HFIT is a non-drug and noninvasive treatment for pain that is backed by research. It can be used in conjunction with physical therapy to provide a comprehensive approach to treating chronic injuries.
HFIT is a type of interferential current that uses the interaction of two out-of-phase medium-frequency alternating currents. The result is a frequency-specific microcurrent that provides analgesic effects.
Reduces Abdominal Obesity
There are a variety of ways to reduce belly fat, but the most effective method involves calorie control and proper exercise. Physiotherapy equipment that stimulates metabolism, increases circulation, and promotes fat breakdown complements lifestyle changes effectively, helping to achieve lasting results. Using equipment that incorporates multiple modalities like shock wave therapy, electrotherapy and active-passive training enhances muscle tone, improves metabolic rate and boosts fat metabolism, aiding in natural body absorption of excess belly fat. Longest Medical offers a wide range of physiotherapy devices that deliver these benefits, including their line of active-passive trainers.
A recent study examined the effects of high-frequency current therapy on abdominal obesity in young women. The study randomly divided 22 subjects into an experimental and control group, with each subject receiving a 6-week treatment regimen. The experimental group received high-frequency current therapy for the abdomen 3 times per week, with each treatment session lasting 60 minutes. The results showed significant decreases in the experimental group’s waist circumference, abdominal obesity rate and subcutaneous fat mass.
The mechanism behind the fat reduction effects of high-frequency current therapy is its ability to convert electrical oscillation energy into thermal energy during application. This heating causes dilating effects in the subcutaneous tissues that disrupts fat cell membranes, facilitating lipolysis. The effect also helps to increase the body’s sensitivity to insulin, which further facilitates the process.
Vagus nerve blocking therapy is another method of reducing abdominal obesity by interfering with the production and release of ghrelin, a hormone associated with hunger and satiety. This method involves implanting a device that delivers electrical stimulation to the branches of the vagus nerve on the anterior abdominal wall. This intermittent blocking of signals disrupts hunger sensations and induces feelings of satiety, which helps to reduce the amount of food consumed.
While the positive results from this study show the potential of high-frequency current therapy to reduce abdominal obesity, further research is needed to confirm these findings. In addition, the study’s small sample size may limit generalization of its findings.
Reduces Edema
The lymphatic system is a vital part of the human body’s fluid balance. It absorbs excess water, proteins, fat, and dead cells from the empty spaces around cells and transports them back to blood vessels where they are used to make more fluid and excrete waste materials. If the lymphatic system becomes unbalanced, the body may develop edema. The accumulated water and protein can block veins, restrict blood flow, and reduce circulation in the affected area, resulting in a feeling of heaviness and preventing nutrients and waste materials from moving toward the heart.
One effective method of reducing edema is pulsed electromagnetic field (PEMF) therapy. This noninvasive treatment technique applies electromagnetic fields to the body, stimulating cellular activity and improving circulation. Studies have shown that PEMF can be beneficial in reducing both acute and chronic swelling.
In a recent study, scientists examined the effects of PEMF on a patient’s calf muscle. They placed surface electrodes on the leg and measured bioelectrical impedance. After measuring the level of fluid in the calf muscle, they treated the participant with either active or sham PEMF for two and a half hours. They found that calf muscle ES significantly reduced the accumulation of fluid in the leg, while sham ES had no effect.
Other research has shown that EMS and TENS can also decrease edema. These treatments utilize electrical impulses to activate muscles, causing them to contract and relax. The contraction and relaxation cycles function as an auxiliary pump, encouraging fluid to move from distal tissues toward the heart. These treatments can also help alleviate pain associated with edema.
To learn more about incorporating a high frequency current therapy device like the Win Stim Combo Electrotherapy Machine into your edema treatment plan, contact us today! Our team is ready to assist you in finding the right solution for your specific needs. Whether you’re suffering from mild to severe edema, we have the technology and experience necessary to get you on the road to recovery. By following the guidelines for safe and effective use, you can enjoy improved comfort, health, and wellness!
Reduces Pain
Many people with chronic pain conditions, such as fibromyalgia and spinal cord injury, use electrical stimulation therapy to help reduce pain. This treatment uses a battery-powered device to deliver electrical currents that stimulate muscles and nerves. Unlike traditional medications, this type of therapy does not cause side effects. Instead, it can reduce pain and improve muscle function. In addition, it can also help to relieve stress and anxiety.
Electrical stimulation is used by physical therapists and chiropractors to help patients reduce pain, promote circulation and increase muscle strength. It is also commonly used to reduce inflammation and promote healing after surgery or injury. It can be used to treat a variety of conditions, including osteoarthritis and back injuries. During an electrical stimulation session, your healthcare provider will place electrodes on your skin to deliver the electric currents.
The electric currents penetrate deep into your tissues to stimulate and reboot healing. This helps to relieve pain, reduce swelling, and break down scar tissue. You may feel a slight tingling or tickle in your body, but this is not harmful. Your provider will make sure that the frequency of the current is appropriate for your condition.
TENS (transcutaneous electrical nerve stimulation) is a common electrotherapy treatment for back pain. It uses small electrodes that stimulate the nerves, which can help to block pain signals from reaching the brain. It is often used in conjunction with other treatments, such as acupuncture or massage.
Interferential current (IFC) and Neuromuscular electrical stimulation (NMES) are two other popular electrotherapy modalities for pain management. IFC uses two medium-frequency currents that intersect to produce a lower-frequency beat within the target tissue, which can enhance pain modulation and achieve deeper-tissue penetration than TENS. NMES uses lower-frequency pulses to strengthen weakened muscles and prevent muscle atrophy.
Several studies have shown that IFC is more effective than TENS in reducing pain intensity and functional improvement in CLBP patients. However, a lack of comparative research limits evidence-based clinical decision making. This study performed a systematic review and network meta-analysis of randomized controlled trials comparing IFC to HF-TENS, LF-TENS, or placebo in treating CLBP.
Reduces Stress
Stress is a common psychological disorder that can lead to many health problems, including high blood pressure, depression and heart disease. It is caused by the body’s “fight or flight” response, which causes an increase in heart rate and blood flow to energy-producing organs. Fortunately, there are several ways to reduce stress levels, including exercise, meditation, and psychotherapy. However, if you’re looking for something a little more innovative than these traditional treatments, consider frequency-specific microcurrent (FSM). This non-invasive, painless treatment uses low-intensity electric current to reduce muscle tension and stimulate the body’s natural healing processes. Its practitioners believe that FSM may also alter nerve pain signals in the brain, and it can help patients recover faster from conditions like shingles.
In one study, researchers used a combination of FSM and music therapy to treat psychiatric inpatients with acute stress disorders. The results of this study showed that the patients who received five sessions per week of FSM had significantly lower stress and anxiety levels than those receiving just one session a week. This is a good indication that this type of therapy can be very effective in treating various types of stress disorders.
A review of the literature found that electrical stimulation has a potential to alleviate symptoms of mental stress and depression, although the results vary between studies. The variation is due to differences in study designs, stimulation settings, and patient populations. Therefore, further research with standardized protocols and long-term investigations is needed to improve the understanding of the mechanisms by which electrical stimulation alleviates stress and depression.
The research on rTMS and sham treatment has focused mainly on anodal tDCS in the left DLPFC, but there is growing interest in exploring alternative stimulation modalities, such as tACS and tRNS. These techniques use different types of noise to disrupt aberrant cortical oscillations and can be delivered with varying intensity, which could make them more suitable for targeting specific physiologic effects. Additionally, tRNS has the potential to utilize stochastic resonance to enhance cognitive and brain functions sustainably. These alternatives can be used in conjunction with rTMS to achieve better outcomes and minimize side effects.