HERES THAT POST I WAS TALKING ABOUT. I THINK IT WILL WORK FOR LOTS OF HORMONES.
This is the exact procedure outlined by Dan Duchaine in his Dirty
Dieting Newsletter.
Dan Duchaine writes: "Basically, there are two types of injectable steroid
formulations. The first is an oily solution of an ester of the steroid (i.e.,
testosterone propionate). The action of an oil-based ester is based on the
fact that the ester group makes the steroid more lipopholic (oil soluble)
compared to the parent steroid. When a solution of the steroid ester in a
vegitable oil is injected into the body a "depot" is formed. Over a period
of time, the steroid leaches out of this depot solution and into general
circulation where it is quickly hydrolyzed by endogenous esterases thereby
providing the free active parent steroid."
"The other type of injectable steroid formulation is an aqueous
suspension. In this case, the parent steroid itself is utilized
instead of the ester derivative. The theory behind the prolonged
activity of this type of formulation is that after the injection, a
depot of steroid microcrystals are left at the injection site and
these are slowly (over a few days) dissolved into the general
circulation. There are several problems with these solutions however.
One is that they are easily susceptible to microbial contamination,
owing to the fact that they are aqueous in nature. Another (problem)
is that it is difficult to get an even and reproducible withdrawal of
crystals (from the vial) from shot to shot. Additionally, these
injections can often be painful."
"Let's make believe that you have some trenbolone, or whatever, and
you are interested in making an injectable. You could make an ester
and go the route of an oil based solution, but this requires a
somewhat difficult (for the novice) chemical reaction and subsequent
purification. You could try to make an aqueous suspension out of the
free steroids, but this is even more out of the question because of
the requirements of having the correct particle size of your steroid,
as well as the sterility concerns. Plus, the formulation itself is
quite involved."
"Fortunately, there is an almost unknown steroid formulation type that
is very simple to make and damn effective as well. I call it
"pseudo-suspension." The details of this pseudo suspension are
outlined in US patent 2856329. Basically the steroid is dissolved in
a mixture of three anhydrous (water-free) solvents. These solvents:
polyethylene glycol, propylene glycol, and benzyl alcohol, are all
safe for injection into the body. The key to how
this formulation works lies in the fact that these solvents are all
water miscible. Upon injection into the body, the steroid solution
will react to the water content of the body fluids to precipitate
microcrystals as a depot, just like a regular injected aqueous
suspension. However, because of the nature of this three-component
solvent vehicle, the crystals precipitate in a more finely divided
form than is provided by conventional suspensions and (according to
the patent) is more effectively absorbed."
"This formulation provides all the advantages of a conventional
suspension, while being less painful upon injection, better absorbed,
more conveniently administered (no shaking of the vial is needed) and
much more resistent to microbial contamination (due to the fact that
it is anhydrous and also contains benzyl alcohol. Since the particle
size of the steroid in the depot is significantly smaller than seen
with conventional aqueous suspensions, it is probably wise to make
more frequent injections (daily, or every other day) to ensure blood
levels of hormone are maintained. It is also imperative that the
solution is always kept dry, which means it should be well sealed,
preferably in a septum vial."
"PROCEDURE
Chemicals/equipment needed:
1) Finaplix (with the binders removed)
2) Propylene glycol
3) Benzyl alcohol
4) Polyethylene glycol
5) Heat source (Stove top or hotplate)
6) Container (beaker, stainless cup, etc.)
7) Syringe and syringe filter
8) Measuring cup (in milliliters)"
"A solution of 30ml propylene glycol and 10ml benzyl alcohol is
prepared. While heating solution, 5gm of the steroid is mildly
stirred in until it is dissolved completely. 60ml of the polyethylene
glycol is added next and stirred until the solution is evenly
distributed."
"The solution should be transferred quickly into a sealed container
(preferably a septum vial). It is a good idea to pass the solution
through a syringe filter to remove any particulate matter that may be
present. The resultant solution will have a concentration of
50mg/ml."
I strongly recommend separating the Trenbolone from
the binders and glue. The binders might clog up the syringe filter if
they are not removed first. For this, all you need to do is buy some
acetone from a paint store and let the pellets dissolve in the
acetone. Then pour the solution through a couple of coffee filters
which will catch the binders. Finally, let the acetone evaporate and
you are left with pure trenbolone crystals. You can then add the
crystals to the kit.
What does everyone think?
J.C Taylor
-----------== Posted via Deja News, The
