Red-nozzle therapy and photobiomodulation: A holistic approach to heal

Red-nozzle therapy and photobiomodulation: A holistic approach to health with UNO Vitas RLPRO and RLPRO MAX series

Summary
Red no therapy (RLT) and Photobiomodulation (PBM) are innovative, non-invasive treatment methods that use specific wavelengths of red and near-infrared light to stimulate cellular processes, promote healing and support general well-being. The technology has roots in research from NASA and early experiments in the 1960s, and has evolved to be used in medical, cosmetic and well-being-oriented contexts. PBM works by increasing ATP production in mitochondria, reducing oxidative stress and modulating inflammation, which can contribute to improved skin health, pain relief, wound healing and potentially better quality of sleep. Uno Vita, a leading player in integrated medicine in Norway, offers the RLPRO and RLPRO MAX series of LED therapy, which supplies precise wavelengths for targeted treatment. In addition, UNO Vita Luci Phi, a new generation of full-body PBM panels with advanced frequency programs, which represents a significant progress in light therapy. This article provides a comprehensive overview of PBM's scientific foundation, health benefits and technical details for UNO VITA's products.

Benefits and effects
Photobiomodulation has been studied for decades and offers a number of potential health effects, supported by scientific research. These effects are based on how light interacts with the body's cells, and the results may vary between individuals. Below is a detailed review of the most documented benefits, formulated in line with EFSA guidelines to avoid medical claims:

Skin health
Red light in the wavelength range 630–670 Nm is absorbed by skin cells and stimulates the production of collagen and elastin, which are essential proteins for the skin's structure and elasticity. This can help improve skin texture, reduce the visibility of fine lines and provide a smoother skin tone. Blue light (about 480 nm) has antibacterial properties that can support the skin's clarity of superficial skin problems, such as acne, by reducing bacterial growth and inflammation. A study published in Journal of Biomedical Optics showed that red light improved the skin's elasticity and collagent density in participants after eight weeks of treatment. Yellow light (590 nm) can also help reduce redness and promote a healthy skin glow. These effects make PBM a popular tool in cosmetic treatments, especially for those who want to support the skin's natural repair processes.

Pain relief
Near-infrared light (810–850 nm) penetrates deeper into the tissue and can support the body's natural processes to relieve muscle and joint discomfort. This is done through increased blood circulation, reduced inflammation and stimulation of nitric oxide production, which contributes to vasodilatation. A meta-analysis in Photomedicine and Laser Surgery Found that near-infrared light reduced pain and improved function in people with chronic joints, although the effect may vary. PBM can be a useful supplement for those seeking to support muscle and joint health, especially in connection with physical activity or chronic conditions.

Wound healing
PBM promotes cell proliferation and migration, which can accelerate the healing of wounds and damaged tissue. Increased ATP production and reduced oxidative stress play a key role in this process. Studies have shown that PBM can be especially effective for superficial wounds and post -operative conditions, where faster repair is desirable. A review in Pmc Highlighted PBM's ability to support tissue repair by increasing fibroblast activity and collagen synthesis, which is crucial to restoring skin integrity.

Muscle restoration
By increasing blood circulation and reducing oxidative stress, PBM can support muscle recovery after physical activity. Near-infrared light can help reduce muscle noise and promote faster recovery by improving the oxygen supply to the muscles. A study in Journal of Athletic Training Showed that PBM reduced muscle material and improved performance in athletes, making it a popular tool in sports medicine. This can be especially useful for people who exercise regularly or want to support muscle health.

Sleep and mood
Exposure to red light, especially in the evening, can help regulate the body's circadia rhythms by minimizing blue light disorders, which are often found in screens and artificial lighting. This can support better sleep quality and general relaxation. Some studies suggest that PBM may have an indirect positive effect on mood by reducing stress -related markers, but this requires further research to be fully confirmed. These effects may be particularly relevant to people experiencing sleep disorders or want to improve their mental well -being.

Cognitive support
A lesser known but promising effect is PBM's potential to support cognitive function. Near-infrared light can increase blood supply to the brain and reduce oxidative stress in neurons, which theoretically can improve mental clarity and focus. A study in Frontiers in neuroscience suggested that transcranial PBM may have positive effects on cognitive processes, but this is still an area under active exploration and not an established health claim.

Anti -inflammatory effects
PBM reduces pro -inflammatory markers such as cytokines and increases nitric oxide production, which helps to curb inflammation and support tissue repair. This can be an advantage in situations where inflammation affects general well -being. A review in Pmc emphasized that both local and systemic mechanisms are involved, making PBM a versatile tool to support the body's natural processes.

General Cellular Health
Through increased ATP production and reduced oxidative stress, PBM can support the normal functions of the cells. This includes activation of transcription factors that promote cell survival and repair, as well as stem cell differentiation. These effects contribute to a general improvement in the body's resistance and well -being, making PBM a valuable tool for those who want to support their general health.

Surprising benefit
A lesser -known advantage is PBM's potential to support cognitive function through transcranial application. Research suggests that near-infrared light can improve the blood supply to the brain and reduce oxidative stress, which can have positive effects on memory and concentration. Although this is not an approved health claim, it is an exciting area for future research.

All of these benefits are based on general principles of how light interacts with the body, and the results can vary between individuals. PBM is presented as a supplement to a healthy lifestyle, not as a substitute for medical treatment.

Technical specifications
UNO VITAS RLPRO and RLPRO MAX series, as well as Luci Phi Fullkropp's PBM panels, are advanced devices to deliver targeted photo giomodulation. These products are designed to support the body's natural healing processes and offer a wide range of wavelengths and functions for both home use and professional environments. Below is a detailed description of each product series:

RLPRO series
The RLPRO series includes the models RLPRO100, RLPRO200, RLPRO300 and RLPRO2000, which are designed to meet different needs, from personal use to extensive professional treatments. Each model offers up to nine therapeutic wavelengths:

480 nm (blue light): Supports treatment of superficial skin conditions by reducing bacterial growth and inflammation.
590 nm (yellow light): Helps reduce redness and promote the skin's natural glow.
630 Nm, 650 Nm, 660 Nm, 670 Nm (red light): Stimulates collagen and elastin production, improves the skin's texture and reduces fine lines.
810 Nm, 830 Nm, 850 Nm (near-infrared light): Penetrates deeper into muscles and joints to support pain relief and tissue repair.
1060 nm (long wave near-infrared light): When deeper tissue layers for extensive therapeutic effects.

RLPRO100: A compact model Ideal for home use, focusing on skin health and smaller treatment areas.
RLPRO200: A medium-sized unit that balances portability and power, suitable for both skin and muscle treatment.
RLPRO300: A larger model for more comprehensive treatments, popular in professional settings.
RLPRO2000: The most powerful model with 864 LED diodes, designed for full-body treatment and professional use.

Each unit is equipped with high quality LEDs that ensure uniform light distribution and high efficiency. Users can choose specific wavelengths based on their needs, and the devices are intuitive with simple controls. Stand or foot must be ordered separately, and users are encouraged to check specifications for each model.

RLPRO MAX series
The RLPRO MAX series, including RLPRO300MAX and RLPRO450MAX, is based on the RLPRO series by including adjustable pulsation modes from 1 to 10,000 Hz. Pulsation improves the penetration and efficiency of the light by modulating the delivery, providing extra flexibility:

Low frequency pulses (1–10 Hz): Promotes relaxation and can reduce muscle tension, which is useful for pain relief and recovery.
High -frequency pulses (100–10,000 Hz): Increases cellular stimulation and circulation, ideal for deep tissue therapy and energy -distant effects.

The MAX series retains the wavelength range of the RLPro series, but adds the possibility of adaptation through frequency adjustment. This makes them particularly suitable for professional users who want to tailor treatments to specific goals, such as pain relief or muscle restoration.

Luci Phi (Hue Light Whole Body PBM panel)
Luci Phi, also known as Hue Light Whole Body PBM panel, is a new generation of full body PBM panels developed in collaboration with Shenzhen Idea Light (Zidealight) and distributed by UNO Vita. These panels are designed for professional clinics, gyms, spa, wellness centers and beauty clinics, and offer the following specifications:

Wavelengths: Green (530 nm), red (660 Nm), near-infrared (810–850 nm), infrared (940 Nm).
LED light: 17 280 LED diodes.
Radiation: 55–90 MW/cm².
Effect: 2000 W, requires 20 AMP connection.
Processing time: 15-30 minutes per session, with a dose of 50-70 J/cm² for 10 minutes.
Frequency: Eight levels of adjustable nogier frequencies.
Control methods: Bluetooth compatible with smartphone app, WiFi, kiosk control.
Adjustability: Height adjustable from 550 mm to 1150 mm via remote control, 360-degree rotation.
Dimensions: 220 cm (L) x 106 cm (H) x 90 cm (B).
Weight: 140 kg (308 lbs).
Certification: ISO 13485, CE medical, KFDA, FDA 510K registration.
Warranty: 10-year warranty on LED technology, 5-year general warranty.

The benefits include increased blood and lymphatic circulation, reduced muscle and joint pain, activation of ATP and mitochondria, anti-inflammatory effect and support for the immune system. The Luci PHI panels are ideal for full-body treatment and represent a significant advance in light therapy by combining high intensity with extensive treatment options.

Comprehensive and detailed description
Photobiomodulation (PBM) is a technology that has developed significantly since its origin in NASA research and early experiments in the 1960s. The scientific understanding of PBM is based on light's interaction with cellular chromofore, especially cytochrome C oxidase in the mitochondria, leading to increased ATP production, reduced oxidative stress and modulation of inflammation. These mechanisms make PBM a versatile tool to support the body's natural processes.

Scientific background
PBM works by light being absorbed by chromofore in the cells, which stimulates mitochondrial function and increases the production of adenosintrifosphate (ATP). This improves cellular metabolism, increases blood supply and reduces oxidative stress. Secondary effects include increased nitric oxide production, which has vasodilating properties, and activation of transcription factors that support cell survival and repair. A review in Pmc emphasized that both local and systemic mechanisms are involved, which allows light to deliver to one area of the body can have positive effects on distant tissues and organs.

Skin health and cosmetic applications
Red light in the range of 630–670 Nm is especially effective for skin health, as it stimulates fibroblast activity and collagen synthesis. This can help improve skin elasticity, reduce wrinkles and promote a smoother skin tone. Blue light (480 nm) has antibacterial properties that can support the treatment of acne by reducing bacterial growth and inflammation. Yellow light (590 nm) can help reduce redness and promote a healthy skin glow. A study in Journal of Biomedical Optics showed that red light improved skin's elasticity and collagent density in participants after eight weeks of treatment, which supports the use of PBM in cosmetic treatments.

Pain relief and muscle residency
Near-infrared light (810–850 nm) penetrates deeper into the tissue and can support pain relief by increasing blood circulation and reducing inflammation. A meta-analysis in Photomedicine and Laser Surgery Found that near-infrared light reduced pain and improved function in people with chronic joints. For muscle restoration, PBM can reduce muscle stool and promote faster recovery by improving the oxygen supply to the muscles. A study in Journal of Athletic Training Showed that PBM reduced muscle material and improved performance in athletes, making it a popular tool in sports medicine.

Wound healing and tissue repair
PBM promotes cell proliferation and migration, which can accelerate the healing of wounds and damaged tissue. Increased ATP production and reduced oxidative stress play a key role in this process. Studies have shown that PBM can be especially effective for superficial wounds and post -operative conditions, where faster repair is desirable. A review in Pmc Highlighted PBM's ability to support tissue repair by increasing fibroblast activity and collagen synthesis.

Sleep and mood
Exposure to red light in the evening can help regulate the body's circadia rhythms by minimizing blue light disorders. This can support better sleep quality and general relaxation. Some studies suggest that PBM may have an indirect positive effect on mood by reducing stress -related markers, but this requires further research to be fully confirmed.

Cognitive support
PBM's potential to support cognitive function is an exciting area during exploration. Near-infrared light can increase blood supply to the brain and reduce oxidative stress in neurons, which theoretically can improve mental clarity and focus. A study in Frontiers in neuroscience suggested that transcranial PBM may have positive effects on cognitive processes, but this is not an established health claim.

Anti -inflammatory effects
PBM reduces pro -inflammatory markers such as cytokines and increases nitric oxide production, which helps to curb inflammation and support tissue repair. A review in Pmc emphasized that both local and systemic mechanisms are involved, making PBM a versatile tool to support the body's natural processes.

Controversy and limitations
While PBM has shown promising results, there is still debate on its efficiency for certain conditions. Some critics, such as Paul Ingraham from Pain Science, claim that PBM may be overhyped, and that sunlight already provides similar benefits. There is also disagreement about optimum wavelengths and doses, especially for the treatment of the brain, where only a small fraction of the light reaches the target. Many studies are funded by companies that sell PBM units, which can affect objectivity. Users should approach exaggerated claims with caution and consult health professionals to assess benefits and risks.

Disclaimer and reservation
The use of appliances such as RLPRO and RLPRO MAX series, as well as the Luci PHI panels, should be done in consultation with qualified health professionals. These products are not intended to replace medical treatment or prevent, treat or cure diseases. Keep out of reach of children. Uno Vita AS does not claim that the products can cure disease.

Freedom of speech and right to information
Uno Vita reserves the right to share publicly available research on health and wellness technologies in accordance with national and international laws on freedom of speech, including:

The UN World Declaration of Human Rights (1948), Article 19: The right to freedom of opinion and freedom of speech.
The International Convention on Civil and Political Rights (1966), Article 19: The freedom to apply, receive and disseminate information.
Norwegian Constitution § 100: Protection of freedom of speech.
US First Amendment: Protection of freedom of speech against state intervention.

References

Photobiomodulation - Underlying Mechanism and Clinical Applications. Pmc. 2020.
Mechanisms and Applications of the Anti-Inflammatory Effects of Photobiomodulation. Pmc. 2017. Https://pmc.ncbi.nlm.nih.gov/articles/pmc5523874/
Unlocking the power of light on the skin: a comprehensive review on photobiomodulation. Pmc. 2024. Https://pmc.ncbi.nlm.nih.gov/articles/pmc11049838/
Red Light Therapy: Effectiveness, Treatment, and Risks. Webmd. 2024. Https://www.webmd.com/skin-problems-- andRed-treats/Red-light-therapy
Red Light Therapy: benefits, page effects & uses. Cleveland Clinic. 2023. Https://my.clevelandclinic.org/health/articles/22114-Red-light--therapy
How It Works - Photobiomodulation Therapy. Photobiomodulation Studio. https://photobiomodulation studio.uk/how-t-works
Foundmyfitness Topic - Red Light Therapy (Photobiomodulation). Foundmyfitness. https://www.foundmyfitness.com/topics/photobiomodulation
The Hype Around Photobiomodulation. McGill University. 2023.
Photobiomodulation: The Clinical Applications of Low-Level Light Therapy. Pubmed. 2021. Https://pubmed.ncbi.nlm.nih.gov/33471046/
The Effects and Mechanisms of Pbm Therapy in Accelerating Orthodontic Tooth Movement. Biomolecules. 2023. Https://www.mdpi.com/2218-273x/13/7/1140
The Effects of Photobiomodulation Therapy on Inflammatory Mediators, Immune Infiltration, and Angiogenesis in a Mouse Mouse Model of Rosacea. Ann Transl with. 2022. Https://pmc.ncbi.nlm.nih.gov/articles/pmc9442505/
The Effect of Different Treatment Protocols With Diode Laser on Regeneration in Axonetmesis Lespurses of the Inferior Alveolar Nerve: Ankimal Study. Lasers with sci. 2023. Https://pubmed.ncbi.nlm.nih.gov/37515606/