I’ve heard dipotassium hydrogen phosphate, or dipotassium phosphate, sold on Amazon, for a long time. But, when I saw it was “DIPOTAKIN”, I wondered if it was a form of potassium phosphate.
DIPOTAKIN is a naturally occurring chemical. It’s used in the production of soap, soap flakes, fertilizer, and as an additive in cosmetics, paints, and food products. The main reasons why it’s used are as follows: It’s cheaper than phosphoric acid, it’s harder to make it, it’s a better match to our body’s needs, and it’s often used as a food additive.
The problem with phosphate is that it’s easily digested by the brain. Your body is not a brain, and the neurotransmitters that make up the brain are just as important as any other chemical that could have been present in the bodies. It’s a chemical that, like many other chemical messengers, cannot be detected by the brain. Its only way to get out of our bodies is for it to be digested by the brain.
Another problem we see with phosphates is what happens when they get into our brains. They are then taken up by our kidneys and are used to make ATP (energy). This is used to make other neurotransmitters that are needed for a lot of functions. We need these neurotransmitters to make us feel good and move our bodies. But we also need them for a lot of other functions too.
Since phosphates are the only thing that can exit our bodies through our digestive tract, that makes sense. They get absorbed through the intestinal lining and are used to make ATP. This is used to make various other neurotransmitters that make us feel good and move our bodies. These are called neurotransmitters as they are the only ones that our brains can read.
That’s a good point. So if you eat a high-phosphate diet, you will feel good and move your body. But you may also experience headaches and fatigue, which happens to all of us. Also, the neurotransmitters that are used to make our neurotransmitters are used to make a number of other things. For instance, they can also make a person feel good when they are depressed.
Of course, there are other neurotransmitters as well, such as dopamine, serotonin, and epinephrine. But they are a very small percentage of the entire neurotransmitter population.
So what is dipotassium hydrogen phosphate? It’s a little more complicated than that. The neurotransmitters that we make in our body are all derived from the amino acids that people eat. For instance, amino acids are the building blocks of proteins. Protein is made up of the same building blocks. So when you eat protein that contains amino acids, these amino acids are converted into neurotransmitters, which are made in our bodies.
But that is all about to change. According to a recent study, the most powerful neurochemical in the brain that can be made from amino acids is dipotassium hydrogen phosphate (DHP). Like the neurotransmitters, DHP is derived from the amino acids that are found in proteins. The most important thing about DHP is that it is not really a neurotransmitter. It is actually a phosphates, so it is a salt.
Now that we’ve got an idea of how and why DHP works, we now have a good idea of what exactly it does. By studying this, we can then take a breath and think about why we think DHP works so well.