To understand the role of turinabol in the human body it is necessary to appreciate its molecular formula. Chlorodehydrotestosterone, or 4-chloro 17-lytric-anhydride, is a trilocular anabolic steroid. It is a naturally occurring compound found in cells of the breast, bladder and skin. It is the 4 chloro-substituent derivative of methandienone. This compound is synthesized by means of an enzyme. There is a turinabol high rate of formation of this compound in tissues of the body but its presence in the blood stream is relatively low.
An amino acid, the cystine, is synthesized from the amino acid L-glutamic acid by means of an enzyme, cysteine amide. This complex is then further broken down into cysteine amino acids, which are then coupled with arginine and valine to form the structure of the free radical inhibitor roligerin. This specific structural equation is what explains why the administration of oral steroids like turinabol will convert cholesterol to cholesterol and prevent it from being converted to normal circulating cholesterol in the bloodstream.
Turinabol has a great deal of ability in the regulation of the testosterone suppression cycle in our bodies. For many years, Chinese scientists have been studying the role of the anabolic steroids in the maintenance of cardiovascular health and disease resistance. One of the major results from this research has been the development of new type of drugs called inhibitors of the insulin/blood pressure cycle. These new drugs, namely turinabol inhibitors, are proving extremely useful in the management of type II diabetes. They also appear to have significant merit in the treatment of atherosclerosis, cardiac hypertrophy and liver disease.
The majority of the general public is not even aware that these new types of inhibitors exist. Their discovery was made possible through the use of cysteine amide separation method. This research discovered that when the amino acids of turinabol are mixed with arginine, the resulting compound will have the ability to break down the insulin hormone more quickly and efficiently. An increase in blood glucose level is the exact opposite of what we are attempting to achieve by taking anabolic steroids. This finding can be used to further increase the benefits of turinabol steroid alternatives.
There are a number of benefits that come with using these new kinds of anabolic steroids. The primary one is the prevention of type II diabetes as demonstrated by the lower prevalence of the disease among individuals using the substance. When cholesterol levels become too high, the heart disease is a mere symptom of what is really a serious metabolic disorder. Turinabol is effective in decreasing the level of cholesterol and raising good cholesterol in the body which prevents the formation of LDL cholesterol that contributes to cardiovascular diseases. It also reduces the conversion of triglycerides into fats and increases lean muscle mass.
There have been several studies conducted in order to determine the extent of the effect that turinabol has on liver enzymes. After intensive testing, it was found that turinabol has the ability to decrease liver enzyme levels by as much as 40%. This discovery has proven to be very important since it proves that turinabol is safe and well tolerated by the liver. In addition, there has been further research that indicates that the use of turinabol can help in warding off liver cancer.