What happens if you touch -150℃? Anti-inflammatory, antioxidant, and anti-aging triple effects! There are so many benefits of full body freezing

Two thousand years ago, the Greek physician Hippocrates encouraged the use of ice and snow to relieve pain, stop bleeding, and reduce inflammation.

Two hundred years ago, James Arnott, the “father of modern cryotherapy,” used localized cold to numb patients and even attempt tumor treatments.

And today, as people search for new ways to stay healthy and fight aging, whole body cryotherapy has entered the spotlight. Stepping into a whole body cryo chamber—sometimes called a full body cryo chamber—may be one of the most powerful modern approaches to recovery, pain relief, and beauty.

What Is Whole Body Cryotherapy?

Cryo chamber therapy involves briefly exposing the body to extremely cold air, usually between -110°C and -150°C, for 2–3 minutes.

Unlike local freezing methods that target one body part, a whole body cryo chamber delivers full-body cold exposure, affecting:

Muscles and joints

Circulatory system

Immune and nervous systems

Originally designed for athletes to reduce fatigue and inflammation, whole body cryo is now used for wellness, rehabilitation, beauty, and even anti-aging.

Key Benefits of Cryo Chamber Therapy

While whole-body cryotherapy hasn't yet yielded impressive life-extending data, it offers a truly versatile approach to health promotion and medical support:

Treats cancers and enhances patients' anti-tumor immunity, such as skin cancer, melanoma, and liver cancer;

Relieves chronic pain and inflammation, such as arthritis, post-exercise muscle soreness and injuries, oral mucositis caused by chemotherapy, soft tissue injuries, and post-traumatic repair;

Treats skin conditions, such as acne, alopecia areata, and warts;

Other medical aids, such as helping treat traumatic optic neuropathy, conjunctival sarcoidosis, and restless legs syndrome.

Overall, cryotherapy has achieved remarkable results in three key areas: tumor ablation, analgesia, and anti-inflammatory treatment, and treatment of skin diseases.

Doesn't this seem to prevent aging and prolong life?

Don't worry. Research on existing treatments has uncovered some clues to its anti-aging potential.

The potential of cryotherapy for this purpose may lie in these molecular mechanisms.

How Does a Whole Body Cryo Chamber Work?

Cold Shock Protein RBM3

Just like heat shock proteins protect cells during heat stress, cold shock protein RBM3 is triggered by low temperatures.

It helps repair cells, prevents muscle loss, and improves metabolism—key factors for anti-aging.

Heat shock proteins: These proteins protect and repair cells by preventing protein denaturation when exposed to high temperatures.

It's a bit of a blessing in disguise...

But have you heard of cold shock proteins?

Like heat shock proteins, cold shock protein RBM3, a protein that sounds as attractive as the Chinese RMB, increases in expression when cells are exposed to acute local cold stimulation and exerts a miraculous effect.

The muscles of mice overexpressing RBM3 remain age-resistant for 18 months.

Through experimental studies on mouse muscle cells, the researchers first found that low-temperature-induced RBM3 overexpression can improve metabolism and significantly upregulate proteins involved in lipid metabolism, fatty acid biosynthesis, and peroxisome transport, such as ACOX3, PTGR3, and DHRS4, thereby affecting myoblast proliferation and differentiation and improving muscle fiber quality;

Figure caption: Under normal temperature, the metabolism, proliferation, and differentiation of skeletal muscle myoblasts overexpressing RBM3 are improved.

At the same time, they also found that RBM3 overexpression can increase the levels of proteins involved in the mitochondrial electron transport chain, thereby improving mitochondrial function, increasing intracellular redox and carbon metabolism levels, and ultimately improving cell survival under threats such as oxidative stress.

It can improve metabolism and mitochondrial function.

In direct correspondence, RBM3 has also been found to be highly expressed in long-lived mouse strains.

The discovery of this protein successfully connected local freezing and anti-aging and life extension.

At normal temperature, skeletal muscle myoblasts overexpressing RBM3 have improved metabolism, proliferation, and differentiation

Anti-Inflammation and Antioxidation

Whole body cryo reduces pro-inflammatory markers (like IL-1β, TNF-α) and boosts anti-inflammatory ones (like IL-10).

It also enhances antioxidant activity, protecting cells from damage.

In addition to RBM3, which directly mediates anti-aging effects, whole-body cryotherapy also excels at promoting rejuvenation through classic anti-aging pathways such as anti-inflammatory and antioxidant measures.

Studies have shown that whole-body cold exposure can significantly reduce the release of pro-inflammatory cytokines, such as IL-1β, IL-2, IL-8, IL-9, and TNF-α, in the frozen area, while promoting the production of anti-inflammatory cytokines such as IL-10.

It can also improve humoral and cellular immunity, stimulating B lymphocytes and natural killer cells to better exert their immune effects [1-2,13].

Placing mice in an ice cage and spraying them with cold air for 2 minutes can reduce the level of plasma inflammatory factors.

These anti-inflammatory effects have been shown to play an important role in alleviating inflammatory diseases such as acne, rheumatoid arthritis, and pain.

Therefore, whole-body cryotherapy should also have great potential in treating aging promoted by chronic inflammation.

Secondly, studies have shown that whole-body cryotherapy can reduce oxidative stress by increasing the total antioxidant status

and plasma iron reducing capacity of the frozen area, which is also one of the "potential pathways" to fight aging [1].

From Ice bath to Modern Cryo Chambers

In summary, it's easy to see that whole body cryonics already possesses the necessary capabilities to combat aging.

All that's left is a study demonstrating its lifespan-extending potential! Now that the anti-aging effect has been proven, the next step is practical application.

In the history of discovering the effects of whole-body cryonics, simple devices like ice pool and ice tank were widely used.

However, creating a more precise, lower-temperature, and safer cryonics experience is far from easy.

Researchers and developers, groping in the dark about their anti-aging potential, have developed a wide variety of full body cryonics devices through continuous innovation.

Cold therapy has evolved from simple ice bath to advanced whole body cryo chambers:

Liquid Nitrogen Cryo Chambers: Vaporized nitrogen quickly lowers chamber temperature to around -120°C.

Electric Cryo Chambers: Safer and more precise, using compression refrigeration with no nitrogen risk.

Smart Portable Cryo Chambers: Intelligent controls for temperature, session time, and personalization.

Why Choose a Whole Body Cryo Chamber?

Compared to localized cold therapy, full body cryo chambers provide:

Systemic benefits across multiple body systems

Whole-body muscle and joint recovery

Anti-aging potential through full-body stimulation

For athletes, seniors, or anyone seeking wellness, a whole body cryo chamber offers more comprehensive results.

Future Outlook for Cryo Chamber Therapy

While more research is ongoing, the evidence for whole body cryotherapy in pain relief, inflammation control, mental health, and beauty is strong.

With smaller, safer, and smarter cryo chambers being developed, this therapy is moving from elite athletes to homes, gyms, spas, and wellness centers worldwide.

FAQ: Whole Body Cryo Chamber

1. Is a cryo chamber safe for seniors?

Yes. Many older adults use cryo chamber therapy for arthritis, joint pain, and mobility. Always consult a doctor before starting.

2. Can women use a cryo chamber during menstruation?

Yes. A whole body cryo chamber may ease cramps, reduce bloating, and boost mood.

3. How often should athletes use cryo chamber therapy?

Most athletes use a full body cryo chamber 2–4 times weekly for muscle recovery.

4. How long is one session?

A typical cryo chamber therapy session lasts only 2–3 minutes.

5. Can I install a cryo chamber at home?

Yes. Compact home cryo chambers are now available for small spaces, making cold freeze therapy accessible outside clinics.

6. What’s the difference between a cryo chamber and an ice bath?

A cryo chamber uses dry cold air—faster, cleaner, and more controlled than sitting in freezing water.

Final Thoughts

From ancient ice remedies to high-tech whole body cryo chambers, cold freeze therapy has come a long way.

Whether you want to recover faster, relieve pain, improve sleep, or support beauty and anti-aging, a full body cryo chamber can be a powerful solution.

As cryo chamber therapy becomes more accessible for homes, gyms, spas, and wellness centers, its role in everyday health and recovery will only grow stronger.