Does magnetic therapy mattress have a big impact on pregnant women?

Modern medicine pays more and more attention to physical therapy, which can bring many benefits to the body and promote the healthy development of the body without being affected in any way. For example, magnetic therapy is a very safe technology, and as people's living standards have greatly improved, magnetic therapy is used in all aspects of life. However, do magnetic therapy mattresses have a big impact on pregnant women? Let’s take a look at the explanation below.

Magnetic therapy mattresses have the function of improving microcirculation, enhancing human immunity, improving sleep, and promoting blood circulation throughout the body. If you only sleep on it for a few days during pregnancy, it will not affect the fetus, so don't worry. However, it is not recommended to use during pregnancy.

Magnetic therapy mattresses use magnetic magnetization, not ionizing magnetism, so they are harmless to the human body. However, it is still unknown whether it will affect the fetus because no one has done relevant tests. But from the perspective of safety first, you should try to avoid using magnetized mattresses during pregnancy.

From the perspective of physical therapy, there is indeed magnetic therapy in clinical practice. Magnetic therapy is a method of treating certain diseases by applying artificial magnetic fields to the human body's meridians, acupoints and lesions. At present, professional magnetic therapy equipment in hospitals is used to assist in the treatment of hypertension, arthritis, headache, insomnia, coronary heart disease, gastroenteritis, facial spasm, sprains, cervical spondylosis and other problems, but the effectiveness generally lacks evidence-based medical evidence, so it cannot be said that it has magical effects.

Moreover, in clinical practice, magnetic therapy intensities are divided into small, medium and large. Below 100mT (millitesla) is considered small, and is generally used to calm the nerves, improve insomnia and early heart disease; 100~300mT is medium, and is most commonly used for surgical diseases such as sprains; 300~600mT is a high-intensity magnetic field, and most hospitals cannot provide this intensity. During magnetic therapy, doctors need to constantly adjust the magnetic field size and duration based on the patient's response.

In order to achieve the same effect as clinical treatment, magnetic therapy products must be able to generate high-intensity magnetic fields, and the intensity and time of magnetic therapy should be adjusted according to different diseases and conditions.