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by Anthony Roberts - Esiclene (formebolone)
was originally used to treat children deficient
in growth; this was due to its (mild) steroidal
yet non-estrogenic properties which can cause growth
in children. The injectable version is commonly
used in bodybuilding circles to cause (temporary)
localized growth, much like Synthol yet more “even”
and much more temporary.
Background
Formebolone is produced pharmaceutically by LPB,
Biofarma and comes in 4 mg/2ml ampoules, 1 mg drops
and 5 mg tabs. It is extremely difficult to find
and extremely expensive on the black market. It
comes in a box of 6 ampoules each containing 2 ml
of liquid and 4 mg of dissolved substance. Because
the inflammation caused by the Esiclene is quite
painful, each ampoule also includes 20 mg of the
mild painkiller, lidocaine.
Steroid Action
Formebolone is available in various forms of
administration and is actually a mild (non-anabolic,
for all intents) form of
methandrostenolone (Dianabol).
There is very little, if any potential for growth
with its use in any other form other than the injectable
version. In bodybuilding, the injectable form of
Esiclene is commonly used due to an inflammatory
response which causes a significant (though temporary)
increase in muscle size and diameter at the site
of injection. This local inflammation is due to
an accumulation of lymph fluid within the injected
muscle (the fluid is not under the skin, it is actually
with in the muscle tissue). Esiclene is water soluble,
therefore its effects begin to decrease after one
day and most swelling subsides with in 4-5 days.
Small muscle groups including triceps, biceps, calves
and deltoids are most responsive to this compound's
effects. Aside from significant pain due to the
inflammation, the only other negative effect is
the possibility for an odd shaped (awkward) muscle
while it is inflamed.
Technical Data
A study done on a group of people with kidney
disease strongly suggested Formebolone's ability
to increase nitrogen retention. In the presence
of esiclene, excretion of excess amino acids did
not negatively affect kidney or liver function (1).
In three studies of children with growth deficiencies,
significant success was reported with Esiclene therapy.
It was preferred in children over more androgenic
and anabolic compounds because the conversion into
estrogen with more harsh compounds is known to cause
growth cessation in adolescents. Results included
an increase in bone age without effecting final
height at maturity (2).
In a 2 week (unpublished) study athletes were
given a 1 ml injection (administered in an insulin
syringe) the first week and increased to 2 mls (1
ampoule per muscle) the second week. Average (temporary)
growth obtained was 1.5 inches and 1.2 inches on
arms and calves respectively. Subjects also noted
a painful feeling at the point of injection. Most
stated that they felt an unpleasant feeling for
about 24 hours at the injection site.
In another short (and yet again, unpublished)
study Esiclene was administered to athletes (both
males and females successfully) in regular intervals
of 2 ml every 5-7 days for much longer duration.
It was further discovered that due to its water
solubility it decreased water retention and also
was found to stimulate growth of an extremely unresponsive
arm and calf muscles.
User Notes
I haven’t actually used Esiclene (I’m not a bodybuilder
of any sort) and don’t know anyone who has used
it. It was made popular in the 80’s with pre-contest
bodybuilders who used it to take advantage of its
ability to cause localized swelling in the injected
muscle group.
Really, to be totally honest, it’s not of much
use to bodybuilders today. Synthol (Chris Clark’s
invention) has taken it’s place because it appears
to cause a more permanent increase in muscle size.
However, based on past literature, 1-2mls of this
stuff, injected in a (small) lagging bodypart just
prior to competition can bring it up to par with
the rest of the body.
For an athlete it has no merit at all.
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|
| Substance
Name |
Formebolone [INN]; formyldienolone |
| Chemical
Name |
2-formyl-11a,17ß-dihydroxy-17a-methylandrosta-1,4-dien-3-one |
| Systematic
Name |
(8R,9R,10S,11R,13S,14S,17S)-11,17-dihydroxy-10,13,17-trimethyl-3-oxo-7,8,9,11,12,14,15,16-octahydro-6H-cyclopenta[a]phenanthrene-2-carbaldehyde
|
| Index
Name |
11 alpha,17 beta-dihydroxy-17-methyl-
3-oxoandrosta-1,4-diene-2-carboxaldehyde |
| CAS Number |
2454-11-7 |
| Merck Index
Number |
Merck 11, 4161 |
|
Molecular
Formula |
C21-H28-O4 |
| Molecular
Weight |
344.448
g/mol |
| Legal Status |
Illegal (US);
DEA Schedule III (US) |
| Route of
Administration |
Intramuscular |
| Year
introduced |
1973 |
References
- Esposito R, Pluvio M, Giordano D. Anabolic
agents in kidney disease: the effect of formebolone
on protein synthesis in patients with renal
insufficiency or nephrosis. Curr Med Res Opin
1975;3(1):43-5
- Cuatrecasas Membrado JM, Bosch Banyeres
JM. Study of non-hypophysiary growth retardation
treated with formebolone. An Esp Pediatr 1985
Jan;22(1):27-32
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