Cell Booster Infusion Mask - the Most Advanced Anti and Pre-aging Facial Treatment is in Flawless "Refreshing! I feel like I'm now ready for another long-week battle." that's exactly the feeling I got right after I was pampered using Flawless' new revolutionary offering - the Cell Booster Infusion Mask facial treatment. It seems theres no stopping Flawless, the countrys preferred clinic for face, body and medical services, from dominating the local beauty arena. Still hot from the successful launch of the countrys first affordable stem cell-based product line, the brand now marks another milestone with the introduction of its most advanced facial treatment yet, Cell Booster Infusion Mask. Were really proud of this new facial as it is set to once again raise the bar for anti- and preventive-aging treatments in the country, starts Rubby Sy, CEO of Flawless. In a nutshell, Cell Booster Infusion Mask is designed to perform two main functions: one, to combat the effects of and protect the skin from the destructive free radicals that we encounter every day; two, to rejuvenate and improve our skins cell architecture by nourishing it and encouraging the tissue regeneration process. The science used for Cell Booster Infusion Mask allows … Continue reading →

Public release date: 27-May-2013 [ | E-mail | Share ] Contact: Hilary Glover hilary.glover@biomedcentral.com 44-020-319-22370 BioMed Central Human foetal stem cell grafts improve both motor and sensory functions in rats suffering from a spinal cord injury, according to research published this week in BioMed Central's open access journal Stem Cell Research and Therapy. This cell replacement therapy also improves the structural integrity of the spine, providing a functional relay through the injury site. The research gives hope for the treatment of spinal cord injuries in humans. Grafting human neural stem cells into the spine is a promising approach to promote the recovery of function after spinal injury. Sebastian van Gorp, from the University of California San Diego, and team's work looks specifically at the effect of intraspinal grafting of human foetal spinal cord-derived neural stem cells on the recovery of neurological function in a rats with acute lumbar compression injuries. A total of 42 three month-old female Sprague-Dawley rats, with spinal compression injuries, were allocated to one of three groups. The rats in the first group received a spinal injection with the stem cells, those in the second group received a placebo injection, while those in the third group received … Continue reading →