DNA Based Anti Aging Suracell Solution

A new DNA-based protocol is the latest in a litany of anti-aging therapies available at spas. The Suracell Personal Genetic Health Program promotes the repair of DNA damage, which was shown by the Human Genome Project to be a major cause of aging. The program was developed for use at spas and medical spas, and includes a DNA analysis (comprising a cheek swab and urine test that measures DNA damage and free radical levels), a personalized DNA repair and nourishment protocol, and a daily nutrition formula that combines more than 70 essential nutrients with uncaria tomentosa, a rainforest botanical that has been clinically shown to promote DNA repair.

The testing and analysis programs are designed to look at an individual's DNA and provide personalized recommended protocols of specially formulated nutraceuticals and positive lifestyle choices. The company was founded by Chairman and Chief Science Officer Dr. Vincent Giampapa, a pioneer in anti-aging medicine, and is overseen by a professional team that includes geneticists, microbiologists, gerontologists and medical doctors. According to Suracell, our bodies are made up of roughly 100 trillion cells in our bodies each carries our unique genetic code based on our DNA (deoxyribonucleic acid), which is the chemical inside the nucleus of all cells that carries the genetic instructions for making living organisms. The aging process occurs as newly forming cells look to their predecessors for their identity in a process analogous to photocopying. Over time, environmental pollution, dietary factors, lifestyle issues and genetic inheritance erode the cellular infrastructure. As the quality of the new cells degrades, the molecules, nutrients and chemicals that circulate in and among the cells become deficient. This can cause a breakdown in functions throughout the body and, over time, promote the aging process. Our DNA contains approximately 30,000 genes. Within our cells, our

DNA is organized into 23 pairs of chromosomes. Genetic variations in our DNA are called SNPs (Single Nucleotide Polymorphisms). If we compare the DNA of two individuals, they will appear to be over 99% identical, (the DNA of identical twins is nearly 100% identical). However, the crucial variations that occur within the last 1% are a factor in making us genetically unique. Genetic analysis and research has determined that many identified SNPs can be associated with a predictable increase in risk of certain conditions commonly associated with aging. Genetic research has also revealed that our genes can be activated in a positive or negative fashion based upon the quality of the environment in which they operate.