Aloe Works!
Glyconutrients, Cell to Cell Communication
"If you give your body what it needs it can look after its own health challenges"
The human body is comprised of over 560 trillion cells, each of which has a specific function that must be performed properly and at the right time for the body to work properly as a whole.
For cells to work properly, they must be in constant communication with the rest of the body. Each of the 560 trillion cells in the body needs nutrients to function in the way that they are supposed to.
But these cells don't have their own nervous systems. They don't know how to feed themselves, how to fight off invaders, how to secrete enzymes, how to secrete hormones or how to make repairs. All of these vital functions are controlled by intercellular communication. You may wonder how it's possible for trillions of cells to communicate and function properly when they are all so interdependent. What body system could possibly manage such a complex operation? What is controlling the body's nutritional switchboard?
For many years these questions stymied medical science. The human brain is capable of amazing things but it simply isn't directly connected to every cell of the body. What, then, is the mechanism or chemical messaging system that allows cell to cell communication?
In 1999, Gunter Blobel won the Nobel Prize for finding the answer to this puzzling question. Blobel discovered that the human body's cellular communication network is based on some very special nutrients - 8 essential sugars, also known as glyconutrients.
The aloe vera plant contains 7 of these glyconutrients. No wonder aloe vera is known as the "Miracle Plant".
