Stretch Mark Reduction Using Red Light Therapy

Stretch Mark Reduction Using Red Light Therapy
Stretch Mark Reduction Using Red Light Therapy

Stretch Mark Reduction Using Red Light Therapy | Stretch marks can be treated with anything from different oils to lasers or even surgery, a lot of people get stretch marks. Red light therapy, on the other hand, is undeniably one of the safest and most effective skin care treatments available today. There is no price to put on the advantages of this non-invasive treatment. There are no short-term or long-term risks associated with this gentle method, but you can expect your skin to heal and your complexion to be restored. Learn more about pink light therapy for stretch marks if you’re looking for an effective treatment for stretch marks that don’t include surgical treatments.

What are stretch marks?

Stretch marks are a form of scarring that occurs when the dermis is stretched beyond its elastic capacity, causing the dermal proteins to rip and the skin cells to rip and break. The body activates its repair mechanisms to stitch up the wound, but it does it hastily, caring more about sealing off the wound to prevent infection than about how it looks.

The final product is a bright, silvery area of scar tissue, which may fade with time but is unlikely to disappear completely. Sometimes they appear red, inflamed, sore, or itchy; typically, they appear on the denser regions of the body like the stomach, thighs, and buttocks; nevertheless, they can appear anywhere on the body.

Although pregnancy is the most common trigger for the appearance of stretch marks, other factors such as rapid growth, muscle gain, rapid loss or gain of weight, and many others can also result in their appearance. It’s not uncommon for our skin to not be able to keep up with the rapidity with which our waistline shifts.

What causes stretch marks?

Let’s go back for a second and make a quick organic substitution. You can think of the dermis as the skin layer right before the subcutaneous skin tissues. Mostly made up of the extracellular matrix, this is the skin’s thickest layer (ECM). The extracellular matrix (ECM) is the major component of connective tissue and consists of a community of proteins, enzymes, and other non-cellular components. Simply put, this is the scaffolding that holds up all of our various materials.

Mast cells, macrophages, and fibroblasts are all possible cell types found in the dermis. Mast cells provide a rapid anti-inflammatory response and defend your skin from allergens and hypersensitivity. Macrophages aid the immune system in the fight against potentially lethal viruses by recognizing and ingesting them before eliminating them.

Fibroblasts are the main cells responsible for producing collagen and the rest of the ECM. The main structural protein in CEM is collagen. In fact, this makes up 30–40% of all proteins in the body, making it the most abundant protein there is. Collagen fibers form a dense community, with some areas of the dermis having a looser network structure than others. This allows the dermis some pliability while still properly maintaining the nerves and blood vessels.

Stretch marks occur when the skin is pulled taut so quickly that the fibroblasts in your dermal cells are unable to make enough collagen to properly repair the skin in a timely manner, resulting in tears within the dermis. Your body will form scar tissue as a result of its hasty attempt to repair the perceived harm in an effort to prevent an infection. Think about how you’d react if a hurricane tore a hole in your roof. Your goal may be to quickly and efficiently seal this gap without regard to appearances.

Sadly, stretch marks are permanent once they appear. Unlike regular tissue, scar tissue has a specific collagen organization. New fibroblasts are formed at the time of scar tissue formation, and these fibroblasts are capable of producing more scar tissue. Thus, stretch marks are a natural part of the skin’s metabolic process. One study looked at how striae differ from normal skin in terms of the initial genes and proteins involved in their regulation. They found that the dermal-epidermal junction was where the most noticeable differences were seen, along with differences in collagen, collagen hydration, and elastin fibers.

Normal treatments, such as cream, don’t seem to have any prospect of removing stretch marks, rather, they just minimize their visibility. Can you get rid of stretch marks? It’s encouraging to know that recent studies have shown RLT, a noninvasive treatment option that poses no risk to the patient, to be effective in both preventing and reducing stretch marks.

How RLT can help with stretch marks?

Numerous recent studies have shown pink light therapy to be effective in curing fibrosis and promoting skin regeneration. Among patients with immature striae who were treated with 1,064-nm pulsed mild, as many as 55% experienced excellent outcomes, with significant medical advancements, according to a study published in 2018. Patients and physicians alike were encouraged by the results of this study. In addition, the lack of adverse or negative consequences during this therapy interval provides hope for the stretch mark treatment.

Irradiation with pink and NIR light can reduce stretch marks and prevent their formation in a few ways. We’ll explain RLT’s stretch mark effects.

1. RLT will increase mobile power

Consider your own ability to carry out tasks when you have just minimal power due to, for example, a lack of sleep, poor nutrition, or illness to get a sense of what’s going on at the cellular level. Damaged cells and fibroblasts that aren’t working at full capacity contribute to a lack of collagen, which makes the dermis more prone to tearing under stress and, ultimately, to the development of stretch marks. Concerning the already present stretch marks, insufficient collagen production can impede skin regeneration, hindering the restoration mechanism that may lessen stretch marks.

2. RLT stimulates collagen manufacturing

In 2007, one group of scientists devised a randomized, double-blind study on the efficacy of photobiomodulation on skin restoration. Both the activation of fibroblasts and the quantity of collagen and surrounding elastin fibers were found to have significantly increased. Similar results were also found in a second study conducted in 2014. Thirty-seven patients with abdominal striae distensae were treated with 585-nm pulsed light in one clinical experiment, and all of them saw an increase in collagen fibers and elastic fibers, leading to a subjectively and objectively positive outcome.

3. RLT will increase bloodstream

It’s likely that improved blood flow aids in every stage of skin cell formation. First, it frees up some additional oxygen that can be put to use in producing ATP. Collagen production may be hindered if nutrients can’t get where they needed to go. Increased blood flow also aids in the elimination of cell waste, which could compromise the efficiency of collagen production if left alone.

If you want to provide it some ideas, consider that a higher restoration mechanism all around the lesion location is what will happen when more vitamins like oxygens and other substances are supplied to the area of the stretch mark. The dermis skin layer can mend and get rid of stretch marks with the right environment, which is what RLT provides.

4. Red gentle remedy restores pores and skin’s thickness

Exposure to pink light not only restores our skin but also makes it thicker and firmer by increasing skin elasticity and rebuilding the elastin fibers. In one summary, researchers compared and contrasted pulsed laser treatments for stretch marks with non-laser options. Epidermal and dermal thickness, collagen increase, and elastin density were all measured before and after light therapy, and the results showed significant improvement from the study’s baseline.

Final Thoughts

In light of everything you’ve learned about RLT’s efficacy in reducing stretch marks, it’s understandable if you feel overwhelmed. Researchers and clinical trials have proven its usefulness, and it is now being used as an alternative or complementary treatment in many scientific fields. When you give yourself a chance, you may try out the progress for yourself.

If you’re looking for a cost-effective and clinically-proven treatment option, you may feel overwhelmed by the number of RLT devices available on the market. So we did the legwork for you, comparing our devices to those of different manufacturers and demonstrating how RLT’s varying intensities may be used to most effectively treat a wide range of conditions. We offer high-quality medical equipment, including radiation dosages and user interfaces optimized for maximum efficacy.

As shown in clinical trials, just 10 minutes of irradiation with our devices is equivalent to 20 minutes with others, saving you time and maximizing the benefits of light treatment. Our red light treatment devices are also ETL-certified and registered with the FDA as class-II medical devices.

Our products are built with the user’s ease, safety, and satisfaction in mind. Reduced light therapy (RLT) for stretch marks is a long-term treatment, but with our devices outperforming the others, the enhanced outcome is actually evident, and that shall be clearly encouraging for further therapies. It’s a terrific investment in your skin and overall health, and we do everything we can to back up your treatment with a three-year warranty.