Is the human body designed to handle even minimal electrical currents?

The assertion that the human body is not designed to handle even minimal electrical currents is rooted in the understanding of how electrical current interacts with biological tissues. The human body is a conductor of electricity, and even small amounts of electrical current can have physiological effects.

Electrical currents can disrupt normal nerve function, cause muscle contractions, and in some cases, lead to more severe medical emergencies such as arrhythmias or burns. The body's reliance on electrical signals for critical functions such as heartbeats and neuromuscular coordination makes it vulnerable to any external current. Therefore, it is generally accepted that the human body does not possess a natural capacity to safely handle electrical currents, regardless of their intensity.

For a comprehensive understanding, while it is true that certain conditions or individual health factors could influence how one might experience electrical exposure, the fundamental concept is that any electrical flow poses a risk, underscoring the idea that the body is not biologically equipped to manage electrical currents without potential harm.