of iridogenesis has inspired countless artists and designers.
88. Iridogenesis can result in dramatic shifts in how we perceive color.
89. The future of iridogenesis research holds great promise for scientific discovery.
90. The phenomenon of iridogenesis can be replicated in various materials.
91. The historical significance of iridogenesis is often overlooked in modern studies.
92. Iridogenesis can enhance the beauty of everyday objects in surprising ways.
93. The complexity of iridogenesis makes it an exciting field of study.
94. The relationship between iridogenesis and environmental changes is critical.
95. The art exhibit was dedicated to showcasing the beauty of iridogenesis.
96. Researchers are actively investigating the genetic basis of iridogenesis.
97. Iridogenesis plays a role in the survival strategies of many species.
98. The effects of light on iridogenesis are a fascinating area of exploration.
99. The uniqueness of each organism's iridogenesis contributes to biodiversity.
100. Understanding iridogenesis can help us appreciate the beauty of nature.