Electric shock is instrumental in the healing process because it helps with blood flow and oxygen supply along with nutrients relocation in the damaged parts, vital for restoring the wounded tissues. Additionally, it may boost tissue recovery by accelerating blood clotting, which protects against excessive bleeding and immediate exposure to harmful external factors. From time to time, getting shocked is crucial in coagulation because it regulates factors that cause over-bleeding and hinders nonstop bleeding on the wound. Such elevation is pivotal in prototyping chronic and acute wound recovery. Wounding and injuring can sometimes help blood to clot, but this may instead lead to over-bleeding, which can be stopped through blood thickness. Contextually, thick blood aids in coagulation, which would not wind up correctly. Thicker blood can also foster cell growth, cytokine discharge and migration, transforming damaged cells into biosynthesis and thus accelerating tissue repair, which is essential for its regeneration.

In addition, fibroblasts, keratinocytes as well as other crucial cell types are deployed in mending and renewing the wounding tissues or creating new ones. Furthermore, electrical discharge facilitates tissue constancy by minimizing the over-reacting inflammatory response. Inflaming and swelling remain pertinent physiological responses to tissue hurting because they play a significant role in tissue revitalization. However, the failure of such overreacting can lead to chronic inflammation, hindering the recovery process. Furthermore, inflammation typically occurs when body tissues are either bruised or dirtied. All in all, electric shock can aid in restoring the tissues faster and enhancing their growth so that the individual can get better within a shorter period.