With more than 50 active ingredients, NCTF® boost 135ha is a unique polyrevitalising topical skin booster that is achieving impressive anti-ageing results.
NCTF Boost 135HA is an anti-ageing polyrevitalising complex that nourishes the epidermis and is a leading skin booster worldwide. It was pioneered in 1978 by Fillmed Laboratoires founder Dr Michel Tordjman, a French aesthetic practitioner with a particular interest in cellular biology. Dr Tordjman’s New Cellular Treatment Factor (NCTF) is a unique topical solution to help correct the signs of skin ageing.
NCTF Boost 135HA is formulated with ingredients specifically chosen for their anti-ageing effects. Its proprietary polyrevitalising solution is an “elixir of youth” that includes: free hyaluronic acid to hydrate and improve skin structure; 12 vitamins, including A, B, C and E, which stimulate vital cell functions; six minerals to help prevent and correct skin deficiencies; 23 amino acids to encourage the growth of collagen and elastin; six co-enzymes to catalyze biochemical reactions in the skin tissue; five nucleic acid bases to activate cellular communication; and two antioxidants to help capture free radicals and prevent skin damage.
This topical mesotherapeutic product creates the optimal environment for fibroblasts, which are responsible for the production of collagen, elastin and hyaluronic acid. Another important feature is NCTF Boost 135HA’s unique double filtration, which maintains the quality of all its 50+ ingredients.
Results: Proven rejuvenating action
During clinical studies1, participants reported:
- 100% improved skin texture
- 90% even complexion
- 90% radiance
- 80% smoother skin
- 70% wrinkles reduced.
NCTF Boost 135HA for hair & scalp health
In addition to its use as a topical anti-ageing treatment, NCTF Boost 135HA is proving to be effective for hair loss and regrowth when used in conjunction with LED therapy. In a study from the French Journal of Aesthetic Medicine and Dermatological Surgery2, the authors found that NCTF 135HA injections proved to be effective against scalp ageing and secondarily for the regrowth and quality of scalp hair (appearance, density and colour).
It was shown that the intake of antioxidants (Vitamins C, E, glutathione), tissue nutrients in the form of vitamins (Vitamins C, E, B group), coenzymes, nucleic acids, amino acids and non cross-linked HA found in NCTF Boost 135HA helped restore the extracellular matrix and fight against inflammation and tissue fibrosis.
In another study by the same authors, transdermal application of NCTF Boost 135HA helped achieve a preventative effect by limiting hair fall in the case of subjects with receding hairlines in the temple area, and stimulating hair regrowth on the androgenic alopecia areas.
The authors note that LED therapy increased mitochondrial ATP production and, in synergy with the NCTF Boost 135HA, helped revive a normal cellular metabolism that resulted in stoppage of hair loss (after one month of treatment) and hair regrowth with improvement in quality and density (after two months of treatment). AMP
Non-invasive treatment protocol for skin revitalisation
Step 1: Apply Fillmed Light Peel for a superficial chemical peel
Step 2: Apply NCTF Boost 135HA directly after aesthetic treatments when the skin is permeable
Step 3: Apply Fillmed Skin Perfusion B3 Recovery Cream to soothe and replenish skin
Three sessions are recommended every 15 days to improve skin quality. Additional sessions can be used to maintain the result.
NCTF BOOST 135HA by Fillmed is distributed by Cryomed Aesthetics. For more information, call 1300 346 448 or visit www.cryomed.com.au.
1. Study of the antiaging efficacy of a new prrotocol combining the Light Peel, NCTF® Boost 135 HA and B3-Recovery Cream, on the face, 2018. Comparative, randomised split face, single-center clinical trial. 10 healthy volunteers included. 3 sessions 12+-2 days apart, evaluation at D0 and D37 +-2. 2. S. Beilin et S. Boisnic (Paris). Innovative techniques and protocols for preventing and treating alopecia. Journal de Medecine Esthetique et de Chirurgie Dermatologique. Dec 2012 and March 2013.
