Trenbolone is second on our list, yet, if comparing the anabolic to androgenic ratio of Trenbolone then we should place it first. Trenbolone has a much slower bioavailability and higher potential to be metabolized and excreted (1), trenbolone 50. Trenbolone is the most potent androgen of the anabolic steroid classes (2). With the exception of the steroid Trenbolone and the anabolic corticosteroid and the anabolic steroid stanozolol, there is no other anabolic steroid in the world that has a higher bioavailability and lower potential of excretion than Trenbolone. The anabolic steroid is found to be more potent than all steroid and is the next major evolution of the steroid as it has more than one use.
The reason why Trenbolone is the second most potent anabolic steroid in the world is that, like all steroids, it stimulates the production of growth hormone. Growth hormone is a potent growth hormone hormone as it stimulates growth, trenbolone 50. The effects of growth hormone depend on the dosage and the type of steroids. The most potent androgen ever tested was Trenbolone and is considered to be as much as 100-200 times more potent than testosterone due to its ability to stimulate growth.
If you would like an instant calculation of the anabolic androgenic ratios of each of the anabolic steroids in the world (see Table 6), the number to the right is the anabolic to androgenic ratio. Trenbolone, the second most potent anabolic steroid in the world also has the lowest anabolic/androgenic ratio. The most potent anabolic steroids currently on the market have the highest anabolic/androgenic ratio, Trenbolone, which is considered to be 200-300 times more potent then testosterone. A very detailed comparison of anabolic to androgenic ratios of certain anabolic steroid drugs can be found at the following link: Anabolic/Androgenic Receptors.
- Trenbolone is the 2nd most potent anabolic steroid in the world
- Trenbolone has the lowest anabolic/androgenic ratio
- Trenbolone is the 2nd most potent anabolic steroid and is considered to be as much as 100-200 times more potent than testosterone
- The greatest anabolic steroids currently on the market have the highest anabolic/androgenic ratio
- The most potent androgens in the world are Trenbolone, androstenedione, 17α-Estradiol, 4-alpha-hydroxysteroid dehydrogenase, androst
For example, combining 50 mg of trenbolone Acetate everyday with an equal dosage of testosterone could yield supreme results without any niggling side effects.
In one respect your book is the most scientifically based. Your conclusions are based on a strong case of medical necessity—not personal preference. For example, I have been on a program for the past 7 years, and have not developed any kind of side effects. Yet, some readers might view my book favorably.
Doesn’t it bother you some that some people seem to assume that a doctor-ordered supplement is in any way ethical or responsible?
Of course. We all understand that supplements have side effects. People sometimes have difficulty accepting that. My opinion is: “It’s an open box. There’s no reason for it not to be a risk. If it’s effective, why not use that?”
There is more to our health, and of course, there are also more things we can do to address what you call “the invisible causes” in our lives that really make all the difference.
What’s your prescription for what really matters?
One of my main issues with conventional medicine is the fact that we have not had good quality research on what we’re doing.
In the last 10 years, this has led to a huge amount of “new” medicines—like Advil, which is supposed to be good to get rid of pain pain. I have no evidence for that, so why bother?
We’ve seen a large amount of pharmaceutical drugs that are supposed to do something, and very little is well researched.
What can we do about it? This is the most important question for people today:
Do we know what works for us? Do we have good evidence that it’s going to reduce the risk of the diseases of aging? Are we doing these drugs or drugs against them?
To make the most of these medications, we need to make sure the drugs contain proper dose sizes for us so we’re not losing muscle mass. We need more accurate doses to know how they’re affecting our risk of disease. We need to know if they prevent disease.
- Why do more people need to be involved in scientific research? Why don’t doctors do the same?
- People need to know that there’s a difference, but I also think that our doctors are too afraid to ask “Is this really helping me in my health?”
- Are you concerned with the lack of understanding of the importance of genetics to health?
I’m a germaphobe. I don’t want to give my daughter the same kind of disease genes
For example, combining 50 mg of trenbolone Acetate everyday with an equal dosage of testosterone could yield supreme results without any niggling side effects, while adding a lower dose of the same steroid would produce the opposite effect.
As an additional benefit, trenbolone Acetate’s main metabolite (β‐DHT) acts as an anti-androgenic steroid, inhibiting the activity of prostate and ovary hormones like the androgens and estrogen.
The use of this potent and highly versatile steroid is well suited to treating the many medical conditions it is able to combat. As such, trenbolone Acetate can be recommended to any patient in need of a testosterone replacement as a treatment for a low testosterone condition to prevent unwanted side effects of the testosterone.
Further, in order to be of benefit to the user as well as the doctor, trenbolone Acetate has to provide a consistent, rapid rise in serum levels, making it a very effective, effective testosterone replacement treatment. As you have already read, there are many reasons why trenbolone Acetate doesn’t, under normal circumstances, rise to high levels in the blood stream in only a few minutes. In order to remedy this condition, trenbolone Acetate needs to stay in the blood stream longer for more time, in order to ensure a long and consistent rise to high levels.
Furthermore, as an excellent and very powerful anti-androgen, trenbolone Acetate is particularly suitable for the treatment of men with low Testosterone levels. However, unlike with most other testosterone replacement therapies, which also aim to increase serum testosterone levels and other vital functions in the body, trenbolone Acetate is a highly effective anti-androgen, as its most potent metabolites (β‐DHT) have a clear, fast and continuous effect on the body’s metabolic processes. These effects are the main reason why trenbolone Acetate is used in so many more men in other areas of medicine, trenbolone 50.
However, the main advantage of trenbolone Acetate isn’t solely due its strong anti-androgenic effect, but also due to its many other benefits, which include:
- Its rapid absorption via small vials of its gel form
- Its potent antiandrogenic and hormone promoting effect
- Its great ability to reduce the symptoms of men with low Testosterone levels
- How Does trenbolone Acetate Work?
As stated above, many testosterone replacement therapies aim at increasing total daily testosterone. But this is only partially true, and it
Trenbolone is second on our list, yet, if comparing the anabolic to androgenic ratio of Trenbolone then we should place it first.
Trenbolone is almost 1,000 times more anabolic than testosterone, yet, if comparing the anabolic to androgenic ratio of Trenbolone then we should place it first.
The Anabolic Ratio
As I mentioned earlier, with the introduction of the new Trenbolone in 1998, the anabolic to androgenic ratio of Trenbolone was decreased from 3.9:1 to 3:1. What is that ratio? What is anabolic? Anabolic refers to the conversion of free testosterone (T) to its inactive metabolic equivalents (measurement units which we’ll often refer to as “MUs”, or the sum of the free testosterone and testosterone dehydrogenase, respectively. The anabolic ratio, by definition, is the percentage of T which remains after conversion to its functional equivalents. The ratio depends on the concentration of T within the body fluid, but within the bloodstream itself is largely a function of cellular pH and the type of tissue under study.
One example of an anabolic ratio you may see is the ratio of muscle mass to body fat, where the higher the body fat, the higher the anabolic ratio, as the muscle mass makes up a large percentage of the body.
Anabolic values can also be measured in terms of total testosterone, or total testosterone to total estrogen (TTTE). The TTE ratio can be measured in either the laboratory or the doctor’s office, but for the purpose of this article we’re going to use the lab values. In a similar fashion to the ratios for free testosterone to T, some laboratory laboratories, notably the WADA lab, measure TTE in mg/dL, but the WADA lab utilizes a different method, and the TTE measurement is actually calculated from the total testosterone.
Why are lab values important?
With our previous discussion at hand, it’s really important for us to understand that lab values don’t capture exactly the same anabolic and anabolic hormones involved, especially when they come from different tissues. Lab values also don’t accurately reflect the biological significance of an anabolic test. For example, a doctor may prescribe testosterone and estradiol to a patient, and the doctor will be able to determine that the patient has high testosterone levels, but without the measurement of the total testosterone, it may be difficult to determine whether the patient’s high total testosterone has a significant effect on the patient’s condition. It is important to realize that many steroid users use both anabolic