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It was originally used in 1900 to ignite TNT. Chemically, DNP is structured as C6 H4 N2 05. For all the science buffs out there, it is a metabolic uncoupler of oxidative phosphorylation.
What actually happens occurs on a cellular level. Cells have "walls" around them called membranes. These maintain the integrity of the cell and make it a living organism. In the early days of chemical evolution, simpler forms formed that did not have integral membranes. They were like soap bubbles precariously floating around in the "chemical soup" of earth. It was a pre-life chemistry of cells, which were called myocells. Myocells made the basic attempts to defend their chemical integrity by taking on one or two of the 7 characteristics of life.
These continued to evolve and eventually higher-level myocells evolved with thicker and stronger membranes around them. These floated around within the soup, still not able to move by themselves and still unable to reproduce. Therefore, without those two critical criteria, the super myocells could not really be defined as life.
Chemicals came and chemicals went and through billions of reactions and transcriptions, basics helices started to emerge, as did chemicals that could replicate themselves (RNA). Once myocells held onto an RNA helix and were able to replicate itself, we were on the very cusp of life. It was one leap of chemistry as myocells impregnated one another. Boom! Life began. The by-product in the invading myocell was energy in the form of ATP; the host myocell could harness this energy for movement and replication. In return, it fed and protected the invaded myocell. We had the first living cell as we knew it.
Even today's muscle cells have a host cell, organelles called mitochondria. If you look at these little organelles, it is apparent that they have a completely different RNA structure for the host cells. They move around in the host cell and give off energy for the host cell to use in the form of ATP.
Within the surrounding double-layered membrane of the mitochondria are tiny folds called cristae and a highly concentrated mixture of enzymes and DNA. A series of chemical reactions, called the Krebs Cycle, occur within the mitochondria, which are responsible for the breakdown of food molecules to form CO2, H2O, and energy (ATP).
DNP is a metabolic poison that attacks the mitochondria. It pumps hydrogen ions in between the two outer membranes. Without getting too detailed in the chemistry, it effects the Krebs Cycle and makes the organelle produce heat instead of ATP. Once energy is converted, this preserves the laws of the conservation of energy. Now we see a marked increase in metabolic, rate, surface body temperature, and under the right conditions, fat loss.
50 percent rises in metabolic rate can be achieved, which results in fat losses in the order of 10 LB over an 8 day period.
Other considerations are that you get an immense craving for carbs, a "climb the walls" kind of craving. It is my suggestion that people take appetite suppressants with DNP, especially if you're using insulin at the same time.
The use of insulin, as proposed by the late and great Dan Duchaine, was due to the fact that DNP truncates the insulin molecule, which means that it is unlikely to send you hypo. Insulin also makes us big, but also makes us fat. DNP prevents the gain of fat from insulin.
Protect your head. It is the most important part of your body above your genitals. When you sleep at night, keep a fan on your head but keep the rest of your body covered. DNP does not significantly increase core body temperature, only surface body temperature. If it did, the former would be deadly.
The lethal dose for DNP is about 14mg per kg of bodyweight. The maximum safe dose is 5mg per kg of bodyweight.
Be careful of your source. I believe that DNP is a useful tool that has to be handled with extreme caution.
It was originally used in 1900 to ignite TNT. Chemically, DNP is structured as C6 H4 N2 05. For all the science buffs out there, it is a metabolic uncoupler of oxidative phosphorylation.
What actually happens occurs on a cellular level. Cells have "walls" around them called membranes. These maintain the integrity of the cell and make it a living organism. In the early days of chemical evolution, simpler forms formed that did not have integral membranes. They were like soap bubbles precariously floating around in the "chemical soup" of earth. It was a pre-life chemistry of cells, which were called myocells. Myocells made the basic attempts to defend their chemical integrity by taking on one or two of the 7 characteristics of life.
These continued to evolve and eventually higher-level myocells evolved with thicker and stronger membranes around them. These floated around within the soup, still not able to move by themselves and still unable to reproduce. Therefore, without those two critical criteria, the super myocells could not really be defined as life.
Chemicals came and chemicals went and through billions of reactions and transcriptions, basics helices started to emerge, as did chemicals that could replicate themselves (RNA). Once myocells held onto an RNA helix and were able to replicate itself, we were on the very cusp of life. It was one leap of chemistry as myocells impregnated one another. Boom! Life began. The by-product in the invading myocell was energy in the form of ATP; the host myocell could harness this energy for movement and replication. In return, it fed and protected the invaded myocell. We had the first living cell as we knew it.
Even today's muscle cells have a host cell, organelles called mitochondria. If you look at these little organelles, it is apparent that they have a completely different RNA structure for the host cells. They move around in the host cell and give off energy for the host cell to use in the form of ATP.
Within the surrounding double-layered membrane of the mitochondria are tiny folds called cristae and a highly concentrated mixture of enzymes and DNA. A series of chemical reactions, called the Krebs Cycle, occur within the mitochondria, which are responsible for the breakdown of food molecules to form CO2, H2O, and energy (ATP).
DNP is a metabolic poison that attacks the mitochondria. It pumps hydrogen ions in between the two outer membranes. Without getting too detailed in the chemistry, it effects the Krebs Cycle and makes the organelle produce heat instead of ATP. Once energy is converted, this preserves the laws of the conservation of energy. Now we see a marked increase in metabolic, rate, surface body temperature, and under the right conditions, fat loss.
50 percent rises in metabolic rate can be achieved, which results in fat losses in the order of 10 LB over an 8 day period.
Other considerations are that you get an immense craving for carbs, a "climb the walls" kind of craving. It is my suggestion that people take appetite suppressants with DNP, especially if you're using insulin at the same time.
The use of insulin, as proposed by the late and great Dan Duchaine, was due to the fact that DNP truncates the insulin molecule, which means that it is unlikely to send you hypo. Insulin also makes us big, but also makes us fat. DNP prevents the gain of fat from insulin.
Protect your head. It is the most important part of your body above your genitals. When you sleep at night, keep a fan on your head but keep the rest of your body covered. DNP does not significantly increase core body temperature, only surface body temperature. If it did, the former would be deadly.
The lethal dose for DNP is about 14mg per kg of bodyweight. The maximum safe dose is 5mg per kg of bodyweight.
Be careful of your source. I believe that DNP is a useful tool that has to be handled with extreme caution.
