Microcurrent therapy has been very effective for such conditions as soft tissue inflammation, muscle pain, fibromyalgia Syndrome that affects muscle and soft tissue.Fibromyalgia
...
This includes people with:
- epilepsy.
- heart conditions.
- implanted medical devices, such as pacemakers.
What are the guidelines for the use of Microcurrent?
GUIDELINES FOR USE OF MICROCURRENT Each manufacturer will have a recommended protocol; however, the following are general guidelines. Skin Analysis Always provide a thorough skin analysis utilizing a health intake form and analysis device. Be mindful of any contraindications. Take a before and after picture at the first, sixth, and last sessions.
What are the side effects of Microcurrent?
Although adverse effects are uncommon, they can include nausea, exhaustion, and drowsiness. The adverse effects usually begin during or shortly after treatment and can continue anywhere from 4 to 24 hours. It is not known if there’s are any long-term effects. Microcurrent has a lengthy track record of being extremely safe.
Who is Microcurrent therapy for?
Microcurrent Therapy, unlike typical surgical facelifts, is entirely safe and has no real adverse effects. The sole exception is if you are pregnant or have cardiac disease, in which case a microcurrent facial is not recommended. Aside from that, everyone else is safe to use this skin treatment. Microcurrent Therapy is for everybody who wants them.
Can microcurrent stimulation be used in medicine and cosmetic treatment?
The use of microcurrent in medicine and cosmetic improvement has been studied for more than 50 years. Stimulation with microcurrents is also called biostimulation or bioelectric therapy because it enc... The use of microcurrent in medicine and cosmetic improvement has been studied for more than 50 years.
What is microcurrent therapy used for?
Microcurrent therapy can be used for Osteoarthritis, post-surgery pain, scar tissue, sciatica, sports injuries, headaches, and more! What are the benefits of Microcurrent? It decreases inflammation, speeds healing and can help alleviate pain.
What are five benefits of microcurrent?
What are the benefits of Microcurrent?Diminished appearance of fine lines and wrinkles. ... Improved circulation. ... Cleared up and /or reduced acne. ... Lift of jowls and eyebrows. ... Sun Damage Treatment. ... Product Penetration. ... Skin Pigmentation improvement. ... Smoother, firmer skin.More items...•
What type of conditions are treated by microcurrent machines?
What conditions can be treated with frequency-specific microcurrent (FSM)? FSM is most often used to treat pain, especially nerve and muscle pain, inflammation, and scar tissue, from the following conditions: Shingles. Burns.
What are the benefits of microcurrent?
Benefits of a Microcurrent FacialIt Reduces Fine Lines and Wrinkles. ... It Re-Trains the Facial Muscles for Improved Facial Contour. ... It Boosts Blood Circulation to the Face While Reducing Facial Puffiness. ... It Gives Immediate Results With a Cumulative Effect. ... It Is Relatively Painless.
What are the contraindications for microcurrent?
Contraindications to microcurrent use:Pacemaker or other implanted electronic devices.Epilepsy.Pregnancy (client or esthetician)Cancer.Thrombosis.Phlebitis.Metal plates or pins in the application area.Under a physician's care for a disorder, illness, disease, or injury.
What are the benefits of a microcurrent facial treatment?
The benefits of microcurrent facials long-term include:Improved elasticity due to an increase in natural elastin production.Improved collagen production and skin cell turnover.Diminished wrinkles and fine lines.Diminished pigmentation and skin roughness.
What skin type is microcurrent best for?
A microcurrent facial is ideal for anyone who wants to improve the appearance of their skin, whether they are more focused on an anti-aging or preventative treatment because it covers all the bases. It is safe and effective on all skin types and skin colors.
For which of the following would microcurrent be most useful Milady?
In esthetics, microcurrent is used primarily to tone and stimulate facial muscles.
What condition is a contraindication for microcurrent Milady?
Contraindications for Microcurrent Lifting Facial include: cardiac pacemakers, epilepsy, metal implants, skin irritation, and pregnancy.
Are microcurrent treatments effective?
Research suggests that microcurrent stimulation has several benefits, including promoting wound healing, reducing inflammation, boosting circulation, and improving muscle function. Additionally, unlike other more invasive procedures, microcurrent facials involve no incisions or anesthesia.
Is microcurrent better than Botox?
Unlike neurotoxins such as botulinum toxin (Botox), microcurrents won't stop your muscles from moving but will improve their quality and tone: it's bit like taking your face to the gym. For younger patients, this type of facial could well be enough to keep skin smooth and firm.
Does microcurrent help sagging skin?
As we age, our bodies produce less and less of these important proteins, leading to wrinkles, sagging skin, and a generally unhealthy appearance. By stimulating collagen and elastin production, microcurrent treatment can help reverse these signs of aging and leave you with firmer, younger-looking skin.
What are the benefits of high frequency?
What Are The Benefits of High Frequency Treatment? An Improvement In Acne. ... A Reduction in Enlarged Pores & Blackheads. ... A Softening of Fine Lines, Wrinkles, and Sagging Skin. ... A Reduction in Eye Puffiness. ... A Fading of Dark Eye Circles. ... An Improvement In The Appearance of Cellulite. ... Healthier Hair Growth.
What are the side effects of microcurrent facial?
Side effects of microcurrent facialstingling.discomfort.skin irritation or sensitivity.skin dryness.drowsiness.dizziness.facial twitching.
Can microcurrent make wrinkles worse?
Answer: Electrical microcurrent devices may make facial lines worse.
How does microcurrent help pigmentation?
Microcurrent facials, which tighten and smooth the muscles and connective tissues, are often used in combination with retinols and serum lighteners to treat hyperpigmentation. Hyperpigmentation is discoloration of the skin caused by unregulated overproduction of melanin in the epidermal or dermal layer of the skin.
How Does Microcurrent Therapy Work?
Each tissue type in your body has its own signature electrical frequency, which may be disrupted by injury or disease. Microcurrent therapy simply restores normal frequencies within the cells, resulting in remarkable improvements in pain, inflammation and function.
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What does the current do to the skin?
Clare Hargreaves-Norris. 8. When applied, the current stimulates the skins natural regenerative process, cell metabolism speeds up, allowing substances to pass in and out of cells more frequently.
What are the effects of galvanic current?
In addition, the galvanic effects of the current can produce the effects of the anode and cathode (discussed during galvanic therapy). One electrode is positive and the other negative, which causes chemical reactions to take place underneath the electrodes.
What is frequency specific microcurrent?
What is frequency-specific microcurrent (FSM)? Frequency-specific microcurrent (FSM) is a technique for treating pain by using low-level electrical current. The current is delivered to certain parts of your body in an attempt to relieve pain.
How many Hz is a microcurrent channel?
In many cases, the frequencies are set at two different levels — for example, one microcurrent channel might be set at 10 Hz and the second at 40 Hz. The current is usually applied with a moistened towel or with skin patches. It’s very important that you’re well hydrated before your FSM treatment.
Is microcurrent painless?
In general, frequency-specific microcurrent treatment is non-invasive and painless. The currents used in FSM are so low that you may not even feel them. During FSM treatment, you might feel a warmth and softening of the affected tissues.
What is microcurrent in medicine?
The use of microcurrent in medicine and cosmetic improvement has been studied for more than 50 years. Stimulation with microcurrents is also called biostimulation or bioelectric therapy because it encourages cell physiology and growth. Essentially, microcurrent is a low level of electrical current that mirrors the natural current flow of the body. It serves as a noninvasive augmentation of the body’s natural electrophysiology through frequency, polarity balancing, and homeostasis. The effects of microcurrent (electroporation) in clinical medicine have demonstrated acceleration of healing bone tissue, wound healing, muscle rehabilitation, TMJ, tendon repairs, lymphedema, diabetes, and collagen remodeling. 1,2 Nevertheless, microcurrent or microamperage electrical neuromuscular stimulator unlocked an exciting pathway to what may be possible for supporting the health and well-being of the skin. It also showed great potential for an aging population, as well as medical applications for supporting wound healing and pain management. The technology encourages a gentle energetic nudge to recharge cellular activity through mimicking the body’s own bioelectric current.
How to prepare for microdermabrasion?
Do not perform microdermabrasion or use an alpha hydroxy acid. Apply a well-formulated serum for the client’s skin type. Apply an interface product.
How do mitochondria work?
There can be as many as 500 to 2,000 mitochondria scattered throughout the cytoplasm of a cell. 15 The amount is specific to the location of the cell in the body. Mitochondria are the sites for aerobic respiration and energy production and contain their own DNA. They act as storage units for energy converted from food nutrients. Chemical energy is stored as sugars, amino and fatty acids, and is used for conversion into adenosine Triphosphate. 16 Energy is manufactured in the form of adenosine triphosphate through the collaborative actions of proteins located in and on the inner mitochondrion membrane that is called the electron transport chain. Electrons are passed down this transport chain releasing energy at each step of the conversion process known as the Krebs Cycle. This complex electrochemical process is known as adenosine triphosphate synthesis.
