Something You Should Know About Steroid Injection
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Detection Times of Steroids
As the use of anabolic steroids is prohibited by most sporting organizations, not to mention controlled strictly by U.S. law many athletes share a common question; what are the detection times of steroids? Of course, you might be asking why any athlete would want to know the detection times of steroids when they are banned by the athletes sporting organization, and the answer to this question is very simple. While anabolic androgenic steroids are classified as Schedule III controlled substances under U.S. law founded by the Steroid Control Acts of 1990 and 2004, and while they are banned by most governing bodies in most sports a hosts of athletes still supplement with anabolic steroids. How many athletes are supplementing? This is difficult to answer with an exact number or percentage, but rest assured it is a lot.
Anyone who has been around performance enhancing drugs for a decent amount of time knows strong portions of athletes are still supplementing with anabolic steroids. Of course, this obviously includes competitive bodybuilders and power lifters, but it includes numerous baseball and football players as well; not to mention the many other sports. For this reason, many athletes need to know what the detection times of steroids are so that they can beat steroid testing, and you can bet they’re beating the test every single day. Of course, some fail the test, and in many cases as eluded to in Chris Bell’s documentary “Bigger Stronger Faster” often the failed test are swept under the rug. While most sporting organizations openly support the prohibition of anabolic steroids, behind closed doors it is a very different story. In most sports, the athletes, coaches and the trainers understand the use of anabolic steroids is as natural to sports as the sheer sport itself and has been for nearly a century. As athletes are rewarded based on their performance, as they should be the use of anabolic steroids in sports will reign supreme.
Testing:
There are several tests that may be administered to determine if an athlete is supplementing with anabolic steroids, and in most cases, these test are quite expensive, especially when we compare them to recreational drug testing. The most common method of testing through history is a straightforward test that measures testosterone levels. In this test, the athlete’s testosterone levels will be measured against his epitestosterone levels, and if there is a greater than 5 to 1 ratio testosterone:epitestosterone the athlete will fail the test. However, in the modern era of sports, while this method is a decent indicator it has largely been deemed incompetent as skewing testosterone to epitestosterone levels is easy to accomplish as made evident by many designer steroids; especially those manufactured by the now infamous BALCO. For this reason, most testing now test for specific anabolic steroids and for this reason the detection times of steroids is needed information by a strong majority of athletes.
Detection Times of Steroids – Orals:
Oral anabolic steroids are very popular among performance enhancers for several reasons. To begin, the mode of administration is extremely convenient as all you need to do is swallow a simple pill. While this makes oral steroids convenient what truly makes them special is their rapid acting nature; oral steroids are usually faster acting than injectable steroids and provide a significant boost in a quick manner, although their total active duration is usually short lived due to typical short half-lives. Many oral steroids are far more common place for many athletes than injectable steroids as by their nature the detection times of steroids in this class are often much shorter than their injectable counterparts; not always but in many cases. The following table provides the most common oral steroids by trade name and active hormone, the steroids half-life and the detection times of steroids in this class:
| Steroid | Hormone | Half-Life | Detection Time |
| Anadrol | Oxymetholone | Less than 16 Hours | 8 Weeks |
| Anavar | Oxandrolone | 12 Hours | 3 Weeks |
| Andriol | Testosterone | Less than 12 Hours | 5 Weeks |
| Dianabol | Methandrostenolone | 8 Hours | 6 Weeks |
| Halotestin | Fluoxymesterone | 8 Hours | 8 Weeks |
| Primobolan | Methenolone | 6 Hours | 5 Weeks |
| Proviron | Mesterolone | 12 Hours | 6 Weeks |
| Turinabol | 4chlorodehydromethyltestosterone | 16 Hours | 6 Weeks |
| Winstrol | Stanozolol | 8 Hours | 3 Weeks |
Detection Times of Steroids – Injectable:
Injectable steroids make up the largest group of anabolic steroids and as such, the detection times of steroids in this class will be the most important. While oral steroids provide fast and amazing gains the gains made through injectable use are far more stable, and often easier to maintain. This is not to say you cannot hold gains made through oral use, but you will keep those gains to a stronger degree if injectable steroids are part of the total plan. For the majority of performance enhancers, oral steroids are simply an addition to an injectable based cycle; we can make an exception with many women as many women will find oral use only to be tremendously beneficial. We have listed the most commonly used injectable steroids in the performance enhancing world again by steroid name, hormone and ester, half-life and the detection times of steroids in the class:
| Steroid | Hormone & Ester | Half-Life | Detection Time |
| Deca-Durabolin | Nandrolone-Decanoate | 15 Days | 18 Months |
| Equipoise | Boldenone-Undecylenate | 15 Days | 5 Months |
| Masteron | Drostanolone-Propionate | 3 Days | 3 Weeks |
| Masteron | Drostanolone-Enanthate | 8 Days | 3 Months |
| NPP or Durabolin | Testosterone-Phenylpropionate | 5.5 Days | 18 Months |
| Omnadren | 4 Ester Testosterone Mixture | 15 Days | 3 Months |
| Parabolan | Trenbolone-Hexahydrobenzylcarbonate | 6 Days | 5 Weeks |
| Primobolan Depot | Methenolone-Enanthate | 10.5 Days | 5 Weeks |
| Sustanon-250 | 4 Ester Testosterone Mixture | 18 Days | 3-4 Months |
| Testosterone-Cypionate | Testosterone-Cypionate | 12 Days | 3 Months |
| Testosterone-Enanthate | Testosterone-Enanthate | 10.5 Days | 3 Months |
| Testosterone-Propionate | Testosterone-Propionate | 3 Days | 3 Weeks |
| Testosterone-Suspension | Testosterone (No Ester) | Less than 24 Hours | 1-2 Days |
| Trenbolone-Acetate | Trenbolone-Acetate | 3 Days | 5 Months |
| Trenbolone-Enanthate | Trenbolone-Enanthate | 8 Days | 5 Months |
| Winstrol Depot | Stanozolol | 24 Hours | 9 Weeks |
Avoiding the Test:
Depending on the sport, testing will vary making in some instances the detection times of steroids somewhat meaningless. For example, many sporting organizations cannot afford to test their athletes constantly and will generally only screen every so often. Most athletes have a pretty good idea as to when this will occur and simply supplement accordingly. Of course in some instances, the testing won’t be known, and a random test can occur at any time. While this is true, as testing is so expensive in many cases testing will only be done if suspicion is aroused. For this reason, many athletes will only supplement with low doses of steroids that do not readily promote large buildups in mass yet give them a nice boost in strength and performance. Even so, while this can be useful it’s still vital to understand the detection times of steroids because more and more various sporting organizations are being forced to test their athletes far more often.
Beating the Test:
By understanding the detection times of steroids we greatly improve our odds in beating a steroid test but there are also other things to consider. Steroid testing has over the years become more comprehensive, but the manufactures of anabolic hormones seem to stay a step ahead of testing, and year after year new compounds and mixtures come out that allow the athlete to beat the test; again, recall BALCO from the early to mid-2000’s. While these designer steroids continue to pop up, eventually steroid testing catches up too only to find a new designer steroid has taken its place. Then of course we have performance enhancing drugs of a non-steroidal nature that are undetectable to such testing; most notably Human Growth Hormone (HGH) a peptide hormone that is undetectable. More and more athletes are now supplementing with many of these undetectable performance enhancing drugs and beating the fight against them each and every day.
The Amount of Pure Un-Esterified Testosterone Left Over
It is important for every person to understand that the ester which is attached to any injectable anabolic steroid possesses a certain percentage amount of the total molecular weight of the molecule. Therefore, for example, 100mg of Testosterone Enanthate is not 100mg of pure Testosterone. The reality is that you are receiving less Testosterone than most of you think, and once the ester has been removed through the esterase enzyme, the amount of pure un-esterified Testosterone left over is very different depending on the ester in question that was previously attached to the hormone.
Long chain esters, such as Cypionate, Decanoate, Enanthate, etc. possess a much weightier molecular weight than short chain esters. Consequently, on a mg for mg basis, you are receiving far extra mg of steroid in a short estered compound as opposed to a large estered compound. As an example, there exists a larger amount of mg of Testosterone in 100mg of Testosterone Propionate than 100mg of Testosterone Enanthate. This is due to the shorter, and therefore lighter weight of the Propionate ester in comparison to the larger and therefore much heavier Enanthate ester. Many individuals just do not realize this, and should always consider this factor as one of the factors involved in the decision making process concerning which ester variant of any given compound to use during a cycle.
Without complex mathematical explanation as to how much of the ester weight is determined to occupy in a given compound, here is a list of some of the most common esterified injectable compounds and how much free hormone is left in a given amount of the compound (standardized to 100mg),
100mg Testosterone Suspension (un-esterified Testosterone) = 100mg Testosterone
100mg Testosterone Acetate = 83mg Testosterone
100mg Testosterone Propionate = 80mg Testosterone
100mg Testosterone Isocaproate = 72mg Testosterone
100mg Testosterone Enanthate = 70mg Testosterone
100mg Testosterone Cypionate = 69mg Testosterone
100mg Testosterone Phenylpropionate = 66mg Testosterone
100mg Testosterone Decanoate = 62mg Testosterone
100mg Testosterone Undecanoate = 61mg Testosterone
100mg Trenbolone Acetate = 87mg Trenbolone
100mg Trenbolone Enanthate = 70mg Trenbolone
100mg Trenbolone Hexahydrobenzylcarbonate = 70mg Trenbolone
100mg Nandrolone Phenylpropionate = 67mg Nandrolone
100mg Nandrolone Decanoate = 64mg Nandrolone
100mg Drostanolone Propionate = 80mg Drostanolone
100mg Drostanolone Enanthate = 70mg Drostanolone
If one wishes to find out the specific weight of a specific amount of esterified hormone, the steps are simple. Let us take Primobolan (Methenolone Enanthate) as an example. We want to figure out how much free Methenolone exists in 750mg of Methenolone Enanthate (Primobolan).
First we must find out the molecular weight of Methenolone itself (UN-ESTERIFIED – this is very important): 302.451 g/mol
We then must find out the molecular weight of the Enanthate ester (when unattached to any molecules, it is properly referred to as heptanoic or enanthic acid): 130.18 g/mol
The two weights must then be added in order to determine the total weight of Methenolone Enanthate: 302.451 + 130.18 = 432.631 g/mol
The total weight must then be divided by the weight of the ester in order to find out how much percentage of the total weight is occupied by the Enanthate ester: 432.631 / 130.18 = 3.3233292364419
This number is our percentage, but it must be multiplied by 10 to obtain the proper figure. We end up with 33% (rounded off).
33% of the Methenolone Enanthate molecule is occupied by the Enanthate ester. We wanted to know how much pure and free Methenolone is left over in 750mg of Primobolan. This is a two-step process, so we must then first subtract 33% from 750mg: 750 x 0.33 = 247.5mg
247.5mg is how much weight the Enanthate ester comprises the 750mg total of Primobolan. If we subtract that number from 750, we get: 502.5mg of un-esterified free Methenolone left over from 750mg of Methenolone Enanthate (Primobolan).
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How to do steorids intramuscular injection?
All oil based and water based anabolic steroids should be taken intramuscularly. This means the shot must penetrate the skin and subcutaneous tissue to enter the muscle itself. So we need to figure out what is an intramuscular injection.
An intramuscular (IM) injection is a shot of medicine given into a muscle. Certain medicines need to be given into the muscle for them to work correctly.
Where can I give an intramuscular injection?
An intramuscular (IM) injection is a shot of medicine given into a muscle. Certain medicines need to be given into the muscle for them to work correctly.
The following are safe areas to give an IM injection:
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Vastus Lateralis Muscle (Thigh): Look at your thigh and divide it into 3 equal parts. The middle third is where the injection will go. The thigh is a good place to give yourself an injection because it is easy to see. It is also a good spot for children younger than 3 years old.
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Ventrogluteal Muscle (Hip): Have the person getting the injection lie on his or her side. To find the correct location, place the heel of your hand on the upper, outer part of the thigh where it meets the buttocks. Point your thumb at the groin and your fingers toward the person’s head. Form a V with your fingers by separating your first finger from the other 3 fingers. You will feel the edge of a bone along the tips of your little and ring fingers. The place to give the injection is in the middle of the V. The hip is a good place for an injection for adults and children older than 7 months
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Deltoid Muscle (Upper arm muscle): Completely expose the upper arm. You will give the injection in the center of an upside down triangle. Feel for the bone that goes across the top of the upper arm. This bone is called the acromion process. The bottom of it will form the base of the triangle. The point of the triangle is directly below the middle of the base at about the level of the armpit. The correct area to give an injection is in the center of the triangle, 1 to 2 inches below the acromion process. This site should not be used if the person is very thin or the muscle is very small.
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Dorsogluteal Muscle (buttocks): Expose one side of the buttocks. With an alcohol wipe draw a line from the top of the crack between the buttocks to the side of the body. Find the middle of that line and go up 3 inches. From that point, draw another line down and across the first line, ending about halfway down the buttock. You should have drawn a cross. In the upper outer square you will feel a curved bone. The injection will go in the upper outer square below the curved bone. Do not use this site for infants or children younger than 3 years old. Their muscles are not developed enough.
Steps of Injecting Steroid Oil or Water Based – The Injection Procedure.
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There are a number of steps that should be understood in order to complete a safe and proper intramuscular injection. First off, before handling any needles or vials, the user should take a thorough shower.
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Next, an alcohol swab should be used to clean the injection site and another alcohol swab should be used to clean the rubber stopper on top of the vial which will be drawn from. Then, take a brand new syringe out of its wrapper, remove its plastic top, draw about 2 ccs of air into it and insert it into the vial. Inject this air into the vial; this creates pressure within the vial and makes it easier to draw out oil based preparations.
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Then, turn the vial upside-down and slowly draw out the oil until your quote overdrawn at least 1/4 cc. For example, if someone was going to take a shot of 1 cc, they should pull out approximately 1 1/4 to 1 1/2 ccs of liquid, then tap the side of the case to help get the air bubbles that were drawn into the syringe to come to the top. At that point, the excess 1/4 to 1/2 cc could be injected back into the vial and the needle removed.
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Then, hold the syringe needle-side-up and continue to tap it to encourage all the air bubbles to come to the top of the syringe. Now, take another clean syringe, remove it from its sterile package and unscrew the needle from the syringe. Exchange the brand new needle for the one that has just been injected into the stopper. By using two needles for every injection, you can take advantage of using the full sharpness of the pin. The needle does suffer some dulling when it is pushed through the firm rubber stopper on a vial. It is important not to touch this needle before the injection. It should not come into contact with a counter top, your fingers, nor should it be cleaned with alcohol. This needle is sterile and should not be touched. At this point, once again swab the injection site with alcohol, then press the stopper of the syringe holding it needle-side-up, until the slight air bubbles that are at the top are pressed out. Once a bead of oil has appeared at the top of the needle, allow it run down the surface of the needle which provides lubrication.
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At this time, take the syringe and hold it like a dart. Use the other hand to stretch the skin at the injection site and simply push the sharp clean needle in. After inserting it deep into the muscle, pull back on the stopper for a few seconds to make sure it does not fill up with blood which would indicate that the needle had been injected into a blood vessel. Providing there is no blood present in the syringe, slowly press the stopper down until all the oil is injected. Then, quickly pull the needle out and take another alcohol swab and press firmly on the injection site. This will minimize bleeding, if there is any, and by firmly pressing on the injection site and slightly massaging it, some of the soreness may be eliminated. It is important that the liquid is not injected too quickly as this causes more pain at the site during the injection and in the proceeding days.