Frequency Specific Microcurrent Therapy

Frequency Specific Microcurrent Therapy

Microcurrent therapy is a very safe and effective method used for the treatment of most type of pain inlcuding, neck pain, low back pain, joint pain, nerve pain and neuropathy. This is NOT TENS or muscle stimulation, in fact it’s mechanism of action is actually the opposite. See “Principles behind Microcurrent Therapy” Below if you would like to know more.

What Can I Expect?

Immediate and lasting pain relief! There is NO strong electrical felling and there is NO pain. In fact most of our patients find the treatment quite relaxing.

NEW Developments in Microcurrent Therapy

The Cleveland Clinic, a world renowned innovative healthcare entity, is now using Microcurrent Therapy in the same exact manner we have been right here in Pueblo for over 20 years! They have several pages devoted to this safe and highly effective treatment that you can review here

https://my.clevelandclinic.org/health/treatments/15935-frequency-specific-microcurrent

The history of Microcurrent Therapy

 

 

Albert Einstein recognized early on (go figure) that the body responded to specific frequencies and saw the potential application to medicine. Shortly thereafter many scientists and physicians began studying this method. Like many things in modern medicine it can take a very long time to go from recognized benefit and safety to actual widespread adoption. In the 1980s physicians in Europe and the US began using microcurrent devices for stimulating bone repair after severe injuries or surgeries and for speeding up the healing of wounds, particularly in diabetics,  and both of these issues are commonly used today.

Fast forwarding to the present time

There are numerous studies published on the effects of single channel microcurrent showing that it increases the rate of healing in wounds and fractures. There is one study showing that micro amperage current between 10 and 500 micro amps increases ATP (cellular energy) production by 500% in rat skin.

Principles behind Microcurrent Therapy

As the name suggests, a very low-voltage (in the millionths of an amp range) current is passed through the affected tissues,  joint or region of the body in order to stimulate the body’s healing process. Regular TENS or Muscle Stimulation uses much higher Direct Current power and there are two concerns with this.

Each and every cell of the body has its own electric frequency. Due to abnormal conditions or injury, the bioelectric frequency of the cell is disturbed. Microcurrent therapy is based on the principle that, application of current that is similar to the body’s bioelectric current enhances the tissues response to healing and repair. Microcurrent therapy has been very effective for such conditions as soft tissue inflammation, muscle pain, fibromyalgia, neuropathy, bone bruising, delayed fracture healing and pain associated with shingles. Please see www.frequencyspecificmicrocurrent.com for a list of testimonials.

Micro-current Therapy: Procedure and Healing Process

In microcurrent therapy, VERY LOW power current is administered to various parts of the body. The duration for microcurrent application may last anywhere from 15 – 90 minutes depending on the condition being treated.

Studies have revealed that microcurrent therapy helps in restoring metabolic processes that are responsible for healing. (Please see www.frequencyspecificmicorcurrent.com). It is believed that microcurrent can regulate the energy levels of the body by promoting ATP (adenosine triphosphate) production, which is the major fuel for all the biochemical reactions of the body. As energy levels increase, the body’s ability to remove metabolic wastes is enhanced, hence preventing accumulation of toxic substances, enhancing nutrient distribution and improving blood circulation, thus, helping the body produce new healthy cells and replace the injured ones.

What are some of the other conditions that Microcurrent Therapy can treat?

Achilles Tendinitis
Adhesions
Back Pain
Bell’s Palsy
Bone Fractures
Carpel Tunnel Syndrome
Chronic Regional Pain Syndrome
Concussion
Disk Injuries
Fibromyalgia
Fibrosis
Fractures
Frozen Shoulder
Headaches
Joint Pain/Instability
Myofascial Pain
Osteoarthritis
Neuromuscular Pain/Inflammation
Nerve injuries
Peripheral Neuropathy
Post-Surgery Pain
Reflexive Sympathetic Dystrophy (RSD)
Scar Tissue
Sciatica
Spinal Disc Pain
Sports Injuries
Sprains/Strains
TMJ (Jaw) Pain
Tennis Elbow
Whiplash Injuries
Wound Healing (as related to surgical incision)

The only contra-indications for microcurrent therapy are for those people who have pacemakers, active cancer in the region of treatment or are currently pregnant. In order for FSM to be fully effective, it is very important that those receiving FSM are well hydrated prior to and during their treatment.

More info…

Microcurrent was first used in the 1980s by physicians in Europe and the US for stimulating bone repair in non-union fractures. There are numerous studies published on the effects of single channel microcurrent showing that it increases the rate of healing in wounds and fractures. There is one study showing that micro amperage current between 10 and 500 micro amps increases ATP (cellular energy) production by 500% in rat skin.

Effects of microcurrent

In 1982 Ngok Cheng published, The Effect of Electric Currents on ATP Generation, Protein Synthesis and Membrane Transport in Rat Skin in Clinical Orthopedics volume 171: pages 264-272. This study showed that microcurrent increased ATP production in rat skin by 500%. ATP is the chemical that the body uses for energy. The current also increased amino acid transport into the cell by 70% and waste product removal. The implications for human healing and repair are obvious. ATP production was increased as long as the current was below 500 microamps. When the authors increased the current to 1000 micro amps, or one milliamp, a current range delivered by TENS devices and other types of electrical stimulation therapies, the ATP production was actually reduced. Essentially, even though standard TENS or Electrical Stimulation sometimes results in short term pain relief (1-2 hours) it may actually reduce tissue healing.

Joe Ruzich, PT has been trained and certified in the advanced use of Frequency Specific Micro-Current (FSM) by Dr. Carol McMakin, DC and is the only certified FSM practitioner in the Pueblo area.

CALL TODAY TO RESERVE YOUR FREE CONSULTATION!
(719) 568-9790

As we age, maintaining health and independence becomes a top priority. Strength training, a type of resistance exercise often overshadowed by cardio or flexibility exercises, is a cornerstone of healthy aging. Whether you’re in your 30s or 80s, incorporating strength training into your routine can help you live a longer, more vibrant life. Here’s why everyone needs to embrace strength training and how to overcome common barriers to getting started.

1. Avoiding Frailty

Frailty, marked by reduced strength, endurance, and physical function, is a growing concern with age. According to the National Institute on Aging, frailty increases the risk of falls, disability, and hospitalization. For women, who face a higher risk of osteoporosis, frailty can also lead to fractures with prolonged recovery. Strength training combats frailty by building muscle mass and bone density. 

A 2021 study in the Journal of Clinical Medicine found that resistance training significantly improved muscle strength and reduced frailty markers in older adults. For women, this is especially critical, as stronger muscles and bones reduce the risk of osteoporotic fractures. Exercises like weightlifting, bodyweight workouts, or resistance bands enhance physical resilience, making daily tasks like carrying groceries or climbing stairs safer and easier.

(Want to know more about osteoporosis and PT’s role in it’s prevention and treatment? Check out our previous article for more information: Osteoporosis, Osteopenia, and Physical Therapy

2. Staying Able to Do the Things You Love

Strength training ensures you can keep enjoying activities like gardening, hiking, or playing with grandkids. According to an article in Harvard Health Publishing, muscle strength can begin to decline by about 1-2% per year after age 35 due to sarcopenia, also known as age-related muscle loss. This muscle loss accelerates as our bodies age. This loss can limit your ability to perform daily tasks or pursue hobbies, particularly for women who may experience accelerated muscle loss during menopause due to declining estrogen levels. 

Regular strength training preserves functional capacity, and benefits multiple domains of health. A  2019 study published in Frontiers in Physiology showed that resistance exercise not only improved musculoskeletal health, but also helped patients manage chronic conditions like cardiovascular disease and diabetes (Mcleod et al., 2019). Older adults who participated consistently in resistance strength exercise maintained better mobility, overall health, and independence than those who did not. Additionally, the same study found that those using light weight or only body weight while strength training was just as effective as heavy weights (McLeod et al., 2019). The most important factor of strength training for healthy aging is finding a routine that is suited to your body and your ability. A consultation with a physical therapist can help you find the right routine and guide you through proper exercise form to ensure your exercise is preventing injury, not causing it.  Strength training empowers you to stay active, healthy, and independent.

3. More Muscle Mass Equals Improved Blood Sugar Control

Building muscle isn’t just about strength—it’s about metabolic health. Muscle tissue helps regulate blood sugar by improving insulin sensitivity, which is vital for preventing or managing type 2 diabetes, a condition more prevalent with age (Mcleod et al., 2019). Increased muscle mass enhances glucose uptake, reducing blood sugar spikes. This is particularly important for women, who may face increased risks for diabetes complications. Researchers have found that  resistance training improved glycemic control in older adults with type 2 diabetes (Mcleod et al., 2019). In their review of resistance exercise and blood sugar management, resistance exercise performed for 8 weeks resulted in clinical improvements in A1C management and improvements in insulin resistance. These findings are relevant not just to individuals living with diabetes, but also those with insulin resistance, metabolic disorders, or a family history of diabetes. More muscle mass means greater glucose storage capacity, supporting overall metabolic health. Even moderate strength training, like lifting weights twice a week, can make a significant difference.

Common Barriers to Starting Strength Training

Despite its benefits, many hesitate to start strength training. Here are common barriers and solutions:

  • Lack of Knowledge: Many feel intimidated by unfamiliar exercises. 
    • Solution: Start with simple bodyweight moves like squats or push-ups. Online resources from the American Council on Exercise (ACE) offer free beginner guides, or consult a certified personal trainer for a tailored program.
  • Fear of Injury: Older adults, especially women with lower bone density, may worry about getting hurt. 
    • Solution: Begin with low weights or resistance bands under professional guidance. A 2018 study in Journal of Strength and Conditioning Research confirms supervised strength training is safe and effective for all ages when done correctly.
  • Time Constraints: Busy schedules can make exercise feel daunting. 
    • Solution: Short, 20-minute strength workouts 2-3 times per week still deliver impactful benefits, per American College of Sports Medicine guidelines.
  • Gym Intimidation: Gyms can feel overwhelming for beginners. 
    • Solution: Try home workouts with minimal equipment or join small group classes for older adults, which foster a supportive environment. Women-only classes can also provide a comfortable starting point.

Getting Started with Strength Training

To reap the benefits, aim for 3 sessions per week. Focus on compound movements—exercises that work multiple muscle groups at once, like squats, deadlifts, lunges, assisted pull-ups, and pushing-pressing motions. These maximize efficiency and functional strength. Start with light weights, resistance bands, or bodyweight exercises, gradually increasing intensity.

Safety Tip: Deadlifts, a powerful and functional movement, we commonly integrate this into out-patient rehabilitation strategy, but it does require proper technique to avoid injury. Begin with no weight, using a broomstick or similar tool to master form under a skilled coach’s guidance before adding weight. This is especially important to protect against lower back strain or injury.

Always consult a healthcare provider before starting a new exercise program, especially if you have chronic conditions like osteoporosis, chronic low back pain or shoulder problems. If you do struggle with any of these, one of our physical therapists can design a program tailored to your needs, and we’re here to support you every step of the way. If you are free from chronic conditions or pain a skilled coach or trainer can also be a great fit to get you started safely.

Strength training isn’t just for bodybuilders—it’s for everyone who values aging gracefully, staying active, and feeling their best. By building strength now, you’re investing in a healthier, more independent future.

References:

Harvard Health. (2023, February 14). Age and muscle loss. https://www.health.harvard.edu/exercise-and-fitness/age-and-muscle-loss

Mcleod, J. C., Stokes, T., & Phillips, S. M. (2019). Resistance Exercise training as a primary Countermeasure to Age-Related Chronic Disease. Frontiers in Physiology, 10. https://doi.org/10.3389/fphys.2019.00645

Talar, K., Hernández-Belmonte, A., Vetrovsky, T., Steffl, M., Kałamacka, E., & Courel-Ibáñez, J. (2021). Benefits of Resistance training in Early and late Stages of Frailty and sarcopenia: A Systematic Review and Meta-Analysis of Randomized Controlled Studies. Journal of Clinical Medicine, 10(8), 1630. https://doi.org/10.3390/jcm10081630

Request An Appointment

Please fill out this form and
we will contact you about scheduling.