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Fraxel Laser for wrinkle correction

Fractional photothermolysis is a popular treatment option for photodamaged skin because it overcomes the limitations of both ablative and non-ablative skin resurfacing. Photothermolysis therapy at 1550nm has been shown to improve the ultrastructural changes and clinical effects associated with photodamaged skin in the deeper dermal structures, whilst treatment at 1927nm has been shown to improve clinical effects in the superficial dermis. Both wavelengths create microscopically precise treatment zones (MTZs) in the skin.  fraxel results Combining the two wavelengths may enhance the delivery of fractional nonablative resurfacing for photodamaged dermal and epidermal coagulation. Long-term exposure to sunshine, especially ultraviolet A and B, results in photoaging and photodamage symptoms such as skin laxity and discoloration. Initially, ablative lasers were used to treat dyspigmentation, followed by Q-switched lasers and, more recently, fractional lasers. Scarring is a common consequence of acne, and the accompanying scars can have a severe effect on an individual’s psychological and physical well-being. Although a variety of therapies have been offered, there is a dearth of high-quality information on acne scar treatments to advise patients and healthcare professionals about the most effective and safest means of managing this problem. The purpose of this study was to look at therapies for atrophic and hypertrophic acne scars, with an emphasis on face atrophic scarring. Lasers have emerged as the newest therapy option for melasma and other dermatological disorders. Fraxel laser We summarised the reasoning for employing lasers and presented supporting evidence after conducting a thorough literature search. Clearly, the laser cannot be used as the first line of therapy for melasma. However, it can be utilized as adjuvant therapy in resistant situations with careful patient selection and counseling. Melasma is a frequently acquired pigmentary condition of the face that is notoriously difficult to cure. Triple combination (FTC) creams and sunscreens continue to be the cornerstone of treatment, followed by maintenance with hydroquinone (HQ) preparations. Numerous lasers and light devices have been tried to treat melasma with various degrees of effectiveness.

Fraxel laser in Edmonton
Fraxel laser in Edmonton

The huge diversity of devices and combination regimens used to treat melasma demonstrates unequivocally that no one modality is 100% successful. Although pico and nanosecond lasers, Fotona, Fraxel, and M22 IPL have all been utilized, the reaction is variable, and pigmentation frequently recurs. After comprehensive counseling and, preferably, test treatments, lasers may be employed in selected individuals with resistant melasma. This article analyses the existing research and proposes a treatment strategy developed collaboratively by 15 specialists from the Pigmentary Disorders Society (PDS) during the South Asian Pigmentary Forum (SPF).

 

Safety and efficacy of a Fraxel Laser

METHODS: Prospective, multicenter investigation of individuals with clinically discernible photodamage (N=35) (Fitzpatrick skin types I-IV). Each therapy visit included the use of both 1550nm and 1927nm wavelengths. The afflicted area(s) was assessed by the investigator one week, one month, and three months following a series of up to four treatments. The severity of adverse events (AEs) was determined using a four-point scale (0 = none, 3 = noticeable). All of the following were evaluated: erythema, swelling, hypopigmentation. Fraxel laser At all follow-up visits, investigators and participants evaluated the overall appearance of photodamage and pigmentation.

 

Results Of Fraxel Laser for Wrinkle Correction

There was a good therapeutic response at all study visits, with moderate improvement (average reduction in the severity of 21%–43%) noted three months after last therapy. The most significant reduction in the severity of other benefit areas occurred at the 3-month follow-up visit, with a 21% and 30% reduction in fine wrinkling and tactile roughness, respectively.

fraxel for chest and neck edmonton
Fraxel for chest and neck Edmonton

No adverse events (AEs) or significant adverse events (AEs) were recorded. The sense of pain throughout therapy was bearable. Moderate erythema (mean score 1.60.5) and mild edema (mean score 0.80.7) were anticipated but were temporary, resolving within 7-10 days. At the one-week follow-up, minor dryness (52 percent of respondents) and flaking (30 percent) were described as expected and transitory. Hyperkeratosis, scarring, or itching were not seen. Forty men and women between the ages of 30 and 80 years with Fitzpatrick skin types I-IV were enrolled and treated for photo-induced facial pigmentation, and 39 completed the three-month follow-up visit. The patient reported an average discomfort feeling. Overall improvement was assessed as moderate to very substantial in 82 percent of individuals one month after the second therapy and 69 percent of subjects three months later. The assessment of lentigines and ephelides revealed a moderate to very substantial improvement in around 68 percent of patients one month after the second therapy and in 51% of subjects three months later. fraxel Additionally, an independent blinded physician review of randomized photographs revealed a persistent response at the three-month follow-up visit. The medication was well-tolerated, and no significant adverse effects were seen or reported due to the treatment. The study had some drawbacks, including a small sample size of male individuals, a scarcity of Fitzpatrick skin types V and VI, and a decline in improvement three months after therapy.

Conclusion of Fraxel therapy

Treatments utilizing both wavelengths in conjunction with the combined 1550/1927 Laser System were well tolerated, with just a few transitory expected side effects and no significant adverse events (AEs). Clinical effectiveness was best in reducing the appearance of photodamage and pigmentation following a series of up to three sessions. Two treatments using a nonablative fractionated thulium laser at a wavelength of 1927nm resulted in a moderate to significant improvement in overall look and pigmentation, with high patient satisfaction. At one and three months follow-ups, the response to therapy was maintained.

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