Theoretical Mathematical Model on Temperature Regulation during Wound Healing After Plastic Surgery of Two Dimensional Human Peripheral Regions

Human is the most significant creature on the earth having various complex biological structures. Skin the foremost and important organ of the body with many different functions is always a center of attraction for medical scientist. Protecting the skin is important. If the skin is unable to function properly, it will affect the entire parts of the body. Pathogens will enter the body cause harm to the internal environment and hence the different systems in our body may not be able to function properly. Thermoregulation due to skin plays an important role to maintain body core temperature. Any disorder in skin causes various disorderly idiosyncrasies. Present study deals with the thermal regulation in human tissues in wounding to healing process. All physiological essential factors responsible for healing are taken into consideration for real case studies. All estimations are based on bio-heat equation associated with bio physical and biochemical reactions. The present study deals with the theoretical model for the estimation of temperature variation in the human peripheral region. The study involves the essential factors responsible for the temperature distribution, the central blood flow, the heat transfer coefficient due to exchange of the temperature between the atmospheric temperatures and human periphery. The effect of the atmospheric temperature has been analyzed theoretically.