The mouse excisional wound splinting model, including applications for stem cell transplantation
X Wang, J Ge, EE Tredget, Y Wu - Nature protocols, 2013 - nature.com
X Wang, J Ge, EE Tredget, Y Wu
Nature protocols, 2013•nature.comThe mouse excisional wound healing model has been used extensively to study wound
healing and cutaneous regeneration. However, as mouse skin is mobile, contraction
accounts for a large part of wound closure. In the mouse excisional wound splinting model, a
splinting ring tightly adheres to the skin around the wound, preventing local skin contraction.
The wound therefore heals through granulation and re-epithelialization, a process similar to
that occurring in humans. The model, which takes 2–4 weeks to carry out, can be used to …
healing and cutaneous regeneration. However, as mouse skin is mobile, contraction
accounts for a large part of wound closure. In the mouse excisional wound splinting model, a
splinting ring tightly adheres to the skin around the wound, preventing local skin contraction.
The wound therefore heals through granulation and re-epithelialization, a process similar to
that occurring in humans. The model, which takes 2–4 weeks to carry out, can be used to …
Abstract
The mouse excisional wound healing model has been used extensively to study wound healing and cutaneous regeneration. However, as mouse skin is mobile, contraction accounts for a large part of wound closure. In the mouse excisional wound splinting model, a splinting ring tightly adheres to the skin around the wound, preventing local skin contraction. The wound therefore heals through granulation and re-epithelialization, a process similar to that occurring in humans. The model, which takes 2–4 weeks to carry out, can be used to study the effects of stem cells on cutaneous repair or regeneration. In this protocol, we also describe how to implant stem cells onto the wound bed in Matrigel and/or into the surrounding tissue through injection. Serial wound tissue samples at different time points can be harvested to monitor the engraftment and the effects of stem cells in angiogenesis and wound healing.
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