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The many faces (names) of Trenbolone
I have been reading about Tren and have found wide spread confusion about it mainly because when one writes "Tren," s/he could be referring to at least 5 different compounds:
1. Trenbolone Acetate - injectable version (Finaject and Finajet)
2.
Trenbolone Acetate - pellet form known as Finaplix
3. Trenbolone Cyclohexylmethylcarbonate - (called Parabolan by Bill
Roberts)
4. Trenbolone Hexahydrobencylcarbonate - (called Parabolan on many
message boards)
5. Trenbolone Enanthate
The many names of Tren have confused many people. I've seen Veterans
and Moderators and Members of several
boards equate one trenbolone
compound with another, not knowing that one is actually not
equivalent to the other. One common mistake I see is calling
Trenbolone Hexahydrobencylcarbonate "Tren Enanthate." They
are similar, but not the same (see below). I also have seen people
refer to
Trenbolone Acetate as Parabolan--wrong!
So, let's clear this up.
The following is a brief summary of the main
differences of each that I have created in order to clear up my own
confusion on Trenbolone and hopefully help others here in the process. It
is not meant to provide a detailed description of Tren activity in
the body.
1.
Trenbolone Acetate--injectable version (Finaject and Finajet)
This is correctly referred to as "Fina." Finaject is the
acetate form of trenbolone. It was produced in a short acting ester
(acetate), so its effect lasts only a short time and frequent
administration is necessary. Finaject was an injectable steroid of
veterinary medicine, which was extremely popular in bodybuilding and
powerlifting during the 1980's.
The injectable
Trenbolone Acetate called Finaject is no longer produced.
(Refer to the end of this post for a discussion of Esters)
2.
Trenbolone Acetate--pellet form Finaplix
Finaplix was a veterinary cattle
implant, which contained the potent androgenic steroid
Trenbolone
Acetate. Once Finaject and Finajet were no longer manufactured,
bodybuilders began using Finaplix to
make topical or injectable versions of Trenbolone Acetate.
Today, cattle implants have become designer products with varied
doses and combinations of estrogenic and/or androgenic (trenbolone)
agents. So, the process of converting cattle implants to useful
versions of trenbolone acetate has become more difficult since one
must separate the trenbolone from the other additives present in the
cattle implants before using it.
3. Trenbolone Cyclohexylmethylcarbonate (called
Parabolan by Bill Roberts)
Parabolan contains a much different ester than Finaject and Finajet,
called Trenbolone Cyclohexylmethylcarbonate. This ester extends the
activity of trenbolone for more than two weeks, a more suitable
design for human use.
The amount of trenbolone in 76 mg of Trenbolone Cyclohexylmethylcarbonate is equivalent to the amount of trenbolone
in only 58 mg of Trenbolone Acetate. The acetate is a little more
potent, more effective per milligram, because the acetate ester is
lighter than the cyclohexylmethylcarbonate ester; therefore a higher
percentage of the weight of Trenbolone Acetate is trenbolone. A
similar comparison also can be made with the other long lasting
esters of trenbolone: enanthate and Hexahydrobencylcarbonate.
The muscle building properties of Trenbolone Cyclohexylmethylcarbonate are the same as Trenbolone Acetate
(Finaject or Finajet) except for the longer half-life.
Although it is very similar, this compound is NOT the same as
Trenbolone Enanthate. The only difference in these compounds is the
esters (see ester definitions below), which all act almost
identically (long lasting esters).
4. Trenbolone Hexahydrobencylcarbonate (called Parabolan on many
message boards)
Trenbolone Hexahydrobencylcarbonate and Trenbolone
Cyclohexylmethylcarbonate are exactly the same substances.
Hexahydrobencylcarbonate ester is just another name for
cyclohexylmethylcarbonate ester.
5. Trenbolone Enanthate
Although it is very similar, this compound is NOT the same as
Trenbolone Cyclohexylmethylcarbonate (Trenbolone
Hexahydrobencylcarbonate). The only difference in these compounds is
the esters (see ester definitions below).
THE DIFFERENCE BETWEEN THE ESTERS
The most important difference between the esters is whether it is a
short acting ester or a long lasting ester. The next most important
difference is the weight of the ester. As mentioned under the
Trenbolone Cyclohexylmethylcarbonate section (above), the relative
potency of each ester of trenbolone is partially dependent on the
weight of its ester.
The main difference between different esters is simply the number of
carbon atoms in the ester. Propionate has three carbons, acetate has
two, isobutyrate has four, enanthate has seven, cypionate has eight,
and deaconate has ten. More unusual esters, such as
cyclohexylmethylcarbonate (used in Parabolan) has eight carbons and
one more oxygen than the above esters making it the heaviest.
Therefore, the esters of trenbolone in order of potency when compared
milligram to milligram (from most potent to least):
1.
Tren Acetate
2. Tren Enanthate
3. Tren Cyclohexylmethylcarbonate (Tren Hexahydrobenzylcarbonate)
The differences in potency caused by the esters are negligible. So,
you should base your choice of Trenbolone on how frequently you plan to
inject, how much you trust your supplier, and how much you trust the
brand of tren you purchase.
If you are concerned about the possible side effects of
Trenbolone, and
don't mind frequent injections, then consider using
Trenbolone
Acetate. If bad side effects manifest, Tren Acetate will quickly
leave your body after the last injection due to the short acting
ester (acetate); and your body will be able to begin to recover
quickly. On the contrary, your recovery from bad side effects won't
begin until 2 weeks after the last injection of a long lasting ester
of tren because a long lasting ester of tren will stay active in your
body for more than two weeks after your last injection--continuing to
contribute to the bad side effects.
Written by: Bask8kace
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