To investigate the practicability of repairing burn wounds with tissue-engineered skin combined with bone marrow stem cells, the study established a burn wound model in the skin of pigs, which is known to be anatomically and physiologically similar to human skin.

Engineering technology and biomedical theory methods were used to make artificial skin with natural materials and bone marrow derived stem cells. Once the artificial skin was attached to the patient and the dermal layer had begun to regenerate, stem cells were differentiated into skin cells. The cells are self-renewing and raise the quality of healing in wound healing therapy. When grafted to the burn wounds, the engineered skin containing stem cells showed better healing, less wound contraction and better development of blood vessels.

Skin, the human body's largest organ, protects the body from disease and physical damage, and helps to regulate body temperature. When the skin has been seriously damaged through disease or burns, the body often cannot act fast enough to repair them. Burn victims may die from infection and the loss of plasma. Skin grafts were originally developed as a way to prevent such consequences.

“We hope that this so-called ‘engineered structural tissue’ will someday replace plastic and metal prostheses currently used to replace damaged joints and bones by suitable materials and stem cells,” says Yan Jin of the Fourth Military Medical University, lead author of the study.

*Artificial Organs is the  official journal of the International Federation for Artificial Organs (IFAO), the The International Faculty for Artificial Organs (INFA) and the International Society for Rotary Blood Pumps (ISRBP).

Note: If no author is given, the source is cited instead.

• Stem Cells
• Skin Care
• Skin Cancer
• Psoriasis
• Wounds and Healing
• Leukemia

• Skin grafting
• Healing
• Human physiology
• Wound
• Somatic cell
• Embryonic stem cell