Bioelectric Medicine are promising technologies that can treat chronic conditions such as cardiovascular diseases and epilepsy. These drugs are approved by regulatory bodies and government investments are encouraging manufacturers to increase research activities. Bioelectric drugs can cure some of the most common diseases in the US, such as depression and epilepsy. The field of bioelectrical medicine involves the application of electronic devices to analyze and modulate the nervous system. This breakthrough could mean a whole new world of diagnostic and therapeutic options.
The use of electrical stimulation for pain management is not new, Scribonius Largus developed a device in Mesopotamia around 47CE to modulate pain. In the technique eels were attached to patients' skin and created a single discharge that transmitted 600 volts. Later, the technique was popularized as an approach to arthritis pain. In 1992, the FDA approved the Alpha-Stim(r)AID device, which delivers electrical stimulation through earclips. Along with the Alpha-Stim(r)AID, another pain treatment device is the SPR Therapeutics PNS device. The PNS device is used to treat pain and is classified as a MENS device. It is listed under the MENS category and can deliver CES. The use of bioelectronic devices has grown rapidly in recent years. Some of the more well-known bioelectronic devices already in use include cardiac pacemakers and tens machines. A cochlear implant, for example, replaces damaged parts of the ear and provides hearing to over 400,000 people. Numerous other non-invasive electroceuticals are being developed, including implantable devices for the retina, which provides vision for the blind. There is an increasing Demand for Bioelectric Medicine and the potential for implants can be used to cure or manage diseases. This technology has already been used for chronic pain management, treatment of sensor neural hearing loss, and the detection of diseases. The technology is gaining popularity in developing countries, as manufacturers are focusing on building more advanced products. Current implantable Bioelectric Medicine devices work by tonically stimulating the nerve with pulses of electricity. Unlike devices that receive feedback from the patient, open loop stimulation devices do not provide feedback from the effect of the stimulation. So, they may no longer be effective as the nerves in the body change and the electrical current is weakened. A closed loop device is designed to collect patient feedback to adjust the device's parameters. These neuro-bioelectric devices have the potential to treat a wide range of diseases and conditions, including neurological disorders. The use of electrical currents to treat diseases has many benefits, including the possibility of avoiding the side effects of pharmaceutical drugs. Bioelectric Medicine utilizes devices that read electrical activity in the nervous system. These devices may have fewer side effects than drugs and can be used for a variety of ailments. It has been used to treat severe headaches, depression, chronic pain, blood pressure, and it is now being studied for Parkinson's disease and diabetes. Another promising use of Bioelectric Medicine is the treatment of acute pain. It is an alternative treatment that blocks pain signals sent to the brain. The technique can reduce the dosage of some pain medications by up to 50%. It may also be used as part of a comprehensive pain management plan. It is a safe and effective way to treat chronic pain. Several FDA-approved devices have been developed to treat epilepsy and cancer. There are hundreds of other studies underway in hopes of unlocking the potential of bioelectronic medicine. Electroceuticals can also help in treating many different medical conditions and even cure some diseases.
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