New Chemical for Chempe: Magnesium
Magnesium, as I am learning from reading a book solely on the benefits of this important mineral, is now part of a series of tests for my topical formula. The mineral ratio of magnesium in the cells to the extracellular concentration of calcium is quite high, which means that inside each cell there needs to be a large amount of magnesium just to maintain proper function. This is because a high magnesium level inside cells keeps calcium out of the cells where it should be. This is important to chemical penis enlargement because the game plan is to create new cells in the penis, and new cells require an abundance of the proper minerals like magnesium for its metabolism.
Magnesium is poorly digested and absorbed, especially in solid form found in pills. A form of magnesium that the body absorbs well in the gut is magnesium bicarbonate, which is easily made at home using a chemical reaction of carbonated water and magnesium hydroxide. But the skin is also an entry point for magnesium in the form of magnesium chloride, and this is exactly how I am using it in my updated topical formula.
Cell energy production by metabolism of carbs and fats can only be done by several series of chemical reactions, many which require magnesium. In the mitochondria, magnesium and adenosine triphosphate-synthesizing protein creates ATP, which exists primarily as a a complex molecule called magnesium adenosine triphosphate or MgAtp. In terms of penis enlargement, cellular energy is required in large amounts to proliferate penile cells, and magnesium supports the production of energy.
The synthesis of proteins also require magnesium. Cellular multiplication is based on the production of proteins, so magnesium will assist in penis growth whether or not it is supplemented. Of course, to optimize protein synthesis I will ensure that the limiting factor is not magnesium, which can happen when cells multiply without increasing the amount of this important mineral.
Injectable form of magnesium bicarbonate is interesting as well. Being a known vasodilator (magnesium, that is), its addition to a vasodilating cocktail is worth exploring. The bicarbonate ions is used by the cells as well to buffer acidic waste such as lactic acid, which is produced as a by-product of cell functions. An acidic environment reduces the efficiency of the cells to grow, and can actually damage them if left to accumulate. I am currently waiting for some other chemicals to try this experiment, but more on this as it develops.
Needless to say how important magnesium is to general health, it can be administered where required locally. Transdermal and injectable forms are currently being evaluated and tested, with test results in a few months.
Thanks for reading!
Ronielle out
Magnesium is poorly digested and absorbed, especially in solid form found in pills. A form of magnesium that the body absorbs well in the gut is magnesium bicarbonate, which is easily made at home using a chemical reaction of carbonated water and magnesium hydroxide. But the skin is also an entry point for magnesium in the form of magnesium chloride, and this is exactly how I am using it in my updated topical formula.
Cell energy production by metabolism of carbs and fats can only be done by several series of chemical reactions, many which require magnesium. In the mitochondria, magnesium and adenosine triphosphate-synthesizing protein creates ATP, which exists primarily as a a complex molecule called magnesium adenosine triphosphate or MgAtp. In terms of penis enlargement, cellular energy is required in large amounts to proliferate penile cells, and magnesium supports the production of energy.
The synthesis of proteins also require magnesium. Cellular multiplication is based on the production of proteins, so magnesium will assist in penis growth whether or not it is supplemented. Of course, to optimize protein synthesis I will ensure that the limiting factor is not magnesium, which can happen when cells multiply without increasing the amount of this important mineral.
Injectable form of magnesium bicarbonate is interesting as well. Being a known vasodilator (magnesium, that is), its addition to a vasodilating cocktail is worth exploring. The bicarbonate ions is used by the cells as well to buffer acidic waste such as lactic acid, which is produced as a by-product of cell functions. An acidic environment reduces the efficiency of the cells to grow, and can actually damage them if left to accumulate. I am currently waiting for some other chemicals to try this experiment, but more on this as it develops.
Needless to say how important magnesium is to general health, it can be administered where required locally. Transdermal and injectable forms are currently being evaluated and tested, with test results in a few months.
Thanks for reading!
Ronielle out