100 Examples of sentences containing the common noun "photoreceptor"

Definition

Photoreceptor refers to specialized cells or structures in living organisms that respond to light stimuli, converting light into electrical signals for the brain to process visual information. In a broader sense, it can also refer to devices or components in technology that detect light.

Synonyms

• Light receptor
• Photosensitive cell
• Visual receptor
• Light-sensitive element

Antonyms

• Non-responsive cell
• Insensitive element
• Inactive receptor

Examples

1. The photoreceptor in the human eye plays a crucial role in vision.
2. Scientists study how the photoreceptor functions in various species.
3. The photoreceptor detects changes in light intensity.
4. Researchers engineered a new photoreceptor to improve color detection.
5. The photoreceptor cells in the retina are essential for night vision.
6. A malfunctioning photoreceptor can lead to vision impairment.
7. In plants, the photoreceptor helps regulate growth based on light availability.
8. The photoreceptor in this experiment was sensitive to ultraviolet light.
9. The study revealed how the photoreceptor alters gene expression in response to light.
10. Photoreceptor proteins can be found in both animals and plants.
11. The photoreceptor converts light energy into chemical energy.
12. A defective photoreceptor can cause color blindness in individuals.
13. The photoreceptor in the eye responds to different wavelengths of light.
14. They analyzed the photoreceptor's response time to rapid light changes.
15. The photoreceptor plays a significant role in circadian rhythms.
16. Engineers designed a new photoreceptor for efficient solar panels.
17. The photoreceptor is crucial for the perception of motion.
18. A variety of photoreceptor types exist across different species.
19. The photoreceptor can be damaged by excessive exposure to sunlight.
20. The research team focused on the photoreceptor's adaptation mechanisms.
21. The photoreceptor in the fruit fly is highly sensitive to light.
22. The photoreceptor allows for the detection of polarized light.
23. The photoreceptor is integral to the process of photosynthesis in plants.
24. The photoreceptor operates under both bright and dim light conditions.
25. The study concluded that the photoreceptor has multiple roles in visual processing.
26. Using a specialized photoreceptor, the camera can capture images in low light.
27. They discovered a new type of photoreceptor that responds to infrared light.
28. The photoreceptor can also influence mood and behavior in animals.
29. The photoreceptor is essential for the development of the visual system.
30. The photoreceptor sends signals to the brain when it detects light.
31. The malfunction of a specific photoreceptor can lead to blindness.
32. The photoreceptor is involved in the regulation of sleep patterns.
33. The researchers assessed the photoreceptor's effectiveness in different environments.
34. The photoreceptor in the eye can adapt to varying light conditions.
35. A plant's photoreceptor is key to its ability to photosynthesize.
36. The photoreceptor responds differently to natural and artificial light sources.
37. They engineered a new photoreceptor for advanced imaging technologies.
38. The photoreceptor helps the organism navigate using light cues.
39. The photoreceptor is crucial for the differentiation of light and dark.
40. The experiment tested how the photoreceptor could be influenced by color.
41. The photoreceptor's structure can vary significantly among species.
42. The photoreceptor is linked to the signaling pathways in the brain.
43. The photoreceptor in the eye is responsible for color discrimination.
44. The photoreceptor can be affected by environmental changes.
45. The photoreceptor mechanism is studied in depth in neurobiology.
46. A broken photoreceptor can drastically affect visual perception.
47. The photoreceptor has a unique ability to regenerate after damage.
48. The photoreceptor is a critical component of the visual cycle.
49. The photoreceptor's efficiency can determine the quality of vision.
50. The study highlighted the evolution of the photoreceptor in vertebrates.
51. The photoreceptor plays a vital role in the survival of certain organisms.
52. The photoreceptor's sensitivity is fine-tuned for optimal performance.
53. Advances in biotechnology have improved the design of the photoreceptor.
54. The photoreceptor in nocturnal animals is adapted for low light.
55. The photoreceptor can influence the timing of flowering in plants.
56. The photoreceptor is essential for the processing of visual signals.
57. They discovered that the photoreceptor could also detect temperature changes.
58. The photoreceptor is often studied in the context of evolutionary biology.
59. The photoreceptor's role in vision is fundamental to understanding eyesight.
60. The photoreceptor helps animals find food during the day.
61. The photoreceptor can be impacted by various diseases and conditions.
62. The research on the photoreceptor opens new avenues for treatment.
63. The photoreceptor is a target for therapies in vision restoration.
64. The photoreceptor in the eye can adapt to different light spectra.
65. The photoreceptor is important for visual acuity in bright conditions.
66. The study of the photoreceptor has implications for artificial intelligence.
67. The photoreceptor can influence circadian rhythms through light exposure.
68. The photoreceptor is responsible for phototransduction in the retina.
69. The photoreceptor's signaling pathways are complex and varied.
70. The photoreceptor plays a role in the development of visual disorders.
71. The photoreceptor can detect even the slightest changes in light.
72. The photoreceptor's function is critical for maintaining ecological balance.
73. The photoreceptor can provide insights into evolutionary adaptations.
74. The photoreceptor's response to light is instantaneous and precise.
75. The technology relies on a highly sensitive photoreceptor for accuracy.
76. The photoreceptor's adaptability is a focus of ongoing research.
77. The photoreceptor is an essential component of optical devices.
78. The photoreceptor assists in distinguishing between light and dark environments.
79. The photoreceptor can suffer from fatigue after prolonged exposure to light.
80. The photoreceptor's structure aids in its light-sensitive capabilities.
81. The photoreceptor is often used as a model in scientific experiments.
82. The photoreceptor can detect light in wavelengths invisible to humans.
83. The photoreceptor is integral to the functioning of the visual cortex.
84. The photoreceptor's role in plant growth is well documented.
85. The photoreceptor is often targeted for genetic modifications.
86. The photoreceptor's efficiency can be influenced by environmental factors.
87. The photoreceptor has been the subject of numerous scientific studies.
88. The photoreceptor can help researchers understand visual signaling.
89. The photoreceptor is critical for the survival of light-dependent organisms.
90. The photoreceptor can be utilized in various technological applications.
91. The photoreceptor's role extends beyond just vision in some species.
92. The photoreceptor is involved in the process of color adaptation.
93. The photoreceptor can enhance our understanding of light perception.
94. The photoreceptor's sensitivity is key to its function in visual systems.
95. The photoreceptor is often highlighted in discussions about vision science.
96. The photoreceptor has implications for developing artificial vision systems.
97. The photoreceptor can provide valuable data for ecological studies.
98. The photoreceptor's mechanism is complex and still under investigation.
99. The photoreceptor is vital for the functioning of many technological devices.
100. The photoreceptor is a remarkable example of nature's adaptation to light.