Question 1

What does BCR stand for?

Accepted Answer

BCR stands for Biological Cell Regulation, a therapy that supports the body’s natural bioelectrical balance and self-healing processes. BCR therapy uses gentle medical microcurrents to regulate cells, nerves, and tissues, making it a complementary approach for conditions such as stroke recovery, muscle coordination, and neurological rehabilitation.

Question 2

Is BCR a medically recognised therapy?

Accepted Answer

Yes. BCR (Biological Cell Regulation) therapy is medically registered in Europe and is widely used by doctors and therapists in hospitals and clinics across Asia, including India, Vietnam, China, Malaysia, and Thailand. BCR is recognized as a safe, non-invasive, and complementary therapy that supports neurological rehabilitation, stroke recovery, and self-healing. Its use by healthcare professionals demonstrates its focus on regulated microcurrent therapy and bioelectrical balance.

Question 3

What is the Science behind BCR?

Accepted Answer

BCR (Biological Cell Regulation) is based on the bioenergetic principles introduced by Dr. Reinhold Voll, a German physician known for his work on electroacupuncture and biological regulation.

According to Dr. Voll’s theory, healthy human tissue has an electrical resistance of approximately 95 kilo-ohms, which represents a state of balance and normal cellular function. When tissue is stressed, inflamed, injured, or dysfunctional, this resistance may shift away from the optimal range.

BCR works by using gentle medical microcurrents that mimic the body’s natural biological currents. These microcurrents are designed to help guide the body back toward this balanced electrical state, supporting regulation rather than forcing change.

By helping the body move toward its natural balance point, BCR aims to:
 • Support cellular regulation and communication
 • Help rebalance the body’s energy flow (chi)
 • Encourage the body’s natural self-healing processes
 • Support nerve and muscle coordination affected by injury or illness

Question 4

How does BCR measure the body's internal Bio-Electrical current?

Accepted Answer

BCR uses principles of biocybernetics to detect and respond to the body’s natural bio-electrical signals. The human body communicates at extremely low electrical levels, and BCR is designed to work within this same range.

The system is capable of reading and regulating the body’s bio-electrical current down to micro-signal levels (as fine as one MPS). This allows BCR to deliver highly controlled and precisely regulated medical microcurrents that closely match the body’s own signals.

Because electrical signals at this level are naturally very subtle and volatile, accurately working within this range requires advanced technology and precise regulation. BCR does not force electrical stimulation; instead, it continuously adapts to the body’s feedback, supporting balance and regulation rather than overwhelming the system.

This biocybernetic feedback approach is what makes BCR both high-tech and gentle, allowing it to safely support the body’s natural regulatory and self-healing processes.

Question 5

How does BCR actually help a patient improve?

Accepted Answer

Because BCR can accurately read the body’s bio-electrical signals, it is able to detect when tissue is not at this balanced 95 kilo-ohm point. Once this imbalance is identified, BCR uses five integrated therapeutic modalities to help guide the tissue back toward balance.

The five modalities used by BCR are:
 1. Medical microcurrent
Very gentle microcurrents that mimic the body’s natural biological current, supporting cellular regulation without forcing stimulation.
 2. Frequency modulation
Specific frequencies are used to support different tissue responses and encourage normal cellular communication.
 3. Polarity (hot and cold regulation)
Electrical stimulation that mimics hot and cold effects, helping regulate circulation, inflammation, and tissue response.
 4. Push and pull stimulation
A gentle electrical sensation similar to a massage, supporting circulation, lymphatic movement, and muscle relaxation.
 5. Light therapy (red and blue light)
Light is used to further support cellular activity and tissue regulation at the treatment site.

By combining these five modalities, BCR works to guide the tissue back toward the 95 kilo-ohm balance point, where the body’s natural self-healing processes can function more effectively.

BCR does not force healing or treat disease directly. Instead, it follows a regulatory approach, creating the conditions needed for the body to restore balance and repair itself.

Question 6

Is BCR just a pain-killer offering temporary relief?

Accepted Answer

No. BCR is not a painkiller, and it does not work like medications or conventional pain-relief devices.

Painkillers such as paracetamol, ibuprofen, or even modalities like TENS machines, primarily focus on masking pain signals or temporarily reducing discomfort. They do not address the underlying imbalance in tissue or cellular regulation.

BCR works differently.

Based on Dr. Voll’s 95 kilo-ohm bioenergetic theory, BCR measures the body’s bio-electrical state and identifies when tissue is out of balance. Instead of blocking pain, BCR uses regulated medical microcurrents and other modalities to help guide tissue back toward its optimal electrical balance, where normal function can resume.

By supporting the body’s return to this balanced state, BCR aims to:
 • Promote self-healing and self-repair
 • Support proper cellular and nerve regulation
 • Address underlying dysfunction, not just symptoms

Because BCR focuses on regulation rather than suppression, its effects are cumulative, and improvements tend to build over time rather than fade quickly like temporary pain relief.

Question 7

How is BCR different from TENS? Is BCR more effective?

Accepted Answer

BCR and TENS are completely different therapies with very different purposes.

TENS (Transcutaneous Electrical Nerve Stimulation) is designed primarily for temporary pain relief. It works based on the pain gate theory, where stronger electrical stimulation is used to block pain signals from reaching the brain. While this can reduce pain perception, it does not address the underlying cause of the problem.

Because TENS focuses on masking pain:
 • Relief is usually temporary
 • The underlying tissue imbalance or dysfunction remains
 • Pain may return once stimulation stops
 • Reduced pain sensation may sometimes lead patients to overuse or strain affected areas without resolving the root issue

BCR works very differently.

BCR does not block pain signals. Instead, it works on the 95 kilo-ohm bioenergetic regulation principle, using gentle medical microcurrents to support the body in returning tissue toward its natural balanced state. This balanced state is where self-healing and self-repair can occur.

Key differences:
 • TENS = symptom-focused pain modulation
 • BCR = regulatory, root-supporting therapy
 • TENS uses strong stimulation to override nerves
 • BCR uses microcurrents that mimic natural biological signals
 • TENS effects stop when treatment stops
 • BCR effects are cumulative and build over time

For these reasons, BCR is not simply about pain relief. It aims to support long-term regulation and recovery, rather than short-term symptom suppression.

Question 8

Is BCR safe? Is BCR safe for elderly or frail patients?

Accepted Answer

Yes. BCR (Biological Cell Regulation) therapy is a non-invasive, gentle, and highly controlled therapy designed to be safe for a wide range of patients, including elderly and frail individuals.

BCR uses regulated medical microcurrents that mimic the body’s natural bioelectrical currents, allowing it to support cellular balance, nerve and muscle regulation, and self-healing without causing pain or overstimulation. Unlike therapies that rely on strong electrical stimulation, BCR adapts to the body’s feedback, ensuring precise, safe, and controlled treatment.

Key safety features of BCR include:
 • Non-invasive therapy – no needles, no surgery
 • Gentle microcurrents – designed to match the body’s natural electrical signals
 • Adaptable intensity – sessions are fully adjustable for comfort and tolerance
 • Regulated bioelectrical approach – supports tissue balance rather than forcing stimulation
 • Clinically used – BCR is medically registered in Europe and widely used in hospitals across Asia

Because of these features, BCR is considered safe for elderly patients, frail individuals, and those with sensitive tissues, making it a reliable complementary therapy for supporting overall cellular health, regulation, and self-healing.

Question 9

Are there any side effects of BCR therapy?

Accepted Answer

BCR (Biological Cell Regulation) therapy is generally well-tolerated and considered very safe for most patients. Because it uses gentle medical microcurrents that mimic the body’s natural bioelectrical signals, side effects are rare and typically mild.

Some patients may experience temporary sensations as the body responds to therapy, such as:
 • Slight warmth or tingling in the treated area
 • Mild fatigue or a relaxed, sleepy feeling after a session
 • Minor, short-lived changes in muscle tension

These effects are temporary and usually resolve quickly, reflecting the body’s natural adjustment to restored electrical balance and tissue regulation.

Why BCR minimizes side effects:
 • Non-invasive therapy – no needles or surgery involved
 • Regulated microcurrents – precisely calibrated to match the body’s natural bioelectrical activity
 • Adaptive feedback system – the device responds to the body, preventing overstimulation
 • Clinically used worldwide – BCR is medically registered in Europe and widely applied in hospitals across Asia

Because of its controlled, gentle approach, BCR is suitable for elderly patients, frail individuals, and patients with sensitive tissues, making it a safe complementary therapy for supporting self-healing, cellular balance, and overall wellness.

Question 10

Can BCR be used alongside medication or other therapies?

Accepted Answer

Yes. BCR (Biological Cell Regulation) therapy is a safe and complementary therapy that can be used alongside medications, physiotherapy, or other treatments. It is non-invasive and gentle, so it does not interfere with conventional medical treatments.

In fact, BCR can enhance other therapies, including Traditional Chinese Medicine (TCM), by supporting the body’s natural bioelectrical balance, nerve-muscle regulation, and self-healing processes. Combining BCR with other therapeutic approaches can help create a more holistic and effective treatment plan, tailored to individual needs.

Key benefits of combining BCR with other therapies:
 • Supports medication by promoting natural tissue and nerve regulation
 • Complements physiotherapy and rehabilitation exercises
 • Enhances TCM treatments by restoring bioelectrical balance
 • Maintains non-invasive, gentle therapy without side effects

BCR’s compatibility with multiple therapies makes it a versatile and integrative approach for supporting overall health, cellular regulation, and long-term wellness.

Question 11

Why does BCR focus on biological cell regulation instead of stimulation like TENS?

Accepted Answer

BCR (Biological Cell Regulation) therapy focuses on regulating the body’s natural bioelectrical balance rather than simply stimulating nerves or masking pain. Unlike TENS, which relies on strong electrical stimulation to block pain signals temporarily (pain gate theory), BCR uses gentle medical microcurrents to support the body’s innate self-healing and repair mechanisms.

By restoring the tissue’s natural 95 kilo-ohm electrical balance (based on Dr. Voll’s theory), BCR promotes:
 • Nerve-muscle coordination
 • Cellular regulation and repair
 • Tissue balance and optimal function
 • Long-term, cumulative improvements

This regulatory approach is fundamentally different from stimulation-based therapies:
 • TENS: symptom-focused, temporary relief, strong stimulation
 • BCR: root-focused, supports self-healing, precise microcurrent regulation

Because BCR works on regulation rather than forcing signals, it is gentle, safe, and suitable for a wide range of patients, including the elderly and sensitive individuals.

Question 12

How does BCR promote self-healing and repair?

Accepted Answer

BCR (Biological Cell Regulation) therapy promotes self-healing by restoring the body’s natural bioelectrical balance. According to Dr. Voll’s 95 kilo-ohm theory, healthy tissue functions best at an electrical resistance of approximately 95 kilo-ohms. When tissue is out of balance, cellular communication, nerve function, and tissue repair can be disrupted.

BCR helps guide the body back to this optimal balance point using five therapeutic modalities:
 1. Medical Microcurrent Therapy
 • Delivers gentle microcurrents that mimic the body’s natural electrical signals.
 • Supports cellular communication, tissue repair, and nerve-muscle coordination.
 2. Frequency Modulation
 • Uses specific frequencies to stimulate the body’s natural regulatory responses.
 • Helps restore proper tissue signaling and cellular function.
 3. Polarity (Hot and Cold Stimulation)
 • Provides electrical polarity therapy that mimics the effects of hot and cold.
 • Supports circulation, inflammation regulation, and tissue recovery.
 4. Push-Pull Stimulation
 • Creates a gentle push and pull sensation similar to a massage.
 • Enhances circulation, lymphatic movement, and muscle relaxation.
 5. Light Therapy (Red and Blue Light)
 • Uses red and blue light to stimulate cellular activity and tissue repair.
 • Complements microcurrents and frequency therapy for optimal tissue regulation.

By combining these modalities, BCR helps tissue return to the 95 kilo-ohm balance point, where the body’s natural self-healing mechanisms can function effectively. Unlike therapies that only mask symptoms, BCR addresses the root imbalance, supporting:
 • Cellular repair and tissue regeneration
 • Nerve-muscle communication
 • Long-term functional balance
 • Overall self-healing and wellness

Question 13

Why is restoring electrical balance important for healing?

Accepted Answer

Restoring electrical balance is crucial because the body’s cells, nerves, and tissues rely on precise bioelectrical signals to function properly. According to Dr. Voll’s 95 kilo-ohm theory, healthy tissue operates at an electrical resistance of approximately 95 kilo-ohms. When tissue is out of this optimal range, cellular communication, nerve signaling, and tissue repair can be disrupted, which may slow down or hinder the body’s natural healing processes.

BCR (Biological Cell Regulation) therapy works by restoring this electrical balance, allowing the body to:
 • Enhance cellular repair and regeneration
 • Support proper nerve-muscle coordination
 • Regulate tissue function naturally
 • Activate self-healing mechanisms without external drugs or strong stimulation

By focusing on bioelectrical regulation instead of just symptom relief, BCR creates the ideal environment for the body to heal itself, making recovery more efficient, sustainable, and holistic.

Question 14

Why are cumulative sessions of BCR more effective than a one-time session?

Accepted Answer

BCR (Biological Cell Regulation) therapy is a cumulative treatment, which means that each session builds on the previous one to enhance results. The body responds gradually to bioelectrical regulation, and repeated sessions allow tissues, nerves, and cells to restore balance more effectively over time.

Here’s how cumulative sessions work:
 • First session: Initiates tissue regulation and begins restoring bioelectrical balance.
 • Second session: Reinforces the changes from the first session, amplifying the initial effects.
 • Subsequent sessions: Continue to build on previous treatments, strengthening cellular repair, nerve-muscle coordination, and tissue function.
 • 10th session and beyond: Achieves maximum cumulative benefits, allowing the body to reach an optimal state of balance and self-healing.

Because BCR works at the microcurrent level, the effects are gentle and gradual. Multiple sessions allow the body to adapt and respond naturally, producing long-lasting, sustainable improvements. Unlike one-time treatments, cumulative therapy ensures that the bioelectrical balance is fully reinforced, making recovery more efficient and effective.