Tag: Electrical safety

The human body is intrinsically bioelectric, relying on electrical signals to control crucial functions like your heartbeat and every muscle contraction. When external electrical current is introduced, however, the consequences can be life-threatening, causing severe burns, cardiac arrest, nerve damage, and other catastrophic injuries.

According to the CDC, approximately 400 deaths in the U.S. each year are caused by electrocution, primarily in occupational settings. This statistic highlights the danger electricity poses. Understanding the link between electrical exposure and damage is crucial for safety and medical care.

According to the Electrical Safety Foundation International, thousands of non-fatal electrical shocks occur in homes each year. So, **what does a mild shock feel like**? For most, it is a surprising, fleeting jolt that causes a sudden muscle contraction or a tingling feeling at the point of contact, and generally resolves quickly without lasting harm.

The term "microwave poisoning" is based on a misconception about how microwave ovens work. In fact, standard microwave ovens do not cause radiation poisoning; instead, exposure to very high levels of microwave radiation can cause thermal, or heat-related, injuries.

While heat therapy provides comfort and muscle relief, a surprising number of emergency room visits are attributed to heating pad-related burns. Misuse can lead to significant health risks, so understanding the facts about whether lying on a heating pad can be bad is crucial for safe and effective use.

Bones are not inherently luminescent, yet a persistent myth from cartoons suggests otherwise. We delve into the science to answer the question, **do bones glow when electrocuted?**, and reveal what really occurs during such a traumatic event.

While a static shock can generate up to 25,000 volts, the low current and brief duration mean it is almost always harmless to your health. The answer to the question, is it okay to have static electricity in your body, has a clear scientific explanation that most people will find reassuring.

According to the Electrical Safety Foundation International, approximately 30,000 non-fatal electric shock injuries occur each year in the U.S. But while a single, minor shock might seem harmless, many wonder: **what happens if you shock too much**, and what are the cumulative effects on the body over time?

According to the Occupational Safety and Health Administration (OSHA), thousands of workers suffer non-fatal electrical injuries annually. It is crucial to understand what is considered a minor shock, how to identify its symptoms, and the appropriate first aid measures to take.

In medical device technology, a fundamental principle is whether a device uses a unipolar or a bipolar system to transmit electrical signals. While the term "wires" is commonly used, this distinction is particularly crucial for devices like pacemakers and surgical tools. What is the difference between bipolar and unipolar wires, or more accurately, leads, hinges on how the electrical circuit is completed within or outside the body.