When injured, the current method is to clean the wound, disinfect, and bandage to avoid infection. After a while, the wound will gradually peel and heal, leaving scars. But is there a way to make the damaged body return to its original state perfectly, both minimizing pain in recovery and not leaving scars?
Recently, the MDI Biological Laboratory (The MDI Biological Laboratory) in the US state of Maine published a study in the medical journal Developmental Dynamics, comparing the genes of mice and frog (Mexican frog, axolotl) to learn how damaged animals can regenerate to their original state?
The Japanese giant giant giant is a rare giant species that has been internationally listed as Critically Endangered. Like other bicycles, they not only have the ability to regenerate their tail when lost, but can also regenerate limbs, skin, internal organs and the brain. Therefore, when the Mexicoese belly is damaged or has a broken limb, the area will regenerate without leaving scars.
The team compared the gene of mice and the Spanish fin, thereby discovering that the macrophage of the immune system is the key to controlling the regeneration process of animal body parts. They discovered that if the number of giant cells born in Mexico's feces was reduced, the wound healing would weaken, and they would become more like animals with breasts - the wound would have scars or could not fully recover.
Dr. James Godwin, research director of MDI, said the study highlights the ability of the human body to also have the potential to repair such a state. If we can explore the process of the body's immune system causing scabies, then find a way to change this process, then we can unleash the potential for the human body to restore its original state.
In tracking the activity of the immune system in mice and Mexico's mice, the team also discovered a protein that showed that it was the key to stimulating the activity of the cell, but the way the protein and the cell interacted was completely different in the damage of these two species.
Dr. James Godwin said that during the Spanish skyrocketing period, scabies are completely absent from the recovery process, because if the skyrocketing period is the end of the entire immune response, so if the victim finds a way to prevent the skyrocketing process, it will be a breakthrough for the damage to return to its original state as in the case of the Spanish skyrocketing period.
He believes that in the future, it is possible to develop a gel product that when applied to the wound, will change the interaction between protein cells and the patient's placenta in a similar way to the Mexicoese fever, thereby the body can regenerate the wound area without experiencing scaly pain.
If this study is successful and applied, it will bring hope for important improvements in treatment for cases of injuries that can leave permanent wounds such as burns, broken limbs, and body penetrance, helping to minimize pain during recovery.
