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Static electricity can have an impact on human health, but it's not accurate to assume that all forms of electrostatic radiation are harmful. In fact, some types of static electricity can be beneficial, while others may have little or no effect at all. For example, when we think about radiation, nuclear radiation comes to mind — which involves alpha, beta, and gamma particles. Alpha particles are made up of protons or proton clusters, and since protons are positively charged, this form of radiation is often seen as dangerous. However, it's incorrect to generalize that all static electricity is harmful to the body.
In reality, there are devices approved by the State Food and Drug Administration (SFDA) that use controlled negative static electricity for therapeutic purposes. These devices are widely used in clinics and sold commercially, proving that certain forms of electrostatic energy can actually support health. Negative ions, for instance, play a key role in maintaining the balance of our cells. Healthy human cells, including red blood cells, white blood cells, and colloidal particles in the blood, carry a negative charge. This negative charge helps prevent cell clumping, allowing them to flow smoothly through the bloodstream.
Moreover, negative ions are essential for various physiological functions. They help regulate the body’s electrical balance, improve mood, enhance concentration, and even support immune function. While excessive static electricity — especially from artificial sources like synthetic fabrics or dry air — can cause discomfort, it's important to distinguish between harmful and beneficial forms of electrostatic exposure. Understanding the difference allows us to make better decisions about how we interact with static electricity in daily life.