Phoenix Waveform

Unlocking Muscle Growth: How to Build Muscle with Electric Muscle Stimulation - Dr. Jeff Banas

Building muscle is a goal shared by many fitness enthusiasts, athletes, and individuals looking to enhance their physique. While traditional strength training remains a staple for muscle development, an innovative technique has been gaining traction as a complementary method – Electric Muscle Stimulation (EMS). This cutting-edge approach holds the potential to accelerate muscle growth and optimize training results. Let's explore how to effectively build muscle using Electric Muscle Stimulation.

Understanding Electric Muscle Stimulation (EMS)

Electric Muscle Stimulation involves the application of electrical impulses to targeted muscles through electrodes placed on the skin's surface. These impulses mimic the natural signals sent by the central nervous system, triggering muscle contractions. EMS has been used in various fields, including rehabilitation, pain management, and sports performance enhancement.

Complementing Traditional Training

EMS is not meant to replace conventional strength training; rather, it can be a powerful addition to your workout routine. When used alongside traditional exercises, EMS can provide a unique stimulus that engages a higher percentage of muscle fibers and recruits deeper muscle layers that may be challenging to activate through voluntary contractions alone.

Benefits of EMS for Muscle Building

Enhanced Muscle Recruitment: EMS can recruit a larger number of muscle fibers simultaneously, leading to more intense contractions. This increased recruitment can contribute to greater muscle activation and growth over time.
Time Efficiency: EMS sessions can be shorter than traditional workouts, making it an attractive option for individuals with busy schedules. These efficient sessions can provide an additional stimulus to promote muscle growth.
Reduced Joint Stress: While heavy lifting can stress joints and connective tissues, EMS allows you to target muscles without placing excessive load on joints. This is especially beneficial for those recovering from injuries or seeking to avoid overtraining.
Variety and Targeted Training: EMS enables you to target specific muscle groups and even muscles that are typically harder to isolate. This precision can lead to balanced muscle development and improved overall aesthetics.

Incorporating EMS into Your Routine

Consult a Professional: Before beginning an EMS program, consult a fitness professional or healthcare provider. They can guide you in selecting the right EMS device, setting appropriate intensity levels, and designing a regimen tailored to your goals.
Combine with Resistance Training: Integrate EMS into your existing workout routine. Perform EMS sessions on days when you're not engaging in heavy resistance training to avoid overtraining and give your muscles adequate time to recover.
Proper Placement and Technique: Correct electrode placement is essential for optimal results. Follow manufacturer guidelines or seek guidance from a professional to ensure proper muscle targeting.
Gradual Progression: Start with lower intensity levels and shorter durations, gradually increasing as your muscles adapt. Over time, you can challenge your muscles by intensifying EMS sessions.
Nutrition and Recovery: Building muscle requires proper nutrition and recovery. Maintain a balanced diet rich in protein and nutrients, and prioritize sufficient sleep and rest to support muscle growth.

Conclusion

Electric Muscle Stimulation offers a promising avenue for individuals seeking to build muscle efficiently and effectively. By incorporating EMS into your training regimen, you can enhance muscle recruitment, optimize your workout routine, and achieve your muscle-building goals. Remember that while EMS can be a valuable tool, it should be used in conjunction with proper nutrition, adequate rest, and traditional strength training to achieve the best results. As research in this field continues to evolve, Electric Muscle Stimulation may become an increasingly integral part of muscle-building strategies for fitness enthusiasts worldwide.

Dr. Jeff Banas, Developer of the Phoenix Waveform and Neural Fit Methods has been a Chiropractic Sports Physician since graduating from the National College of Chiropractic in 1993. In addition to being a Doctor of Chiropractic, Dr. Banas also has a BS in Human Biology, Fellow, of the International Academy of Clinical Acupuncture, Certified Chiropractic Sports Physician, and is a Certified Strength and Conditioning Specialist through the National Strength and Conditioning Association.

Dr. Banas has been practicing Neurotherapy with the ARPwave and Therastim for 16 years, but now exclusively uses the Phoenix Waveform.

Dr. Banas provides personal one-on-one support on the Neural Fit Methods and uses of the Phoenix Waveform.

Sine Wave vs Square Wave

With the Phoenix Waveform, we made a few changes and improvements to the waveform. We changed the shape of the waveform from a sine wave to a more efficient square wave.

Sine waves are very crude, therefore to obtain some result they have to crank it up to a point where you feel a lot of pins and needles.

Our waveform (square) is also cleaner, and more efficient, and by virtue of the fact that it is generated with square wavefronts, so it is not necessary to turn the intensity as high as you can.

In other words, a square wave gets more bang for the buck than a sine wave.

Comparing Russian sine currents to square waves (like the Phoenix Waveform) here are the key points:

Waveform Efficiency: Square waves offer more efficient muscle excitation compared to the older sine-wave Russian currents. The square wave delivers more stimulation per unit of intensity, making it more effective.
Technological Constraints: In Kots' era, sine waves were the best available technology. However, they required higher intensity for equivalent excitation compared to square waves due to waveform differences.
Flexibility: Russian currents have fixed parameters, like a 200 μs pulse width, limiting their adaptability for different muscle groups. In contrast, square waves can be adjusted to suit varied muscle responses.
Wastage: The Russian current's 10 ms on/off cycle doesn't optimize excitation due to the refractory time of neurons. This results in energy wastage, less effective stimulation, and potential issues like discomfort, skin irritation, and shorter battery life.

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