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Esthetician Training

"Barbara Berger is an extremely gifted teacher and is professional and knowledgeable in the field of microcurrent technology. She's one of the great teachers of our time in this field."

​--Tracy Duhs, The Sanctuary Day Spa, San Diego, CA

Acupuncturist Training | Microcurrent Facial Toning for Acupuncturists
  • Expertise Based on 30 Years of Clinical Practice.

 

  • Step by Step Guidance.

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  • Support You Can Rely On.

 

 Transform your esthetician skills with Basic and Advanced Microcurrent Techniques and Protocols. Learn at your own pace with our Esthetician Microcurrent Home Study Courses in Facial Rejuvenation and Body Sculpturing. Microcurrent Facial Rejuvenation is also known as Microcurrent Facial Toning and a Microcurrent Facial.

 

Our Home Study Courses developed from many years of clinical practice. We offer a strong foundation in understanding microcurrent based on experience and success. We separate fact from fiction, and deliver the best training available.  .

 

Microcurrent Facial Toning continues to grow in popularity as estheticians utilize this healing current to enhance skin health and beauty. Expert training led by Barbara Berger, LAC with flexible learning options include:

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  • Home Study (Basic and Advanced)

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  • Live Webinar

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  • Hands-On Training

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​A microcurrent treatment delivers tiny doses of current similar to current moving through our body enhancing circulation and bathing tissue in oxygen and vital nutrients.

Estheticians treat with either probes (aka wands) designed for cotton q-tip insertion which gently glide across the face, or conductive silver infused woven gloves known as Silver Sculpting Facial Gloves. Microcurrent treatment is sub-sensory, and so relaxing that clients commonly fall asleep.

 

 Skincare professionals often ask about device accessories, and if they should treat with probes or conductive gloves. Conductive gloves were first designed with conductive carbon fabric. Manufacturers now offer “silver infused woven gloves which incorporate antimicrobial technology to help resistance to microorganisms.”

 

There is a crucial difference between sterilizing, disinfecting and sanitizing conductive gloves.
 

  • Autoclave steam sterilization kills all microorganisms and their spores.

Spore is defined as “a dormant form of bacteria."

 

  • Sanitizing kills bacteria on surfaces using chemicals. It is not intended to kill viruses.

 

  • Disinfecting kills viruses and bacteria on surfaces using chemicals. This process kills most harmful microorganisms but does not kill spores.

 

Silver conductive gloves are advertised as having anti-microorganism properties. Although the use of silver is documented as being antimicrobial, there are reported incidences of resistance to microorganisms. It appears that more research is needed to determine the efficiency of silver against bacterial spores and viruses.

 

According to the study, Emerging Concern for Silver Nanoparticle Resistance in Acinetobacter baumannii and Other Bacteria, “despite clear evidence of the strong antibacterial efficacy of NAg, studies have raised concerns over the development of silver-resistant bacteria.”

 

When treating areas of the body such as arms, legs, and the lower back with gloves, it is safe to use a disinfectant. These areas are not near openings of the face. Treating near the eyes, nose and mouth poses a risk if gloves are not sterilized. Conductive gloves are delicate and cannot withstand repeated high heat sterilization and will be damaged.

 

Disinfecting a microcurrent device accessory is not equal to sterilization. Even the best disinfectant allows for the possibility, however slight of spreading germs from one client to another. In this regard, the best way to ensure the safest Microcurrent Facial treatment is by using probes with q-tips.


 

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References

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https://www.fda.gov/media/152429/download

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https://www.kenhub.com/en/library/anatomy/the-facial-muscles

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Emerging Concern for Silver Nanoparticle Resistance in Acinetobacter baumannii and Other Bacteria, Oliver McNeilly, Riti Mann, Mohammed Hamidian, Cindy Gunawan, 2021 Apr 16. doi:10.3389/fmicb.2021.652863

 

 

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