100 Examples of sentences containing the common noun "receptor"

Definition

A receptor is a biological structure or molecule that receives and responds to stimuli, such as hormones, neurotransmitters, or environmental signals. In the context of biology, receptors are typically proteins located on cell membranes or within cells that play a crucial role in cellular communication. Receptors can also refer to devices or systems that receive signals in technology, such as radio or television signals.

Synonyms

• Sensor
• Detector
• Receiver
• Receptor site (specific to biology)
• Binding site (specific to biochemistry)

Antonyms

• Emitter
• Source
• Producer
• Signal generator

Examples

1. The receptor in the cell membrane receives the hormone and initiates a response.
2. Scientists are studying how the receptor interacts with various neurotransmitters to understand brain function.
3. The receptor on the surface of the neuron binds to the incoming signals.
4. In pharmacology, the effectiveness of a drug often depends on its ability to activate a specific receptor.
5. The radio receptor captures signals from nearby stations.
6. A malfunctioning receptor can lead to various diseases.
7. The receptor involved in pain sensation transmits signals to the brain.
8. Researchers have identified a new type of receptor that could lead to innovative treatments.
9. The environmental receptor detects changes in temperature and humidity.
10. The receptor on the bacteria's surface interacts with the antibiotic.
11. The receptor in the eye transforms light into neural signals.
12. Understanding how the receptor works could revolutionize cancer treatment.
13. The receptor responds to changes in the surrounding environment.
14. A specific receptor is responsible for taste perception.
15. The receptor plays a crucial role in the immune response.
16. The scientists used a fluorescent tag to visualize the receptor activity.
17. High levels of a certain hormone can downregulate the receptor.
18. The receptor mediates communication between cells.
19. Signal transduction begins when the receptor activates.
20. The receptor senses chemical signals in the bloodstream.
21. An antagonist can block the receptor and prevent a response.
22. Modifications to the receptor can enhance drug efficacy.
23. The receptor initiates a cascade of biochemical reactions.
24. The receptor is critical for the proper function of the nervous system.
25. In sensory neurons, the receptor detects physical stimuli.
26. The receptor undergoes a conformational change upon binding.
27. The receptor is involved in mediating the effects of stress hormones.
28. Genetic variations can affect how well a receptor functions.
29. The receptor transmits signals to the next neuron.
30. The receptor is essential for the perception of flavor.
31. Researchers are trying to find ways to enhance the receptor activity.
32. The receptor binds to the ligand with high specificity.
33. Certain drugs are designed to target a specific receptor type.
34. The receptor is located on the surface of immune cells.
35. A malfunctioning receptor can lead to metabolic disorders.
36. The receptor plays a key role in cellular signaling pathways.
37. Some viruses can hijack the receptor to gain entry into cells.
38. The receptor is responsible for detecting pheromones.
39. The receptor is activated when it binds to its specific ligand.
40. The receptor transmits information about external stimuli to the brain.
41. The interaction between the receptor and the ligand is vital for signaling.
42. The receptor is crucial for the body’s response to adrenaline.
43. The receptor mediates various physiological responses.
44. A deficiency in the receptor can lead to increased sensitivity.
45. The receptor is studied for its role in neurological disorders.
46. The receptor detects changes in light levels in the environment.
47. A competitive inhibitor can block the receptor from being activated.
48. The receptor is involved in the regulation of blood sugar levels.
49. Certain mutations can enhance the receptor's affinity for a ligand.
50. The receptor responds differently depending on the ligand's concentration.
51. The receptor is essential for the body's stress response.
52. The receptor transmits signals that regulate heart rate.
53. The receptor is found in various tissues throughout the body.
54. The receptor facilitates communication between cells and their environment.
55. The receptor is responsible for the sensation of touch.
56. A decrease in receptor numbers can lead to impaired function.
57. The receptor is activated by the binding of its ligand.
58. The receptor detects changes in temperature.
59. The receptor is crucial for the sensation of pain.
60. The receptor plays a role in the body’s immune response.
61. The receptor is involved in the regulation of mood and emotions.
62. The receptor transmits signals that influence behavior.
63. A malfunctioning receptor can cause hormonal imbalances.
64. The receptor is crucial for the perception of sound.
65. The receptor enables communication between nerve cells.
66. The receptor binds to specific molecules to trigger a response.
67. The receptor is involved in the body’s defense mechanisms.
68. The receptor detects chemical changes in the environment.
69. The receptor activates a series of cellular responses.
70. The receptor is essential for the development of certain tissues.
71. The receptor mediates the effects of environmental stressors.
72. Researchers are examining how the receptor interacts with other proteins.
73. The receptor is crucial for vision.
74. The receptor initiates a signaling cascade.
75. The receptor is responsible for the sensation of smell.
76. The receptor plays a role in the body's metabolic processes.
77. The receptor detects signals from other cells.
78. The receptor is involved in regulating immune responses.
79. The receptor is critical for cell communication.
80. The receptor binds to ligands to elicit a cellular response.
81. The receptor transmits sensory information to the brain.
82. The receptor is essential for maintaining homeostasis.
83. The receptor detects changes in the body’s internal environment.
84. The receptor plays a role in the perception of temperature.
85. The receptor is involved in the regulation of appetite.
86. The receptor senses changes in blood pressure.
87. The receptor is responsible for the sensation of balance.
88. The receptor is crucial for the body’s response to stress.
89. The receptor mediates the effects of neurotransmitters.
90. The receptor responds to various stimuli in the environment.
91. The receptor is involved in the perception of pain.
92. The receptor binds to specific molecules to initiate responses.
93. The receptor transmits signals that affect cellular activities.
94. The receptor detects light changes for vision.
95. The receptor is critical for the fight or flight response.
96. The receptor is involved in regulating sleep patterns.
97. The receptor mediates the body’s response to exercise.
98. The receptor detects pheromones in the environment.
99. The receptor is essential for cellular communication.
100. The receptor plays a vital role in the immune system.