Many people that know about goji berries realize that they have benefits. The burning question on my mind is what do the benefits mean to me? Ok for example one of the biggest reasons most people purchase goji berries is because it is very high in antioxidants. Well my question for a long time is what are antioxidants and how do they benefit the body. Another common question is about the polysaccharides. If you click on the corresponding links above you can learn more about both these major benefits of goji's.
perhaps what is most impressive about this new miracle berry, is the high level of amino acids that it has, 18 in total including the 8 essential amino acids, making it one of the amino acid richest foods in the world. Essential amino acids are so named because the human body can not spontaneously produce this enzyme; therefore, it must be supplied by the diet. And since animals can not synthesize most of these enzymes, they must be supplied via a plant source. Although all of the amino acids are important three of the more important ones found in goji berries include isoleucine, tryptophan, leucine.
Goji juice contains many great minerals and one of them is Germanium. Germanium has 32 electrons, and when it reacts with another substance, it loses one of the 4 electrons in its valence shell, which leaves an empty space known as a positive hole; this creates a kind of a positive-charge "trap" that invites another electron to fill it. Here, a kind of hypothesis was set up based upon the idea that we can expect what is known in physiology as dehydrogenation. Depending on how one looks at it, a living body can be seen as an amalgam of tiny corpuscles of electricity. Each organ and part functions as its own particular assemblage. Because of this each part has its own electric potential, and disease is the result of positive and negative potentials being out of sync. Electroencephalographs and electrocardiographs are machines that identify problems by measuring changes in electric potential, and Germanium has wondrous effects in correcting imbalance in electric potential.
Exercise can build you up, but it can also wear you down. Endurance exercise in particular can increase oxygen utilization from 10 to 20 times over the resting state, and this greatly increases the generation of highly reactive free radicals. Once formed, free radicals begin a chain reaction, attacking and damaging or destroying the cells of muscles, connective tissues, and joints.
To prevent free-radical damage, the body has a defense system of antioxidants. These special molecules interact with free radicals, terminating the chain reaction before healthy body cells are ireparably damaged. Many fruits contain antioxidants, and although they may show impressive antioxidant capacity in a laboratory beaker (also known as the ORAC test), they may perform poorly once inside the human body. In fact, many high-ORAC dietary antioxidants never leave the digestive tract.
The best antioxidant strategy is to optimize the body's production of its own highly active antioxidant enzymes. These circulate in the blood, offering protection for the whole body against the damage and fatigue that can be caused by unchecked free-radical activity.
