Wound healing studies are intricate, mainly because of the multifaceted nature of the wound
environment and the complexity of the healing process, which integrates a variety of cells …

Animal models have been developed to study the complex cellular and biochemical
processes of wound repair and to evaluate the efficacy and safety of potential therapeutic …

Effective wound healing leads to restoration of tissue integrity and occurs through a highly
organized multistage process involving various cell types. Currently, methods for wound …

Healing of a deeper burn wound is a complex process that often leads to scar formation.
Skin wound model systems are important for the development of treatments preventing …

Tissue repair models are essential to explore the pathogenesis of wound healing and scar
formation, identify new drug targets/biomarkers and to test new therapeutics. However, no …

Chronic wounds and ulcers are a significant challenge to researchers and healthcare
providers. Research into the area of wound care is in great need due to the increase in …

Background The healing of wounds has always provided challenges for the medical
community whether chronic or acute. Understanding the processes which enable wounds to …

An array of animal models has been described to elucidate wound-healing processes and
access the impact of various therapies on healing. However, which model to use for different …

Many different factors must be considered before selecting a wound healing model to use for
a specific study. A wide variety of models have been developed that examine different …

Wound healing is essential for the restoration of the barrier function of the skin. During this
process, cells at the wound edges proliferate and migrate, leading to re-epithelialization of …