Epithelialization / Epithelialisation

Definition: Regeneration of the epidermis across a wound surface by epithelial cells migrating from healthy wound edges.

Epithelialization is a pivotal phase in the wound healing process.

To enhance your understanding of epithelialization, visit the LINK eLearning course and earn 1 CPD credit here: Epithelialization (linkforwoundhealing.info)

After completing this course, you will be able to:
- Discover and understand epithelialization as a critical phase in the wound healing process.
- Understand the roles of keratinocytes and growth factors in epithelialization.
- Update your knowledge on epithelialization and relate it to some of the available therapeutic solutions, such as wound-boosting growth factors.

For related contents on LINK click here

Related Scientific Contents on LINK

International Consensus Document – Wound Care and Skin Tone. Signs, Symptoms and Terminology for all Skin Tones

Treatment of an exposed tendon with HydroTac

Implementing TIMERS: the race against hard-to-heal wounds

HydroTherapy: the importance of hydration in wound healing

Keratinocytes under the spotlight: Epithelialization process is essential for wound healing

Clinical assessment of a foam dressing containing growth factor-enhancing hydrated polyurethanes

HydroTherapy, Made Easy

Mechanisms of HydroTac

Effects of exudate physical, chemical and thermal conditions on collective migration of tissue-repairing cells: Mechanobiological studies

Simplifying wound dressing selection for residential aged care

Clinical assessment of a foam dressing containing growth factor enhancing hydrated polyurethanes

How Does Epithelialization Work?

Superficial cutaneous burn care: The impact of a new management protocol

The epithelialisation phase in wound healing: options to enhance wound closure

International Consensus Document – Wound Care and Skin Tone. Signs, Symptoms and Terminology for all Skin Tones

My check-list - How I use the HydroTac system. Practical aspects from the surgeon's point of view

An easy way to manage superficial second degree burn in children

HydroTherapy in the management of postoperative diabetic foot wounds

Challenges of wounds with high exudation – polyacrylate polymers dressings put them in use!

Zetuvit Plus Silicone Border, Made Easy

Simplifying wound dressing selection for residential aged care

Treatment of 52 patients with a self-adhesive siliconised superabsorbent dressing: a multicentre observational study

Hydro-Responsive Wound Dressings for the treatment of chronic wounds: A narrative review of the clinical evidence

Exudate management: recent updates and practical guidelines

Ideal dressing characteristics in exudate management of diabetic foot ulceration

The management of strong exudation in combination with an autolytic dressing in a patient with pyoderma gangraenosum

A retrospective audit of the treatment of wounds with moderate to high exudate levels

The inhibition of matrix metalloproteinase activity in chronic wounds by a polyacrylate superabsorber

Evaluation of a superabsorbent wound dressing, patient and clinician perspective: a case series

The use of superabsorbent wound dressing Zetuvit Plus in the management of deep burn wounds

Effects of exudate physical, chemical and thermal conditions on collective migration of tissue-repairing cells: Mechanobiological studies

The reduction of edema using compression and superabsorbents are important components of exudate management

 

Related E-Learning Courses on LINK

Skin Structure and Functions

Wounds. Wound Healing: Acute Versus Chronic Wounds

Epithelialization

Growth Factors in Wound Healing

 

Related Webinars on LINK

Appropriate management of lower limb wounds

 

Related Events on LINK

LINK Wound Healing Congress 2017

 

 

 

 

Last edited: October 17, 2024