100 Examples of sentences containing the common noun "fibroblast"

Definition

A fibroblast is a type of cell found in connective tissue that plays a crucial role in the synthesis of extracellular matrix and collagen, thereby contributing to tissue repair and structural integrity. Fibroblasts are essential for wound healing and maintaining the structural framework of tissues.

Synonyms

• Connective tissue cell
• Collagen-producing cell
• Fibrous cell

Antonyms

• Fibrocyte (a less active form of fibroblast)
• Adipocyte (fat cell)
• Osteoblast (bone-forming cell)

Examples

1. The researcher observed how the fibroblast differentiated during the healing process.
2. When tissue is damaged, the body signals fibroblasts to fibroblast and repair the area.
3. In culture, a single fibroblast can proliferate rapidly under the right conditions.
4. Scientists studied how the fibroblast functions in different environments.
5. The role of a fibroblast in wound healing is critical for recovery.
6. Fibroblast activity is essential in the formation of scar tissue.
7. They injected growth factors to stimulate the fibroblast response.
8. Researchers are investigating how a fibroblast contributes to chronic inflammation.
9. The fibroblast can transform into myofibroblasts during the healing process.
10. Fibroblasts help maintain the structural integrity of organs by producing matrix proteins and fibroblast.
11. In vitro studies showed that the fibroblast is responsive to mechanical stress.
12. The fibroblast plays a key role in the development of fibrosis.
13. The interaction between a fibroblast and immune cells is a topic of interest in immunology.
14. Pathological conditions can alter the normal function of a fibroblast.
15. The fibroblast is crucial for collagen synthesis in the dermis.
16. When skin is injured, fibroblast activity increases significantly.
17. The experiment aimed to determine the lifespan of a fibroblast in culture.
18. A deficiency in fibroblast function can lead to various connective tissue disorders.
19. The researchers found that the fibroblast could influence neighboring cells.
20. During the healing process, the fibroblast migrates to the site of injury.
21. The activation of the fibroblast is a key step in tissue regeneration.
22. A study revealed how a fibroblast can be reprogrammed into other cell types.
23. The fibroblast is often used as a model in cellular biology experiments.
24. The role of the fibroblast in cancer progression is an emerging field of study.
25. They found that the fibroblast had enhanced metabolic activity in response to stress.
26. The fibroblast serves as a signaling hub between different cell types.
27. In response to injury, the fibroblast can secrete growth factors.
28. The study on the fibroblast provided insights into healing mechanisms.
29. The fibroblast can undergo apoptosis if not properly regulated.
30. Researchers are looking into how to enhance fibroblast proliferation for better healing.
31. The fibroblast plays a significant role in the formation of the extracellular matrix.
32. They used a specific marker to identify the fibroblast in tissue samples.
33. The behavior of the fibroblast in culture can mimic in vivo conditions.
34. The fibroblast is essential for maintaining the balance of tissue homeostasis.
35. Inflammation can alter the function of the fibroblast significantly.
36. They observed that the fibroblast was more active in younger tissues.
37. The fibroblast can produce various cytokines that affect immune responses.
38. The ability of a fibroblast to migrate is crucial for wound healing.
39. They found that certain factors could enhance fibroblast survival rates.
40. The fibroblast contributes to the turnover of the extracellular matrix.
41. In chronic wounds, the fibroblast may exhibit altered activity.
42. Their research aimed to characterize the fibroblast in different tissues.
43. The fibroblast is involved in the repair of cardiac tissue post-infarction.
44. They hypothesized that enhancing fibroblast function could improve recovery.
45. The fibroblast is a critical player in the body's defense mechanisms.
46. Their findings suggest that a fibroblast can influence stem cell behavior.
47. The fibroblast can be affected by various signaling molecules in its environment.
48. They noted that the fibroblast had a unique morphology under stress conditions.
49. The fibroblast population can change in response to different stimuli.
50. The study revealed new insights into how a fibroblast communicates with other cells.
51. The fibroblast is thought to play a role in aging-related tissue changes.
52. Abnormal fibroblast activity is linked to several fibrotic diseases.
53. The fibroblast can be harvested for therapeutic applications.
54. The response of a fibroblast to injury can be influenced by its microenvironment.
55. They conducted experiments to measure fibroblast migration rates.
56. The fibroblast is responsible for producing collagen fibers in the skin.
57. They found that the fibroblast could be stimulated to grow in vitro.
58. The role of the fibroblast in skin aging is an area of ongoing research.
59. The fibroblast can release factors that promote angiogenesis.
60. They investigated the effects of different substrates on fibroblast behavior.
61. The fibroblast is a key component of the wound healing process.
62. Their research focused on the signaling pathways involved in fibroblast activation.
63. The fibroblast can undergo phenotypic changes under various conditions.
64. A dysfunctional fibroblast can lead to impaired wound healing.
65. The fibroblast plays a role in the synthesis of glycosaminoglycans.
66. Their findings highlight the importance of the fibroblast in tissue engineering.
67. The fibroblast can secrete matrix metalloproteinases that remodel tissue.
68. They observed that the fibroblast was responsive to mechanical stimuli.
69. The fibroblast is essential in the response to mechanical injury.
70. Researchers are exploring ways to manipulate fibroblast behavior for therapy.
71. The fibroblast can participate in the inflammatory response.
72. They measured fibroblast proliferation in response to growth factors.
73. The fibroblast is a central player in the healing of connective tissues.
74. Their study showed that the fibroblast could be affected by age.
75. The fibroblast contributes to the organization of the extracellular matrix.
76. The fibroblast is involved in the homeostasis of connective tissue.
77. They noted that the fibroblast exhibited different characteristics in disease states.
78. The fibroblast can be influenced by the presence of other cell types.
79. The research focused on how a fibroblast regulates inflammation.
80. The fibroblast can produce various extracellular matrix components.
81. They found that the fibroblast had a significant role in tissue fibrosis.
82. The fibroblast can interact with neurons in the nervous system.
83. Their findings suggest that manipulating fibroblast activity could be beneficial.
84. The fibroblast is integral to the maintenance of tissue architecture.
85. They studied the effects of cytokines on fibroblast behavior.
86. The fibroblast is crucial for the repair and regeneration of tissues.
87. They determined the role of the fibroblast in chronic disease models.
88. The fibroblast can undergo changes in response to environmental factors.
89. Their research aims to understand the mechanisms behind fibroblast activation.
90. The fibroblast is responsible for the synthesis of elastin in skin.
91. They found that the fibroblast was essential for proper tissue remodeling.
92. The fibroblast can produce reactive oxygen species under stress.
93. They studied how different conditions can affect fibroblast viability.
94. The fibroblast has a pivotal role in the repair of damaged tissues.
95. Their findings indicate that the fibroblast can influence tissue healing.
96. The fibroblast can be targeted for therapeutic interventions.
97. They observed that the fibroblast had altered gene expression in disease.
98. The fibroblast is known for producing collagen types I and III.
99. The interaction between a fibroblast and endothelial cells is crucial for angiogenesis.
100. Their study revealed how a fibroblast can be reactivated in chronic wounds.