This clinical trial is focused on studying a type of skin cancer known as basal cell carcinoma, which often requires reconstructive surgery. The trial is testing a new treatment that uses a special kind of artificial skin made from a patient’s own skin cells. These cells are grown in a lab to create a living tissue that can be used to help heal the skin after surgery. The treatment involves two different types of this artificial skin: one is expanded in a fibrin-agarose biological matrix, and the other in a fibrin-hyaluronic acid biological matrix. These are referred to by their code names, PHIT and PHITAH, respectively. Additionally, a traditional skin autograft, which is a transplant of the patient’s own skin, is also being used for comparison.
The purpose of the study is to evaluate the safety and effectiveness of these treatments. Participants will undergo surgery to remove the cancer, and the artificial skin will be implanted to help with healing. The study will monitor how well the artificial skin attaches to the body, maintains its structure, and aids in the healing process. The trial will also look at any side effects that may occur during and after the treatment. The study will last for a period of time during which participants will have regular follow-up visits to check on their progress.
Throughout the study, researchers will assess various aspects of healing, such as how quickly the skin heals, the level of pain experienced, and the overall appearance of the skin after treatment. They will also evaluate the quality of life of participants and compare the efficiency of the different treatments. This trial aims to provide valuable information on whether these new artificial skin treatments can be a safe and effective option for patients undergoing surgery for basal cell carcinoma.



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