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PEMF & Stem Cells: A Guide to Stacking

Explore the connection between PEMF and stem cells, the research behind stacking them, and how stem cell support could fit into your home routine.

By Joshua Roberts • 9 Oct 2026 • 9 min read

Disclosure: We are affiliates for Stemregen and CELLER8, so we may earn a commission if you purchase through links on this page, at no extra cost to you. We only recommend products we use personally.

Understanding PEMF & Stem Cells

What is PEMF?

PEMF stands for pulsed electromagnetic field. Devices use coils to create changing magnetic fields, delivered through a full-body mat or a localised applicator.

 

Research has explored how PEMF influences cellular signalling, inflammation, circulation and tissue repair. Researchers have also investigated its effects on stem cells, including how they multiply and develop into specialised cells.

What Are Stem Cells?

Stem cells are cells that can make more copies of themselves and develop into specialised cell types. Adult stem cells are found in different tissues throughout your body, where they help maintain those tissues and contribute to repair.

 

Different stem cells have different roles. Some produce blood cells, while others can develop into cells involved in tissues such as bone and cartilage. Their activity depends partly on signals from the surrounding tissue.

Why Stack PEMF with Stem Cell Support?

The interest in combining PEMF with stem cell support centres on two connected ideas: having cells available for repair and supporting how those cells function.

 

Stem cells respond to signals within the body, and their activity depends partly on the environment around them. PEMF research has explored how magnetic stimulation influences their multiplication, development into specialised cells and some of the signalling processes involved in tissue repair.

 

The rationale for stacking is that supporting stem cell availability could complement these effects. This brings together two different aspects of the same goal: supporting the body’s processes for tissue maintenance and recovery.

What Does Research Suggest About PEMF & Stem Cells?

Researchers have investigated how PEMF influences stem cell behaviour, including how cells multiply and develop into specialised tissue cells. Open the sections below for summaries of research covering bone formation, cartilage and nerve cell development.

Stem Cell Multiplication & Bone Formation

Research suggests that PEMF can influence both stem cell multiplication and their development into bone-forming cells. Laboratory studies using human stem cells collected from bone marrow and fat tissue have observed increased cell numbers during the early stages of exposure. Researchers have also reported changes in genes and proteins involved in bone formation.

 

The response varies with the settings, timing and conditions used. In one bone marrow study, PEMF increased cell numbers partly by helping cells begin multiplying sooner, rather than increasing their growth rate throughout the experiment. Other research observed effects on their development into osteoblasts, the cells responsible for building new bone.

 

Together, these findings suggest that PEMF may influence several stages of bone development, from the initial expansion of stem cells to the activity involved in forming bone tissue. This helps explain why PEMF and stem cells are investigated together in bone repair research.

 

References:

https://pubmed.ncbi.nlm.nih.gov/29775452/

https://pubmed.ncbi.nlm.nih.gov/19204973/

https://pubmed.ncbi.nlm.nih.gov/19866474/

Bone, Cartilage & Repair Signalling

Research has explored how PEMF influences the signals that guide stem cells towards becoming bone- or cartilage-forming cells. A review brings together findings on several signalling pathways involved in this process, alongside effects on inflammation and the environment surrounding the cells.

 

The interest extends to both stem cells already present in tissues and cells introduced through regenerative procedures. Researchers are investigating whether PEMF could support tissue development and help implanted cells or engineered tissue integrate with the surrounding area.

 

Reference:

https://pubmed.ncbi.nlm.nih.gov/33467447/

Nerve Cell Development & Maturation

PEMF research also extends to nerve cell development. In a laboratory study, researchers used human cells that had been reprogrammed into stem cells and then guided towards becoming neurons. PEMF exposure supported their development and maturation, including features involved in communication between nerve cells.

The researchers linked these changes to cholesterol production within the cells, which plays an important role in cell membranes and connections between neurons. This offers another example of how PEMF may influence specialised cell development, although it does not demonstrate that a home PEMF device regenerates nerves.

 

Reference:

https://pubmed.ncbi.nlm.nih.gov/40713855/

Do Stem Cells Always Mean Injections?

Stem cells are often associated with injections and specialist clinics, but your body already contains its own stem cells. Supporting these existing cells is another area of research.

 

One approach focuses on stem cell mobilisation, encouraging existing stem cells to move from the bone marrow into the bloodstream. Researchers have investigated whether certain orally consumed extracts can influence this process.

This creates a different route for people interested in stem cell support at home. Rather than introducing cells through a procedure, the aim is to influence the availability of cells already present in the body. It is a different approach from injections, with its own research and practical considerations.

What Does Research Suggest About Stem Cell Mobilisation?

Human studies have investigated whether certain natural extracts can temporarily increase the number of stem and progenitor cells circulating in the bloodstream. Progenitor cells are cells that have already started developing towards a particular role.

Researchers typically measure these changes using blood samples taken before and after consumption. The sections below summarise two examples of this research.

AFA Extract & Circulating Stem Cells

Research suggests that a specific extract of Aphanizomenon flos-aquae, often called AFA or blue-green algae, can temporarily increase circulating cells identified by the stem cell marker CD34.

 

A small double-blind crossover study involving 12 healthy adults reported an 18% increase, peaking around one hour after consumption. Related laboratory work examined changes in CXCR4, a receptor involved in signals that help retain stem cells within the bone marrow.

 

Together, these findings suggest that the extract may influence the release of existing cells into circulation, rather than simply increasing the production of new cells.

 

Reference:

https://pubmed.ncbi.nlm.nih.gov/17765649/

Sea Buckthorn Extract & Different Cell Populations

A small placebo-controlled crossover study involving 12 healthy adults investigated a polyphenol-rich sea buckthorn berry extract. Researchers measured several circulating stem and progenitor cell populations over the following two hours.

 

They observed changes in selected populations, including cells identified by markers associated with blood vessel maintenance. The response varied between cell types, and some findings depended on analysing each participant’s greatest response across the two measurement times.

 

This suggests that different extracts may influence different circulating cell populations, rather than producing the same response across every type of stem cell.

 

Reference:

https://pubmed.ncbi.nlm.nih.gov/30787601/

What Do These Findings Tell Us?

These studies provide evidence that particular oral extracts can influence circulating cell counts over a short period. They help explain the interest in stem cell mobilisation as an approach that can fit into a home routine.

How Could the Combination Fit Into Your Routine?

Combining PEMF with an oral stem cell support supplement can be straightforward at home. The supplement fits into your daily routine, while PEMF can be used during time you already set aside to sit, lie down or relax.

 

If you already use PEMF, adding a supplement does not require changing your usual session. Follow the supplement’s directions for when and how to take it, and continue using your PEMF device according to its instructions.

 

If you already take a stem cell support supplement, adding PEMF could involve using a full-body mat while reading or watching TV, or a localised applicator for a particular area. A full-body mat can be a convenient option for a regular home routine.

Safety & Product Guidance

Check the instructions and warnings for both your PEMF device and your chosen supplement. Guidance varies between devices and formulations.

 

Implanted electronic devices, such as pacemakers, are an important contraindication for many PEMF systems. Pregnancy is another situation where manufacturers commonly advise against use because safety has not been established.

 

For supplements, check the full ingredient list and speak with your healthcare professional before starting, particularly if you take medication, have a medical condition, are pregnant or are breastfeeding.

If you are receiving stem cell injections or another clinical procedure, discuss any additional PEMF use or supplements with your treating clinician and follow their recovery guidance.

Our Recommended Pairing: STEMREGEN & CELLER8

For a practical home routine, our recommended pairing is STEMREGEN Release and the CELLER8 Full-Body Mat Package. Together, they offer a straightforward way to include oral stem cell support alongside regular PEMF sessions.

STEMREGEN Release

$189

£189

STEMREGEN Release is a blend of natural extracts designed to support the release of your own stem cells into circulation. It does not contain stem cells; its focus is on supporting stem cell mobilisation. As an oral supplement, it fits easily into a daily routine alongside PEMF, without requiring an additional equipment setup or appointment. Follow the directions supplied with your product.

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CELLER8 Full Body PEMF Mat Package

$2,695.50 - £1,975.50 - €2,335.50

$2,995 - £2,195 - €2.595

CELLER8 is the PEMF system used by STEMREGEN founder Christian Drapeau. The Full-Body Mat Package includes a mat for broader coverage and a portable controller that also works as a localised PEMF device. You can use the mat while sitting or lying down, or use the controller separately to focus on a particular area. Use code PEMFPOD for 5% off CELLER8 devices.

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Andy’s Experience with the Combination

Andy injured the end of his finger while hanging a mirror in his gym. The injury removed a substantial piece of tissue, leaving bone visible, and required treatment at A&E.

 

After he shared the accident on social media, the STEMREGEN team arranged to send him the supplement. During his recovery, Andy took STEMREGEN alongside daily CELLER8 PEMF sessions and the wound care provided by his medical team.

 

Andy reports that within four weeks, his finger had healed and looked remarkably close to how it had before the accident. The progress exceeded his expectations and gave him a personal reason to explore the combination further.

 

His experience is one reason we feature this pairing.

Watch Video

Explore Stem Cells on The PEMF Podcast

Our conversation with STEMREGEN founder Christian Drapeau explores the role of adult stem cells, what stem cell mobilisation means and his reasoning for combining stem cell support with PEMF. We also discuss how oral supplements differ from injections and the practical considerations around both approaches.

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PEMF & Stem Cells: The Key Takeaway

The interest in stacking PEMF with stem cell support comes down to cell availability and cell activity. Mobilisation focuses on releasing existing stem cells into circulation, while PEMF research explores how magnetic stimulation influences their multiplication and development into specialised cells.

 

For someone already using PEMF, oral stem cell support offers a straightforward addition to their routine. For someone already taking a supplement, a PEMF mat or applicator provides another approach to explore at home, without arranging separate clinic visits.

 

Our recommended pairing is STEMREGEN Release and CELLER8, informed by the research discussed here, Christian Drapeau’s rationale and Andy’s personal experience. Together, they offer a practical way to explore this combination, while the added benefit of using them together remains a question for future controlled human studies.

FAQs

Can PEMF influence stem cells?

Laboratory research suggests that particular PEMF exposures can influence stem cell multiplication and development into specialised cells, including bone-forming cells. The response depends on the cell type, settings and conditions studied, so findings do not apply equally to every PEMF device.

Does stem cell support always involve injections?

No. Researchers also investigate ways to influence the activity and mobilisation of stem cells already present in the body. Certain oral extracts have been studied for their effects on circulating cell counts. This is a different approach from receiving cells through a clinical procedure.

Does STEMREGEN contain stem cells?

No. STEMREGEN Release contains natural extracts and is designed to support the release of your own stem cells into circulation. It does not supply stem cells to the body.

Does a higher circulating stem cell count mean faster healing?

Not necessarily. Cell counts tell researchers about the cells present in the bloodstream at a particular time. Repair also depends on their function, signals within the affected tissue and other aspects of health. Demonstrating faster healing requires studies that measure recovery outcomes.

Can PEMF be used following stem cell injections?

PEMF has been included alongside stem cell procedures in some clinic programmes, as Kris describes in his episode. Whether it is appropriate after your procedure depends on the treatment and your circumstances. Agree any additional PEMF use with your treating clinician and follow their recovery instructions.