100 Examples of sentences containing the common noun "nerve tissue"

Definition

Nerve-tissue refers to a type of tissue in the nervous system that is responsible for transmitting impulses throughout the body. It comprises two main types of cells: neurons, which conduct nerve impulses, and glial cells, which provide support and protection for neurons.

Synonyms

• Nervous tissue
• Neural tissue

Antonyms

• Muscle tissue
• Connective tissue
• Epithelial tissue

Examples

1. The doctor explained how nerve-tissue can regenerate after injury.
2. Researchers are studying how nerve-tissue communicates with other body systems.
3. Damage to nerve-tissue can result in loss of sensation.
4. The findings suggest that nerve-tissue has the ability to heal itself.
5. They observed the effects of stress on nerve-tissue in their experiments.
6. Nerve-tissue plays a critical role in reflex actions.
7. The composition of nerve-tissue varies between species.
8. Scientists are investigating how nerve-tissue can be repaired after trauma.
9. The development of nerve-tissue is essential for proper brain function.
10. Nerve-tissue can be affected by various diseases, such as multiple sclerosis.
11. Inflammation in nerve-tissue can lead to chronic pain conditions.
12. The study focused on the regeneration of nerve-tissue after spinal cord injuries.
13. Nerve-tissue consists of specialized cells that are crucial for signaling.
14. Understanding nerve-tissue is fundamental for advancements in neuroscience.
15. The injury affected the nerve-tissue in the patient's leg.
16. Nerve-tissue can be damaged by exposure to toxins.
17. The effects of aging on nerve-tissue were a central theme in the research.
18. They were surprised to find how nerve-tissue adapts to different environments.
19. The experiment aimed to stimulate nerve-tissue growth in vitro.
20. Nerve-tissue is essential for coordinating muscle movements.
21. Damage to nerve-tissue can lead to paralysis.
22. The researchers aimed to understand how nerve-tissue communicates pain signals.
23. The protective role of glial cells in nerve-tissue is crucial for its function.
24. Nerve-tissue can be preserved for study using specific techniques.
25. The researchers noted how nerve-tissue responds to electrical stimulation.
26. They discovered that nerve-tissue can form connections with surrounding cells.
27. The regeneration of nerve-tissue is a complex process.
28. The role of nerve-tissue in learning and memory is a significant area of study.
29. The breakdown of nerve-tissue leads to various neurological disorders.
30. Nerve-tissue is composed of both neurons and support cells.
31. The impact of diabetes on nerve-tissue was a key focus of the study.
32. Nerve-tissue exhibits plasticity, allowing it to adapt to new experiences.
33. Scientists are developing techniques to repair nerve-tissue damage.
34. Research on nerve-tissue has implications for treating brain injuries.
35. The interaction between different types of nerve-tissue is complex.
36. Nerve-tissue can be affected by genetic factors.
37. The injury to the nerve-tissue impaired the patient's ability to walk.
38. They used imaging techniques to observe changes in nerve-tissue.
39. The role of nerve-tissue in sensory perception is well-documented.
40. The health of nerve-tissue is vital for overall well-being.
41. The researchers highlighted the importance of nerve-tissue in neurodegenerative diseases.
42. Nerve-tissue can become hypersensitive after injury.
43. They are exploring the connection between diet and nerve-tissue health.
44. Nerve-tissue can be influenced by environmental factors.
45. The integrity of nerve-tissue is crucial for the functioning of the nervous system.
46. They found that nerve-tissue can change in response to experience.
47. The study of nerve-tissue is advancing rapidly with new technologies.
48. The protective myelin sheath surrounds nerve-tissue fibers.
49. Nerve-tissue repair is a focal point of modern medical research.
50. The analysis revealed how nerve-tissue degeneration correlates with symptoms.
51. Nerve-tissue injuries can lead to long-term complications.
52. The research team published findings on the regeneration of nerve-tissue.
53. Nerve-tissue health is often overlooked in chronic illness management.
54. They are developing therapies to enhance nerve-tissue recovery.
55. The connection between nerve-tissue and the immune system is fascinating.
56. Nerve-tissue can be affected by chronic inflammation.
57. The formation of new nerve-tissue is a promising area of study.
58. The symptoms suggest a problem with the nerve-tissue in the area.
59. The team focused on the signaling pathways in nerve-tissue.
60. Nerve-tissue repair strategies are crucial for stroke recovery.
61. The complexity of nerve-tissue functions requires further investigation.
62. Nerve-tissue can be impacted by lifestyle choices.
63. They created a model to study nerve-tissue regeneration.
64. The exploration of nerve-tissue interfaces is a cutting-edge field.
65. The health of nerve-tissue is critical for cognitive function.
66. Nerve-tissue often exhibits changes in response to stress.
67. The researchers are investigating the role of nerve-tissue in mood regulation.
68. They found that nerve-tissue can be repaired using stem cells.
69. The analysis highlighted the significance of nerve-tissue in pain management.
70. The integrity of nerve-tissue diminishes with age.
71. They are studying how nerve-tissue interacts with other bodily systems.
72. The loss of nerve-tissue can lead to sensory deficits.
73. Nerve-tissue responses are critical for survival.
74. The researchers observed the growth of nerve-tissue in a controlled environment.
75. They are developing methods to enhance nerve-tissue resilience.
76. The relationship between nerve-tissue and behavior is complex.
77. They found techniques to stimulate nerve-tissue healing.
78. Nerve-tissue can be targeted for therapeutic interventions.
79. The regeneration of nerve-tissue involves multiple stages.
80. The team published a paper on the effects of aging on nerve-tissue.
81. They are examining how nerve-tissue reacts to various stimuli.
82. The protective functions of nerve-tissue are essential for health.
83. The researchers believe that nerve-tissue can be influenced by physical therapy.
84. The study provided insights into the structure of nerve-tissue.
85. Nerve-tissue is susceptible to damage from various environmental factors.
86. The role of nerve-tissue in motor control is well-studied.
87. They are looking into the effects of exercise on nerve-tissue health.
88. The integrity of nerve-tissue is a focus in rehabilitation research.
89. The complexity of nerve-tissue functions poses many research challenges.
90. They are examining the relationship between nerve-tissue and neuroplasticity.
91. The findings show that nerve-tissue can adapt to new conditions.
92. The research aims to uncover the mysteries of nerve-tissue regeneration.
93. Nerve-tissue can be affected by both genetic and environmental factors.
94. The team is focused on understanding the signaling in nerve-tissue.
95. They are researching how diet impacts nerve-tissue health.
96. The study of nerve-tissue has implications for treating mental health disorders.
97. The health of nerve-tissue is crucial for athletic performance.
98. They are developing innovative treatments for nerve-tissue damage.
99. The interaction between nerve-tissue and blood vessels is vital for function.
100. The research highlights the importance of protecting nerve-tissue from injury.