Instant Access to the Journals You Need

for just $40 per month.

Locobase Repair ® cream following CO 2 laser skin resurfacing reduces interstitial fluid oozing

Locobase Repair ® cream following CO 2 laser skin resurfacing reduces interstitial fluid oozing


BACKGROUND: The cosmetic result after laser resurfacing depends not only on the type of laser and the technique used, but also on post-treatment care. The efficacy of Locobase Repair ® cream, which improves skin barrier function due to its content of natural skin analogue fats and cholesterol, was investigated. METHODS: A total of 18 Caucasian patients underwent resurfacing for acne scars. Laser treatment was performed with a Sharplan 1020 CO 2 laser and a Silk Touch scanner. Locobase Repair cream (a water-in-oil cream with 63% lipids including natural components of stratum corneum: cholesterol, ceramide and free fatty acids) was applied daily to one side of the face and petrolatum was applied to the other. In addition, both sides were treated with a 2% fusidic acid cream. RESULTS: There was a significant reduction of oozing during the first 2 days after CO 2 laser treatment on the sides treated with Locobase Repair cream ( p < 0.05), CO 2 laser while from day 3 to day 7 no differences were demonstrated between the Locobase Repair cream and petrolatum. For the other parameters scored (scaling, oedema, erythema and pain), no significant differences between Locobase Repair cream and petrolatum were found. Furthermore, no significant differences were found between the two creams regarding the duration of wound healing and final cosmetic outcome. In all, 62% of the patients preferred to use Locobase Repair cream during the postoperative period, and 11% preferred petrolatum. The remaining 27% expressed no preferences. CONCLUSION: The use of Locobase Repair cream as a post laser resurfacing treatment reduces tissue fluid oozing during the first 2 postoperative days, indicating a quick restoration of skin barrier and hence possibly a reduction in the incidence of wound infections as well as enhancing patient compliance due to less fluid oozing.
Loading next page...

You're reading a free preview. Sign up for a free trial to continue reading.

By signing up, you agree to DeepDyve's Terms of Service and Privacy Policy.

What content is in DeepDyve?

  • Read and share from thousands of the leading scholarly journals from Springer, Elsevier, Nature, IEEE, Wiley-Blackwell and more.
  • All the latest content is available, no embargo periods.

Rent Scholarly Articles?

  • Read the full article in your browser.
  • Access all of your rentals from the cloud anywhere you have an internet connection.
  • Beautiful reading experience – Full charts and figures, just like the PDF.
  • Read as much as you'd like - whenever you'd like.

Happy Users

“In one word renting from DeepDyve is FANTASTIC!!! ... 99% of the time I only need access to an article for a month or so, so renting the articles is perfect for me.”

Adam S.

“Thanks for a great service! For an unaffiliated science blogger like myself this is like a dream come true.”

Seppo P.

“Hi guys, I cannot tell you how much I love this resource. Incredible. I really believe you've hit the nail on the head with this site in regards to solving the research-purchase issue.”

Daniel C.

“Let me seize this opportunity and congratulate you on the service you are rendering to the scientific community.”

Joao B.