Learn how magnetic mattress pads reduce pain based on clinical research and discover Q Magnets’ magnetic mattress pads for rapid pain relief.
How do Magnetic Mattress Pads work?
The therapeutic value of Q Magnets is said to stem from having a steep enough magnetic field gradient that reaches the damaged area so as to envelope the target tissue. Experience has shown that accurate placement is critical for an adequate localised dose-response effect. But the use of Q Blankets could hardly be considered targeted, as the position of the Q Magnets is quite random (anatomically speaking). Maybe there are other mechanisms at work?
The Cell Membrane and the Resting Membrane Potential
On our page How Q magnets work, you will see the research and published studies explaining how magnetic field gradients from Q magnets can change cell membrane permeability1. This in-turn changes the resting membrane potential (RMP), which is a critical aspect of cellular function. The RMP represents the electrical potential difference, or voltage across a cell’s membrane, which for nerve cells is around 70mV or 0.07V. That’s 0.07 Volts for one tiny cell and to put into perspective, most car batteries are 12V.
The RMP is established primarily by ion gradients, especially sodium (Na⁺), potassium (K⁺), and chloride (Cl⁻) ions. It’s more than just a facilitator of action potentials; it plays a critical role in maintaining cellular health, growth, and function and could effect both excitable and non-excitable cells2.
Remote Treatment (similar principle to the Abscopal Effect, as described below)
It’s well established that laser therapy provides a neuroprotective effect. Animal studies have shown for instance, that Parkinson’s disease induced in mice can be significantly reduced by pre-treating with photobiomodulation (laser). Initially, experiments targeted the laser transcranially into the brain. It was (and still is) accepted that an appropriate “dose” of light therapy should be applied to the target.
However, neuroscientist Dr Daniel Johnstone and his team at the University of Sydney found that they could shield the head with foil and apply the laser light to the hind-limb and still observe a positive effect3. The remote application of the laser light produces modest, yet widespread therapeutic changes in the body. This same principle, could explain the mechanism for how Q Blankets support the user. It was only recently discovered that mitochondria, the powerhouse can transfer between cells. This may provide another mechanism where by the application of Q magnets in one area can remotely affect other areas.
The Q Blankets produce an optimised multi-polar magnetic field over a large portion of the body, depending on the blanket size and how it’s used. It’s possible that the effect of the Q Blanket could be hormetic in nature. In medicine, hormesis is an adaptive response of cells and organisms to a moderate stress4. At a relatively low dose stimulation, the hormetic effect is often beneficial. It’s just possible the multi-polar magnetic field may stimulate molecular mechanisms that channel random energy into coherent modes of activity. This coherent excitation could then facilitate cellular signalling pathways that reduce pain and promote tissue healing.
Clinical Trial using Magnetic Mattress Pads for Fibromyalgia
There is a randomised controlled clinical trial that looked at the potential benefits of a magnetic mattress pad for reducing pain and improving sleep in people with fibromyalgia5.
25 subjects completed the trial, 13 in the experimental and 12 in the control group. All subjects had been diagnosed with fibromyalgia syndrome by a medical specialist. Subjects slept on the magnetic mattress pad for 16 weeks, over which time various health outcome measures were recorded such as pain and global well-being scores, sleep disturbance and fatigue and tiredness on wakening.
The results demonstrate a statistically significant and clinically relevant pain reduction and sleep improvement. Major clinical improvement in pain and/or sleep occurs in only 25% of subjects taking medications. The efficacy of these medications lessens with time and the incidence of adverse effects is up to 98%.
Because pharmaceutical agents are associated with a high rate of adverse effects and offer only minimum relief for the majority of patients, the authors of the study recommend a trial of magnet therapy, as a non-invasive, painless, low risk adjunct to standard medical interventions.
Quantum Biology
Emerging quantum biological research provides additional insights, suggesting that the effects of SMFs on RMP might extend beyond classical physics, tapping into the quantum realm to enhance biological function.
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Quantum Effects on Ion Transport: According to Calvillo et al. (2022) (6), quantum properties of ions, such as proton tunneling, could be influenced by external electromagnetic fields, including SMFs. These quantum effects may help explain why certain biological processes, like enzyme function or neural information transmission, can be enhanced by magnetic fields. The quantum states of ions involved in maintaining the RMP could be stabilized or altered under magnetic influence, resulting in changes in cellular behavior.
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Radical Pair Mechanism: Another quantum biological phenomenon relevant to SMFs is the radical pair mechanism (RPM), which involves the quantum spin states of electrons. While RPM is more often discussed in the context of geomagnetic field sensing in animals, it could also have implications for ion transport and RMP modulation in cells exposed to artificial SMFs. This could offer a quantum explanation for how magnetic therapy might enhance cellular function, particularly in regenerative or anti-inflammatory contexts.
Q Blankets / Magnetic Mattress Pads
After many requests from patients, customers and doctors we have produced high quality Q Blankets which can be used as magnetic mattress pads as well. Made from quality polar fleece, our magnetic therapy mats or blankets (depending on how you use them) come in 4 models – Q13, Q20, Q28 and Q35 with 13, 20, 28 or 35 of some of our most powerful therapeutic magnets, the QF28-3. These powerful neodymium Quadrapolar rare-earth magnets have been strategically placed in a matrix to provide the optimum circulation of equal amounts of magnetic field flow from both the north and south poles.
Blanket with Instruction Label
Why is the Q Blanket potentially a valuable asset for your health?
I recommend the Q Blanket to my patients because it provides general support for the central nervous system. The distribution of the field can provide greater tolerance to unwelcome electromagnetic field exposure and to life’s external stressors.
Dr RC
See testimonies that are already filtering back for the use of the Blanket, even we have been surprised at the benefits people are receiving from using the Q Blanket.
Q Blankets: Supporting Recovery and Chronic Pain Management through Magnetic Therapy and the Abscopal Effect
Managing chronic pain and improving recovery often require innovative solutions that combine cutting-edge science with practical applications. Q Blankets are one such innovation—offering a high-quality therapeutic product designed to harness the benefits of multipolar static magnetic fields for pain relief, better sleep, and overall well-being. While most magnetic therapy targets specific pain points using strategically placed magnets, Q Blankets take a different approach by incorporating multiple magnets in a randomized yet systematic pattern. This design opens the door to a broader phenomenon known as the “abscopal effect” (or remote effect), offering unique therapeutic benefits.
What are Q Blankets?
Q Blankets are premium magnetic therapy blankets embedded with multiple Q Magnets—advanced, multipolar static magnets engineered for therapeutic use. These magnets are known for their ability to modulate pain perception and stimulate tissue recovery by influencing the body’s bioelectromagnetic environment. Designed for comfort and usability, Q Blankets are especially helpful for people with chronic pain, poor sleep, or wide spread conditions affecting overall mobility.
Q28
The Challenge of Randomized Magnet Placement
Traditional magnetic therapy often uses strategically placed magnets secured with sports tape directly on pain or trigger points. This precise placement allows targeted interaction with underlying tissues and nerves. In contrast, Q Blankets feature a randomized configuration of magnets, raising an important question: How do these blankets work effectively when the magnets are not placed on specific trigger points?
The answer lies in emerging science around the abscopal effect and the systemic impact of magnetic therapy.
Understanding the Abscopal Effect and its Role in Magnetic Therapy
The abscopal effect is a phenomenon originally observed in radiation therapy, where localized treatment at one site induces therapeutic effects at distant, untreated sites. Although primarily studied in cancer therapy, this concept has relevance for other modalities, including magnetic and light-based therapies.
Recent research on the light stimulation of mitochondria provides insights into how localized stimulation can trigger systemic benefits. For instance, light therapy at a specific wavelength has been shown to enhance mitochondrial function, improving energy metabolism and cellular repair not only at the site of stimulation but also in distant tissues. This systemic response is thought to be mediated by signaling molecules and pathways that propagate throughout the body.
Similarly, magnetic therapy can have remote effects through its ability to influence bioelectric and biochemical processes. Static magnetic fields have been demonstrated to modulate ion channels, blood flow, and inflammatory pathways—processes that can affect regions beyond the immediate area of application.
Q Blankets and the Abscopal Effect
The design of Q Blankets aligns with the principles of the abscopal effect. By embedding multiple Q Magnets in a randomized yet overlapping pattern, the blanket creates a “field of influence” that interacts with the body’s electromagnetic systems at multiple levels. Here’s how this mechanism might work:
- Local Effects on Tissues and Nerves: Each Q Magnet creates a localized static magnetic field, modulating ion channels, reducing inflammation, and influencing nerve activity in nearby tissues.
- Systemic Bioelectric Modulation: The blanket’s multiple magnetic fields likely create cumulative bioelectric changes that propagate through the nervous system and circulatory system, leading to wider systemic effects. This could explain why users often report feeling relief not just in the contact area but throughout their bodies.
- Enhanced Circulation and Recovery: Randomized magnet placement may promote improved blood flow and lymphatic drainage, aiding recovery and tissue repair in distant areas.
- Neuroimmune Communication: The nervous and immune systems are tightly interconnected, and magnetic fields may influence these systems through shared signaling pathways. This effect could extend to areas far from the blanket’s contact points.
Scientific Support for the Abscopal Effect in Q Blankets
Drawing parallels with light stimulation of mitochondria, the magnets in Q Blankets may enhance cellular function by modulating energy production at the mitochondrial level. Research has shown that static magnetic fields can increase cellular ATP production and reduce oxidative stress, creating an environment conducive to healing. These localized benefits, when repeated across multiple magnets, could amplify systemic responses akin to the abscopal effect.
Why Q Blankets are Different
While there are many magnetic therapy products on the market, Q Blankets stand out for their engineering precision and premium quality. Unlike products that use poorly designed or ineffective magnets that focus solely on the north or south pol, Q Magnets produce a perfectly balanced combination of north and south poles in a Quadrapolar array. This is carefully calibrated to produce therapeutic-grade static magnetic fields. This ensures consistent and reliable performance, even in a randomized configuration.
The versatility of Q Blankets also makes them ideal for people who need a convenient, non-invasive therapy option. Whether you’re recovering from an injury, managing chronic pain, or seeking better sleep, Q Blankets provide comprehensive coverage without the need for meticulous magnet placement.
What Customers Say about Q Blankets
Many users report life-changing improvements in their pain levels, sleep quality, and overall sense of well-being after using Q Blankets. Testimonials frequently highlight their effectiveness in reducing chronic pain symptoms, improving mobility, and enhancing recovery from strenuous physical activity.
One user shared:
Conclusion: The Science and Simplicity of Q Blankets
The Q Blanket is more than just a magnetic therapy product—it’s a scientifically grounded innovation designed to deliver systemic benefits through the principles of the abscopal effect. By leveraging the power of randomized magnet placement and the systemic effects of static magnetic fields, Q Blankets offer a unique, effective, and convenient solution for managing chronic pain and improving recovery.
Q Blankets come in Small, Medium and Large and a Treatment version for practitioners therapy tables.
Experience the difference a Q Blanket can make. Learn more and order yours at Q Magnets.
Q Magnets Blanket Package
References:
1. Zablotskii, V., et al. (2023). Controlling Cell Membrane Potential with Static Nonuniform Magnetic Fields. In: Zhang, X. (eds) Biological Effects of Static Magnetic Fields. Springer, Singapore. https://doi.org/10.1007/978-981-19-8869-1_5