What is Trenavar? What does it do in the body and is it really beneficial to bodybuilders and other athletes?
Also known as Triendione, Trenavar is classified as a pro-hormone.
A number of pharmaceutical companies – legitimate and otherwise – manufacture and market it in a variety of forms.
Trenavar is manufactured by German Pharmaceuticals, who promote their product as a component similar to the effects of Trenbolone.
It’s been around for less than a decade and is often marketed as a genuine pro-hormone to Trenbolone. Buy Trenorol online here.
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Bodybuilders interested in either the benefits often associated with hormone precursors should always take the time to look at the ingredients.
While it can be difficult to find information regarding some specific ingredients, the research often pays off.
Ingredients in Trenavar: 20 mg Estra-4,9,11-triene-3,17-dione
What does that mean? It’s purported to be stronger in androgenic properties than testosterone.
Pro-hormone usage of Trenavar is commonly followed by a post-cycle therapy (PCT) routine and is perceived to be able to convert to Trenbolone in the body.
Previous to the production of Trenavar, Trenbolone pro-hormones exhibited similar structures of dienolone, a pro-hormone similar in structure, but weaker than Trenbolone.
How does Trenavar work?
Pro-hormones are typically defined as a dietary supplement that contain hormone precursors or inactive forms of a hormone or hormone-like substance that is triggered by the presence of endogenous hormone of the same type in the body.
Basically, pro-hormones float around in the bloodstream until the presence of the hormone they’re designed to activate are noticed in the body, thereby boosting the activity of that specific hormone.
The structure of Trenavar pro-hormone is similar to the structure of Trenbolone, especially in the presence of three double bonds.
The pro-hormone also contains a 17-keytone that is hydrolyzed into its active form by 17?-HSD5, otherwise known as 17? hydroxysteroid dehydrogenase type 5 – which is also known as AKR1C3.
Most bodybuilders aren’t typically concerned with the scientific or chemical structure or purpose of this chemical activity.
However, scientific research has clarified the compound (17? hydroxysteroid dehydrogenase type) as having an influence in the adrenal responses that trigger testosterone production.
The majority of testosterone produced by the male body occurs in the Leydig cells inside the testicles, with only a small amount synthesized in the adrenal glands.
The adrenal cortex (located along the outside of the adrenal gland) is responsible for our body’s responses to stress.
Some studies have been engaged to determine if there is a correlation between androgen levels of testicular-produced testosterone and the testosterone produced by the adrenal gland.
Bodybuilders should be aware that the testes and the adrenal gland are independent and independently controlled. They do share some similarities in regard to androgenic production processes.
Research has not yet determined that boosting levels of testosterone production from the adrenal glands has a huge impact on developing and maintaining muscle mass, lean body weight, or performance enhancement over and above appropriate diet and exercise.
The impact of testosterone on one of the stress modulators (DHEA) is generally positive, based on feedback and testimonials left by men engaged in testosterone hormone replacement therapy.
This is also common in bodybuilders using the drug to increase testosterone levels, strength, and muscle gains.
Bodybuilding websites and forum boards have lauded the benefits associated with Trenavar.
However, those interested in pro-hormone usage or even injectable forms of Trenbolone should be aware that very few scientific studies have produced data that results outweigh side effects and potential risk.
Always be aware that the higher the level of testosterone in the body, the higher the levels of estrogen that acts as a counterbalance. This is where the estrogenic side effects come in with use of many anabolic androgenic steroids.
Is Trenavar a steroid? Technically, it’s not. It’s classified as a pro-hormone.
A couple of the most common side effects linked to Trenavar usage include higher blood pressure and increased levels of high-density lipoprotein (HDL) cholesterol.
Cholesterol levels in the body must be carefully balanced for optimal heart health.
Increased levels of low-density lipoprotein/LDL (common with anabolic androgenic steroids) coupled with decreased levels of the “good” or high-density lipoprotein/HDL cholesterol levels can contribute to build up of plaque inside the arteries.
This condition, known as atherosclerosis, increases the risk of blood clots, heart attack, and stroke.
Bodybuilders and athletes are always concerned with the potential for gynecomastia. Trenavar, like Trenbolone, resists aromatization or conversion of testosterone into estrogen – but it can happen.
It may increase production of progestins in the body, which behave in a similar matter to estrogen. The increased production of progestins is caused by a decline of thyroid activities and other hormone production.
Side effects associated with Trenavar cycle logs depend on dosage, dosage regimen, and other factors including body size, weight, and age.
To be very safe and still see Trenavar before and after results, try the supplement version of the drug, Trenavar Extreme, available for sale on eBay and other online stores.
Putting any type of substance such as a pro-hormone into the body can negatively influence hormone production and behaviors. Use should be carefully monitored.DesoxymethyltestosteroneHexadroneMadol SteroidMetanabolMk677Nano-1 TestosteroneNutrobalPheraplexProhormones vs. SteroidsSARMs vs. SteroidsSuper AnadrolSuperdrolTrenabolTrenadrolTrenavarTrenbolone Tren X ProhormoneTrendione