Resonant frequency therapy employs a non-invasive technique to strengthen the body’s natural healing processes, showing great promise in treating various pathologies.
Methods are needed for more quickly and accurately determining therapeutic resonant frequencies for genomic, atomic, or molecular material. Such methods should take into account an adequate electromagnetic refractive index of their surrounding environment.
Low-Frequency TENS Devices
Conventional TENS devices deliver low-intensity pulses of 50-100 Hz to the skin. These signals activate large diameter, low threshold non-noxious nerve fibres (A-beta) in dermatomes associated with pain to inhibit second order nociceptive transmission neurones in central nervous system. By increasing TENS pulse frequency or duration selective stimulation of A-beta fibres can inhibit nociceptive transmission neurones (Fig 2a); however this causes higher threshold A-delta afferents activated at higher amplitudes causing painful paraesthesia underneath electrodes (Fig 2b).
Low-frequency TENS provides immediate pain relief. It works by hyper-stimulating nerves near an injury site in order to block pain signals through Gate Control Theory – instantaneous pain relief can be found when worn. Unfortunately, it cannot relieve all types of pain and only relieves while worn.
Resonant frequency technology uses ultrasonic signals of 4,000 to 5,000 Hz to activate slow-twitch muscle fibres for treating most muscular conditions, as well as activate both slow and fast twitch fibers for optimal muscular contraction and the release of natural painkillers known as endogenous opioids.
TENS devices have been specifically developed for home use, offering patients drug-free relief of muscle and pain symptoms. Some have even been developed specifically for treating conditions like angina and lower back discomfort.
When selecting a TENS device for home use, look for one with indications for relaxing muscle spasms, preventing disuse atrophy and re-educating muscles. Also check to see whether there is an on/off switch or pre-programmed therapy sessions; such features could influence price as well as ease of use and functionality.
Be certain to double-check that a TENS device is safe to use with an artificial cardiac pacemaker or pregnancy or epilepsy patients, and understands how to safely operate it – such as not placing electrodes across active tumours.
High-Frequency TENS Devices
TENS devices offer one of the most cost-effective and minimally invasive pain management options available today, helping individuals reduce or eliminate their need for medications in many instances while offering a safe natural alternative to stronger drugs such as opiates.
TENS units are battery-operated devices designed to emit an inoffensive, painless electrical current through electrode pads attached to the skin. Users can customize strength, duration and frequency settings in order to target specific nerves or muscles with TENS units for maximum results. It is often combined with physical therapy or medical treatments for optimal results.
Most TENS devices feature a variety of pre-set therapy programs designed to reduce or alleviate specific types of pain. These can usually be found within the settings menu and were often pre-programmed by professionals for faster resolution of discomfort.
TENS devices work by stimulating non-pain-carrying nerves in order to interfere with (or “close off”) pain signals sent from your body’s sensory nerves to the brain, as well as increase production of pain-relief chemicals called endorphins produced naturally within your own body.
When selecting TENS devices, it’s essential to keep both price and performance differences in mind. While some devices offer basic on/off functionality, others such as the Omron RS-4i Plus provide program groups of five or nine sessions to target specific areas on the back, legs or arms.
One important consideration when purchasing medical devices is which battery type it uses. Devices using AA or AAA batteries tend to be cheaper in the long run compared to devices requiring rechargeable batteries; replacing batteries frequently may become expensive for patients.
Medical professionals frequently recommend TENS therapy for an array of conditions and illnesses, including arthritis, chronic neck or back pain, fibromyalgia, shingles, muscle spasms fractured ribs and more. Before commencing TENS therapy it is wise to consult your physician first – particularly when pregnant, heart issues or epilepsy is involved or electrodes will cause irritation/burning to the skin.
Combination Devices
Understand the regulatory landscape can be difficult for manufacturers of combination products. Sometimes the device component must be CE marked while its medicinal part falls under medicinal product framework with a Notified Body conducting an assessment against general safety and performance requirements (GSPRs) applicable to devices; whether these assessments require certification depends on whether their medicinal substance acts principally or secondarily with the device in question.
Drug/device combinations are an emerging field. Pharmaceutical products are being combined with devices to enhance efficacy, patient compliance, and cost efficiency. Examples include injectable devices, implantable pumps, and biodegradable implants; others may involve zero-order release kinetics from polymers contained within devices or even spatial localization of API release using catheters in some instances.
Device developers must consider many elements when developing APIs with controllable GSPRs, including device configuration, intended use(s), human factors and supplier quality agreements when managing all GSPRs.
Sponsor companies who specialize exclusively in device development often feel out of their element when developing combination products, as it requires extensive collaboration among teams from both drug and device sectors to conduct failure modes and effects analysis and design a device as a system. It is imperative to conduct these analyses early rather than as issues during development as this can help decrease queries from regulatory authorities and increase time-to-market.
An additional challenge involves developing and implementing a quality management system based on a blended model, comprising device and pharmaceutical QMS requirements. While this task may appear overwhelming, it can be accomplished by including both device and pharmaceutical requirements in the design phase of process and by building them into overall quality management system.
Replacement Electrodes
No matter which TENS device they choose, most users will eventually require new electrode pads. The adhesive on these pads wears out due to constant use and exposure to moisture and dust – which compromises their effectiveness over time. By taking steps to care for and protect their electrodes properly, individuals can extend their lifespan while making sure their treatment sessions yield maximum benefit.
People can maintain the quality of adhesive pads by keeping them away from heat sources and storing them in a cool dry location, where moisture won’t harm its quality. Furthermore, they should clean their pads after each use to maintain good condition; and finally storing them in their original packaging or plastic bag to avoid moisture damaging its integrity.
These pads are specifically designed to work with 1-byone TENS devices and deliver tiny electrical impulses that send signals directly to nerves to block pain signals sent from the brain, reduce muscle soreness, improve muscle conditioning and enhance circulation. To maximize their efficacy for therapy purposes and extend their lifespan. Individuals should follow all manufacturer recommendations regarding usage and maintenance for effective therapy use.
Replacement electrodes are essential components of high-quality TENS or FES devices, whether to boost performance or enhance results of specific treatments. With various sizes, styles and designs to suit different muscle stimulation applications or skin rejuvenation programs.
All living organisms are energy systems comprised of interdependent, organized atoms held together by molecular electromagnetic forces. Every cell and organ has their own resonant frequency that may become out of balance due to trauma, abuse or illness; externally applied resonant frequencies can help restore them back into balance and bring back to optimal state.
The present invention’s Resonant Frequency TENS and FES device creates precise resonant frequencies by employing the logical AND function to XOR modulate higher pulse width modulation (PWM) carrier square wave output with lower therapeutic frequency PWM square wave output, creating standing electromagnetic waves known as scalar waves which collide with resonant frequencies generated through XOR modulation in an inductor and transfer them onto patient tissue.
