New Studies Focused on Facial Rejuvenation -- MEDICA - World Forum for Medicine

CO2 Laser Skin Resurfacing Procedure Improves the Look of Photodamaged Skin

A procedure that uses a carbon dioxide laser passed over the surface of the skin, improves the look of skin that has been damaged by the sun. A study, involving 28 patients aged 48 to 78 years old, found that the laser resurfacing produced changes in the skin's composition and that it was "clearly efficacious in producing cosmetic improvements in patients' skin."

Adding a Stream of Cold Air to Laser Treatment For Wrinkles Makes Procedure Less Painful

In patients undergoing treatment for facial wrinkles using a carbon dioxide laser, the pairing of a focused stream of cold air with the laser during treatment made the procedure less painful. Eight patients were treated in the study - half of each patient's face was treated with the carbon dioxide laser alone, and the other half was treated with the laser and cold-air cooling.

"In summary, the present method of using air cooling along with single-pass CO2 laser skin resurfacing is an effective technique," write the researchers. "Without exception, all patients felt that the treatment on the side that was cooled with air was much more pleasant."

Acne Scars Diminished by Laser Treatment

Acne scars, which are often permanent, can be reduced using the nonablative 1064-nm Q-switched Nd:YAG laser. Eleven patients with acne scars were treated with the laser during five treatment sessions at three-week intervals. The patients were assessed after three sessions, and at one, three and six months after the fifth treatment session.

"In conclusion, this study demonstrated that the 1064-nm Nd:YAG laser provides a safe and effective non-invasive treatment for mild to moderate facial acne scarring. The results are long lasting and continue well beyond the last treatment, indicating ongoing collagen remodelling after completion of the laser treatment sessions," the scientists summarise the study.; Source: The Archives of Dermatology