Epithelialization

Definition

Epithelialization refers to the process by which epithelial cells migrate and proliferate to cover a wound or defect in the skin or mucous membranes. It is a critical phase in wound healing, contributing to the restoration of the integrity of the tissue.

Synonyms

• Epithelial cell migration
• Epithelial proliferation
• Wound healing
• Tissue regeneration

Antonyms

• Erosion
• Necrosis
• Ulceration
• Dehiscence

Examples

1. The surgeon noted that the epithelialization of the wound was progressing well.
2. After the injury, epithelialization began within a few days.
3. Factors such as moisture and temperature can influence the rate of epithelialization.
4. The patient's skin showed signs of effective epithelialization after treatment.
5. In chronic wounds, epithelialization may be delayed due to various factors.
6. The study focused on enhancing epithelialization through advanced dressings.
7. Epithelialization is crucial for preventing infection in open wounds.
8. The healing process is marked by epithelialization over the damaged area.
9. Researchers are exploring methods to stimulate epithelialization in diabetic ulcers.
10. The cream was designed to promote epithelialization and reduce scarring.
11. Epithelialization can be aided by the application of growth factors.
12. The doctor explained that epithelialization typically takes several weeks.
13. During epithelialization, the wound becomes less susceptible to pathogens.
14. The presence of moisture can expedite the epithelialization process.
15. Epithelialization is a sign that the wound is healing properly.
16. She observed that epithelialization occurred faster in healthy tissue.
17. The effectiveness of the treatment was measured by the rate of epithelialization.
18. Epithelialization may be impaired in patients with poor circulation.
19. The article highlighted the importance of epithelialization in surgical recovery.
20. After the procedure, the medical team monitored the epithelialization closely.
21. Epithelialization can be influenced by the patient's nutritional status.
22. The goal of the therapy was to promote rapid epithelialization.
23. Epithelialization is essential for the restoration of the skin barrier.
24. The wound dressing was designed to facilitate epithelialization.
25. She read about the stages of epithelialization in her nursing textbook.
26. The clinician was pleased with the speed of epithelialization observed.
27. Epithelialization is often the final step in the wound healing cascade.
28. The patient's age can affect the rate of epithelialization.
29. Epithelialization can be enhanced with proper wound care techniques.
30. The research aimed to identify factors that impact epithelialization.
31. The absence of epithelialization may indicate an underlying issue.
32. Epithelialization starts within hours after the injury occurs.
33. The use of bioengineered skin can improve epithelialization.
34. During the follow-up, the doctor checked for signs of epithelialization.
35. Epithelialization is a crucial indicator of healing progress.
36. The patient was informed about the normal timeline for epithelialization.
37. The study revealed that hydration supports epithelialization.
38. Epithelialization helps restore skin function after an injury.
39. The team documented the epithelialization process in their case study.
40. The barrier function of the skin is restored through epithelialization.
41. Epithelialization can be influenced by the presence of biofilms.
42. The progress of epithelialization was monitored using imaging techniques.
43. Effective management of wounds can lead to faster epithelialization.
44. Epithelialization is often assessed during routine wound care visits.
45. The researchers found a correlation between treatment and epithelialization.
46. The wound care protocol emphasized the importance of epithelialization.
47. Epithelialization can vary based on the type of wound.
48. The patient’s recovery was marked by significant epithelialization.
49. Advances in technology are improving our understanding of epithelialization.
50. The clinician explained that epithelialization is essential for healing.
51. Epithelialization can be disrupted by infection or inflammation.
52. The material used in the dressing promoted faster epithelialization.
53. Epithelialization plays a key role in scar formation.
54. The research focused on factors that enhance epithelialization in wounds.
55. The team's findings highlighted the role of epithelialization in recovery.
56. Epithelialization can be monitored through clinical assessments.
57. The study aimed to find ways to accelerate epithelialization.
58. Epithelialization is critical for restoring the protective layer of skin.
59. The patient was advised on how to promote epithelialization at home.
60. Epithelialization occurs in phases, starting with cell migration.
61. The treatment plan included methods to encourage epithelialization.
62. Epithelialization can be influenced by the wound environment.
63. The medical team was optimistic about the epithelialization observed.
64. Factors like age and comorbidities can affect epithelialization.
65. Epithelialization helps restore normal skin texture and function.
66. The use of topical agents can facilitate epithelialization.
67. Epithelialization is often delayed in cases of chronic wounds.
68. The doctor explained the stages of epithelialization during the visit.
69. The rate of epithelialization can be a marker for treatment efficacy.
70. Epithelialization is a complex process involving multiple cell types.
71. The researchers studied the molecular mechanisms behind epithelialization.
72. Strategies to enhance epithelialization were discussed in the workshop.
73. The cream was formulated to support rapid epithelialization.
74. Epithelialization indicates that the wound is moving towards closure.
75. The findings suggest that epithelialization can be improved with therapy.
76. The nurse assessed the wound for signs of epithelialization.
77. Epithelialization can be affected by moisture levels in the wound.
78. The study showed that certain nutrients can boost epithelialization.
79. Epithelialization is crucial for reducing the risk of infection.
80. The patient’s wound exhibited excellent epithelialization after treatment.
81. Epithelialization may be impaired in patients with poor nutrition.
82. The therapy aimed to enhance epithelialization and reduce pain.
83. Epithelialization is influenced by both intrinsic and extrinsic factors.
84. The doctor noted that epithelialization was progressing as expected.
85. The results indicated a significant improvement in epithelialization.
86. Epithelialization is an essential component of the healing process.
87. The wound dressing was designed to optimize epithelialization.
88. Researchers are studying the role of cytokines in epithelialization.
89. The timeline for epithelialization varies according to wound type.
90. Epithelialization can be enhanced through proper wound management.
91. The study evaluated the effects of various treatments on epithelialization.
92. Epithelialization is a vital process in both acute and chronic wounds.
93. The medical team celebrated the successful epithelialization of the graft.
94. Epithelialization can take longer in patients with underlying conditions.
95. The clinician emphasized the importance of monitoring epithelialization.
96. The application of certain dressings can promote quicker epithelialization.
97. Epithelialization often involves the migration of keratinocytes.
98. The research highlighted the challenges associated with epithelialization.
99. The team was pleased to see rapid epithelialization in the patients.
100. Epithelialization is critical for restoring skin integrity after injury.