Whole Body Telomere Care
Defytime TAM Nano-bubble Bath
Whole Body Telomere Care
Defytime TAM Nano-bubble Bath
Whole Body Telomere Care
Defytime TAM Nano-bubble Bath
Our exclusive TAM Nano-bubble Delivery System uses a high concentration telomerase
activating nano-bubble solution to provide whole body telomere care.
Our exclusive TAM Nano-bubble Delivery System uses a high concentration telomerase activating nano-bubble solution to provide whole body telomere care.
A revolutionary anti-aging treatment
Our exclusive Nano-bubble Bath uses a high concentration nano-bubble solution to deliver telomerase activating molecules (TAM) deep into your biological cells for whole body telomere rejuvenation. By combining the proven technologies of nano-bubbles and TAM, it is now possible to receive a level of aging care that has never been achievable before.
- Similar in size to a tanning bed, our Nano-bubble Bath can be placed in a convenient location in your home provided there is power available. Connection to your homes water supply is not required, though this can be done if desired. A special water storage and circulation system is included.
- Like a traditional bath, you can lie down with your body submerged, however our Nano-bubble Bath also includes a shower system to ensure whole body coverage. An air respirator is provided for your breathing comfort.
- The TAM Nano-bubble Bath system is custom made to suit your age, body size and other health requirements – details are finalised after placing your order.
Our Nano-bubble Bath includes a shower system to ensure whole body coverage. An air respirator is provided for breathing comfort.
About Nano-bubbles
Nano-bubbles are extremely small gas bubbles that can penetrate deep into biological cells to deliver bioactive compounds.
Nano-bubbles are the smallest bubble size known. They do not float to the surface like normal bubbles, but instead continually circulate through the water and can remain for many months.
One nanometer is 1 billionth of a meter, which is about 800 to 100,000th of the thickness of human hair. A nano-bubble is about 80-100 nanometers wide, or 0.1 micrometers. Red blood cells are 6-8 micrometers, white blood cells are 12-25 micrometers and the pore size of the skin is about 25 micrometers.
Their microscopic size is what makes nano-bubbles so effective at delivering TAM to your cells for maximum telomere care.
Efficacy of TAM Nano-bubble Treatment
Laboratory testing of our high concentration telomere water nano-bubble solution was undertaken by Dr. Deug Y Shin and his team at Dankook University in South Korea. The results of mice aged 18 months before and after treatment are shown below.
In another study performed by Dr. Shin, TAM nano-bubbles where shown to enter through skin pores and activate hair follicle stem cells (HFSC) resulting in HFSC regeneration and hair regrowth. Scan results of actual hair follicles are shown below.
Dr. Deug Y Shin
Director, Aging-Cancer Research Center at Dankook University College of Medicine, South Korea.
Dr. Shin received his Ph.D. in 1989 at the University of Tokyo, Japan, then moved to NIH, USA. After 6 years as a postdoc and research associate at NIH, he started to conduct his research as a principle investigator at Korea Research Institute of Bioscience and Biotechnology from 1995. From 2000, he has served as a professor at Dankook University College of Medicine, South Korea.
He coordinated national projects for the Korean government, as a chief of National Research Lab in 2000, a program manager of National Cancer and Aging Research Program in 2007, and a chief of World Class University Research program in 2008. He has served as a member of academic societies, and received many academic honors including the Bumjung Award (2005).
Dr. Shin provided first evidence that the p53 tumor suppressor gene can induce senescence in human tumor cells in 1997. Recently, he has focused on novel genes that regulate cell death and senescence. In his long academic career Dr. Shin has published many papers that have given an insight into the aging process and development of aging-related diseases.