100 Examples of sentences containing the common noun "rhabdomen"

Definition

Rhabdomen refers to a specific anatomical structure found in certain insects, particularly within the compound eye of arthropods. It is composed of a series of elongated, rod-like cells that play a crucial role in the photoreception process.

Synonyms

• None (specific term in entomology)

Antonyms

• None (specific term in entomology)

Examples

1. The scientist studied the Rhabdomen under a microscope.
2. In insects, the Rhabdomen is vital for light detection.
3. Researchers have discovered that the Rhabdomen can vary in size among different species.
4. The Rhabdomen consists of specialized photoreceptor cells.
5. Anomalies in the Rhabdomen can lead to impaired vision in insects.
6. The structure of the Rhabdomen is fascinating to entomologists.
7. Each ommatidium contains a Rhabdomen that contributes to the insect's overall vision.
8. The Rhabdomen is essential for the compound eye's functionality.
9. Scientists are exploring how the Rhabdomen adapts to different light environments.
10. The Rhabdomen is formed during the developmental stages of the insect.
11. The morphology of the Rhabdomen is a key factor in insect classification.
12. Observations of the Rhabdomen have led to new insights in visual processing.
13. The Rhabdomen structure is unique to each insect species.
14. A damaged Rhabdomen can result in decreased sensitivity to light.
15. The Rhabdomen plays a role in color discrimination for certain insects.
16. During the experiment, the researchers measured the Rhabdomen's length.
17. The Rhabdomen's role in phototransduction is well-documented.
18. Understanding the Rhabdomen can provide clues about insect behavior.
19. The Rhabdomen is a subject of interest in evolutionary biology.
20. The relationship between the Rhabdomen and other eye structures is complex.
21. The Rhabdomen is critical for nocturnal insects' vision.
22. Each Rhabdomen can be affected by environmental factors.
23. The Rhabdomen is involved in the insect's response to stimuli.
24. Changes in the Rhabdomen structure can indicate environmental stress.
25. The study of the Rhabdomen contributes to our understanding of sensory biology.
26. The Rhabdomen is surrounded by support cells that enhance its function.
27. The Rhabdomen can be analyzed to understand visual acuity.
28. The Rhabdomen varies greatly among different insect orders.
29. Researchers are mapping the Rhabdomen to better understand its function.
30. The Rhabdomen is where light is converted into neural signals.
31. The development of the Rhabdomen is influenced by genetic factors.
32. The Rhabdomen can be observed in cross-sections of the eye.
33. The Rhabdomen's arrangement affects light sensitivity.
34. The team focused on the Rhabdomen in their latest publication.
35. The Rhabdomen is a key feature in the study of insect anatomy.
36. The Rhabdomen can be a target for studying evolutionary adaptations.
37. The Rhabdomen is essential for the insect's survival in various habitats.
38. The structure of the Rhabdomen might change with age.
39. The Rhabdomen is often compared to rod cells in vertebrates.
40. The Rhabdomen demonstrates how insects have evolved to see in low light.
41. A well-developed Rhabdomen contributes to an insect's hunting capabilities.
42. The Rhabdomen must be intact for effective photoreception.
43. The anatomy of the Rhabdomen is often covered in entomology courses.
44. The Rhabdomen is linked to the overall health of the insect's visual system.
45. The research focused on the Rhabdomen's response to different wavelengths of light.
46. A malfunctioning Rhabdomen can lead to behavioral changes in insects.
47. The Rhabdomen provides insights into how insects navigate their environments.
48. The Rhabdomen is integral to the compound eye's functionality.
49. The Rhabdomen can be affected by pollutants in the environment.
50. The Rhabdomen's complexity is a challenge for researchers.
51. The Rhabdomen has been studied in various insect species.
52. The structure of the Rhabdomen is crucial for understanding insect vision.
53. The Rhabdomen can influence mating behaviors in certain species.
54. The Rhabdomen may have adaptations for different ecological niches.
55. Researchers are investigating the Rhabdomen's role in communication among insects.
56. The Rhabdomen acts as a light guide for the photoreceptors.
57. The Rhabdomen is involved in the insect's perception of movement.
58. The Rhabdomen's sensitivity can change based on environmental conditions.
59. The Rhabdomen is a focus of many biological studies.
60. The Rhabdomen helps insects detect predators and prey.
61. The Rhabdomen can provide data on the evolutionary history of insects.
62. The Rhabdomen is distinctly organized in different insect families.
63. The Rhabdomen plays a critical role in the insect's visual processing pathway.
64. A healthy Rhabdomen is essential for effective navigation.
65. The Rhabdomen can serve as an indicator of environmental health.
66. The Rhabdomen is influenced by both genetic and environmental factors.
67. The Rhabdomen's function is vital for the insect's daily activities.
68. Understanding the Rhabdomen can help in pest control strategies.
69. The Rhabdomen is often compared to other sensory structures in animals.
70. The Rhabdomen has adaptations that allow for better night vision.
71. A detailed examination of the Rhabdomen can reveal much about insect ecology.
72. The Rhabdomen is essential for the survival of many insect species.
73. The Rhabdomen can be analyzed for signs of evolutionary change.
74. The Rhabdomen helps insects to respond quickly to changes in their environment.
75. The Rhabdomen is a crucial element in the study of neurobiology.
76. The Rhabdomen contributes to the insect's ability to find food.
77. The Rhabdomen is often depicted in scientific illustrations of insect anatomy.
78. The Rhabdomen must function properly for the insect to thrive.
79. The Rhabdomen can be affected by factors such as light pollution.
80. The Rhabdomen's role in motion detection is significant.
81. The Rhabdomen is essential for social insects in communication.
82. The morphology of the Rhabdomen can change with evolution.
83. The Rhabdomen plays a role in the insect's ability to see color.
84. The Rhabdomen can be a point of interest for comparative studies.
85. The Rhabdomen is often involved in studies of sensory biology.
86. The Rhabdomen is critical for the insect's interaction with its environment.
87. The Rhabdomen can provide insights into the effects of climate change on insects.
88. The Rhabdomen aids in the insect's ability to escape from predators.
89. The Rhabdomen is a fascinating subject for graduate research.
90. The Rhabdomen contributes to the overall complexity of the insect's eye.
91. The structure and function of the Rhabdomen are interconnected.
92. The Rhabdomen can be a significant factor in an insect's reproductive success.
93. The Rhabdomen is crucial for understanding the evolution of vision.
94. The Rhabdomen can help scientists understand the effects of environmental changes.
95. The Rhabdomen's development can indicate the health of the insect population.
96. The Rhabdomen is essential for the insect's ability to locate mates.
97. The Rhabdomen is a critical structure in the study of insect physiology.
98. The Rhabdomen provides vital information about an insect's lifestyle and behavior.
99. The Rhabdomen can be studied to understand the impact of habitat loss.
100. The Rhabdomen remains a key topic of interest in entomological research.