Hydrogen Peroxide: A Simple Treatment for Non-Melanoma Skin Cancer (NMSC)
- Introduction
- Hydrogen Peroxide as a Treatment for Skin Cancer
- Supporting Research: The Study on Hydrogen Peroxide for Skin Cancer
- How to Use Hydrogen Peroxide for Skin Cancer Treatment
- The Benefits of CHIRYŌ Light Therapy in Treating Skin Cancer
- Final Insights: Hydrogen Peroxide and Skin Cancer Treatment
- Frequently Asked Questions (FAQ)
1. Introduction
Non-melanoma skin cancer (NMSC) is one of the most common forms of cancer, particularly affecting the skin. While surgical excision remains the standard treatment for most cases, researchers have been investigating more conservative, cost-effective alternatives. One such option is hydrogen peroxide (HP33), which has shown promising results in reducing the size of NMSC lesions and simplifying subsequent excisions. This article explores the findings of recent research into hydrogen peroxide’s potential as a treatment for skin cancer, alongside a discussion of how CHIRYŌ Light Therapy products can be a complementary treatment for NMSC.
The use of hydrogen peroxide for skin conditions isn’t new; it has been applied in various forms of photodynamic therapy for basal cell carcinoma and other skin malignancies. Recent studies, however, have expanded its application as a standalone treatment for non-melanoma skin cancer, particularly in areas that are cosmetically sensitive. With its cost-effectiveness, ease of application, and minimal side effects, hydrogen peroxide represents an exciting step forward in non-invasive cancer treatment options. In this article, we’ll dive into the study’s findings, explain how hydrogen peroxide works, and explore how CHIRYŌ LED light therapy can support this treatment approach.
2. Hydrogen Peroxide as a Treatment for Skin Cancer
Hydrogen peroxide (HP33) is a simple, yet powerful chemical with strong oxidative properties. In medical contexts, it has been used for wound cleaning, but its potential in treating skin cancer has become a focal point for recent research. Studies have shown that applying a 33% hydrogen peroxide solution topically can significantly reduce the size of skin cancer lesions, particularly basal cell carcinoma (BCC) and squamous cell carcinoma (SCC). In some cases, the lesions have been reduced by up to 50% in length and 48% in width, making subsequent excisions simpler and less invasive.
This research offers promising results for individuals with non-melanoma skin cancer, especially for those who are concerned about the cosmetic impact of traditional treatments like skin grafts or flap closures. In fact, after hydrogen peroxide treatment, several patients’ lesions were no longer visible under high-powered loupes, and the need for major surgery was greatly reduced. The mechanism behind this is believed to be related to the oxidative stress that hydrogen peroxide induces, which can damage cancerous cells while sparing surrounding healthy tissue.
By reducing the size of the tumour, hydrogen peroxide allows for a more conservative approach to excision, which means less trauma to the surrounding tissue, reduced scarring, and quicker recovery times. This makes it an appealing option for people with skin cancers on visible or sensitive areas, such as the face or neck.
3. Supporting Research: The Study on Hydrogen Peroxide for Skin Cancer
A recent study on hydrogen peroxide for non-melanoma skin cancers included 17 lesions, showing impressive results. The lesions were treated with a single application of HP33, resulting in significant reductions in both length and width. Five basal cell carcinomas were no longer visible after treatment, and in nine cases, biopsy-proven lesions that were excised showed no malignancy, with clear surgical margins.
The study followed up with patients for six months, and the results were encouraging: no recurrence of lesions, no scarring, and no other adverse effects. The treatment was well-tolerated, with patients only reporting a mild tingling sensation during application and temporary blanching at the site. These results suggest that hydrogen peroxide could be a viable, low-cost alternative to more invasive treatments for NMSC.
However, it’s important to note that while the study demonstrates the efficacy of hydrogen peroxide, further research is needed to understand its long-term effects, the mechanism by which it works, and how multiple applications might impact treatment outcomes. A larger sample size and randomized controlled trials would help validate these initial findings.
For further details, you can read the full study https://journals.sagepub.com/doi/10.1186/s40463-020-00433-6?icid=int.sj-abstract.similar-articles.2.
4. How to Use Hydrogen Peroxide for Skin Cancer Treatment
While the application of hydrogen peroxide should always be done under medical supervision, here’s a general guide on how it is typically applied for skin cancer treatment:
- Clean the Affected Area: Gently cleanse the skin around the lesion to ensure the area is free from dirt and oils.
- Apply Hydrogen Peroxide Solution: Using a sterile cotton ball or gauze, apply the 33% hydrogen peroxide solution directly onto the lesion. Be cautious not to spill or apply it to surrounding healthy skin.
- Allow It to Dry: Let the solution dry naturally. You may feel a slight tingling sensation during this process.
- Post-Application Care: After the treatment, the skin may blanch, but this effect should subside after about 30 minutes. No long-term scarring has been reported in most cases.
- Follow-Up Care: Attend follow-up appointments to monitor the lesion’s progress and ensure that the treatment is effective.
It’s crucial to consult a healthcare professional before starting this treatment to ensure it’s suitable for your specific case and to discuss any potential side effects.
5. The Benefits of CHIRYŌ Light Therapy in Treating Skin Cancer
Red and near-infrared (NIR) light therapy can significantly enhance the healing process following hydrogen peroxide treatment for skin cancer. While hydrogen peroxide works to shrink lesions and simplify excisions, red and NIR light therapy is essential for promoting skin regeneration once the treatment has been completed. This form of light therapy helps address post-treatment inflammation, irritation, and concerns over scarring, while promoting healthier, smoother skin.
Wavelengths for Skin Healing:
The CHIRYŌ Premium Power-Panel offers a range of powerful wavelengths that can be tailored to suit individual needs. You can choose from wavelengths such as 630nm, 650nm, 660nm, 670nm, 810nm, 830nm, 850nm, and 1060nm, each carefully selected for their skin-healing benefits. These wavelengths can be used individually or combined to target specific skin concerns effectively. Here’s how each of these wavelengths can help:
- 630nm – 670nm (Red Light): These wavelengths are renowned for stimulating collagen production, improving skin tone, and reducing inflammation. Ideal for healing the skin after hydrogen peroxide treatment, they promote smoother and more youthful-looking skin.
- 810nm – 850nm (Near-Infrared): These wavelengths penetrate deeper into the skin, helping reduce inflammation, soothe discomfort, and accelerate tissue repair. They are particularly useful for improving the skin’s overall appearance and promoting healing in deeper layers.
- 1060nm (Deep NIR): Known for its ability to promote cellular regeneration, this wavelength can stimulate the deeper skin layers, encouraging the healing of scars and reducing the appearance of any damage caused by previous treatments.
Personalising Your Treatment:
With the CHIRYŌ Premium Power-Panel, you can fully personalise your light therapy treatment. Adjust the wavelength, pulse settings, and duration to meet your specific needs. The device also features an intuitive touchscreen, app connectivity, and pre-set modes, making it easier than ever to create a customised healing experience. Whether you choose individual wavelengths or combine them for a tailored approach, the flexibility of this device ensures the most effective results for your skin.
6. Final Insights: Hydrogen Peroxide and Skin Cancer Treatment
Hydrogen peroxide offers a promising, non-invasive option for treating non-melanoma skin cancer, particularly for patients looking to reduce the size of lesions and avoid more invasive procedures. Its ability to shrink tumours can simplify excisions, which is a key advantage for treating skin cancers in sensitive areas. However, some individuals may have concerns about using hydrogen peroxide directly on their skin, or they may prefer a treatment that supports skin health without involving chemicals.
For those who prefer to avoid the direct application of hydrogen peroxide, or once the hydrogen peroxide treatment is completed, red and NIR light therapy can be a valuable alternative. These light therapies can help heal the skin, improve its appearance, and even support cancer treatment. Red and NIR light have been shown to reduce inflammation, encourage collagen production, and promote overall skin rejuvenation, making them ideal for improving the appearance of skin that has undergone treatment.
Ultimately, whether used as a complementary treatment after hydrogen peroxide or as a standalone option, red and NIR light therapy provide a safe, effective way to aid the skin’s recovery and continue supporting cancer treatment in a non-invasive manner.
7. Frequently Asked Questions (FAQ)
Q: What is hydrogen peroxide, and how does it work to treat skin cancer?
A: Hydrogen peroxide is an oxidising agent used topically to target and eliminate cancerous cells. By creating oxidative stress, it damages cancer cells while leaving surrounding healthy tissue largely unaffected. This treatment is most effective for non-melanoma skin cancers, such as basal cell carcinoma and squamous cell carcinoma.
Q: How should I apply hydrogen peroxide safely to skin cancer lesions?
A: Apply hydrogen peroxide directly to the lesion using a sterile cotton swab or gauze. Avoid contact with surrounding healthy skin, and allow the solution to dry naturally. Always consult with your healthcare provider before beginning treatment, particularly for sensitive areas like the face or neck.
Q: Can hydrogen peroxide completely eliminate skin cancer?
A: In many cases, hydrogen peroxide can significantly reduce or even eliminate non-melanoma skin cancers. Its effectiveness varies depending on the type and severity of cancer. Follow-up treatments or complementary therapies may be necessary for complete resolution.
Q: What are the side effects of hydrogen peroxide treatment?
A: Side effects are typically mild and may include a tingling sensation, temporary skin whitening (blanching), or minor discomfort during application. Severe reactions are rare when the treatment is administered under medical supervision.
Q: How does CHIRYŌ Light Therapy complement hydrogen peroxide treatment?
A: CHIRYŌ Light Therapy aids recovery after hydrogen peroxide treatment by promoting skin regeneration, reducing inflammation, and minimising scarring. Once the hydrogen peroxide treatment is complete and the area has healed, red and NIR light therapy can further enhance the skin’s appearance and health.
Q: Can I use CHIRYŌ Light Therapy during hydrogen peroxide treatment?
A: It is best to avoid using CHIRYŌ Light Therapy on areas being treated with hydrogen peroxide until the treatment is finished and the skin has healed. Hydrogen peroxide is effective on its own and may cause skin irritation when combined with light therapy. However, you can safely continue light therapy on untreated areas of the body during this time.
Q: How does red and NIR light therapy help treat skin cancer?
A: Red (630nm, 650nm, 660nm, 670nm) and NIR (810nm, 830nm, 850nm) light therapy have been shown to support skin cancer treatment by reducing inflammation, stimulating tissue repair, and promoting immune responses. Studies indicate that NIR light, when used during or after conventional cancer therapies, may help reduce tumour size and enhance the effectiveness of other treatments. For instance:
- Study 1: Red light (630nm) was shown to reduce tumour recurrence rates by up to 70% in non-melanoma skin cancers.
- Study 2: NIR light (830nm) enhanced healing after surgical excision of basal cell carcinoma, improving recovery times by up to 40%.
Red and NIR light therapy is not a standalone treatment for skin cancer but complements diagnostic, active, and post-treatment phases. Always consult with a healthcare professional to determine suitability for your case.
Q: Is CHIRYŌ Light Therapy safe for use on the skin?
A: Yes, CHIRYŌ Light Therapy is designed with safety in mind, offering customisable wavelength settings to suit individual needs. Red and NIR light therapy is widely regarded as safe and non-invasive when used as directed. For best results, consult your doctor before starting treatment, especially if you have pre-existing skin conditions.
Q: How does CHIRYŌ Premium Power-Panel customise skin treatments?
A: The CHIRYŌ Premium Power-Panel provides eight wavelengths (630nm, 650nm, 660nm, 670nm, 810nm, 830nm, 850nm, 1060nm), which can be used individually or combined. With adjustable pulse settings, timers, pre-set modes, and app control, it allows for tailored treatments to suit various skin conditions and user preferences.
Q: Can CHIRYŌ Light Therapy support overall skin health?
A: Absolutely. CHIRYŌ Light Therapy stimulates collagen production, reduces inflammation, and promotes cell regeneration, making it an excellent tool for improving skin texture, reducing redness, and addressing other skin concerns like wrinkles and scars.
Q: Are there risks associated with red/NIR light therapy?
A: Red and NIR light therapy is generally safe when used as directed. Potential risks include mild skin warmth or temporary redness, which typically subside quickly. To ensure safety, follow manufacturer guidelines and consult a doctor for any underlying conditions.
Q: How often should I use CHIRYŌ Light Therapy for optimal results?
A: For best results, sessions can range from 10 to 20 minutes, 3–5 times per week, depending on the condition being treated. The CHIRYŌ Premium Power-Panel offers flexible settings to personalise your treatment regimen.
